Optimization of Process Parameters in CNC Turning of Aluminum 7075Alloy Using L27 Array-Based Taguchi MethodDr.K.Vijayan, A.Hariharan, Z.Abdul NafilN, D.Vetriventhan, Akash.S, Hariharan.T, Purusothaman.S
The manufacturing sector wants to create a lot of goods in a short amount of time as the fourth industrial revolution approaches. Response surface design and the Taguchi L27 orthogonal array methodological paradigm are used in this work. Through the use of a Computer Numerical Control (CNC) machine, the process parameters for turning aluminum alloy 7075 are optimized in this work. The force of cutting, the machined surface roughness, and the rate of metal removal were all affected by the ideal parameters.
2.
Advanced method of Water Management in Paddy Cultivation using IoTA. Senthamarikannan, Gunaseelan.R, Srinivasan.S, Subash.E, Mohankumar.R
The effective use of irrigation systems is critical since the major reason is a lack of land-reserved water owing to a lack of rain, as well as spontaneous water consumption, which wastes enormous volumes of water. The first stage of water irrigation in paddy agriculture is water irrigation monitoring. We have numerous steps in this monitoring to manage the water in paddy farming area using an Arduino controller. The harvesting process takes 90 days in total.
3.
PV based Electric Vehicle charging control system using Internet of ThingsRavichandhiran.S Dr. A.Senthilkumar, Dr.G.Malathi Saravanan.K, Mohamed Feyaazudeen.AM, Nithiyanantham.S
In this paper, control strategy is to meet the load demand and reduce power interruption. The power flow from various sources is managed through the use of a Microcontroller connected with a hybrid supply using Relay. The power flow is managed by injecting excess power from the AC grid into the battery to charge it when power is not generated by the PV panel. Power from AC grid is harnessed by transformer coupled bridge converters, and power from PV is harnessed by buck-boost converters connected with battery charging / discharging control.
4.
Mechanical Characterization of E Glass (Woven Fabric) Fiber Reinforced Composite MaterialDr.N.Azhaguvel, S.Ravichandran, Dr.G.Malathi, Dr.A.Senthilkumar
The effective use of irrigation systems is critical since the major reason is a lack of land-reserved water owing to a lack of rain, as well as spontaneous water consumption, which wastes enormous volumes of water. The first stage of water irrigation in paddy agriculture is water irrigation monitoring. We have numerous steps in this monitoring to manage the water in paddy farming area using an Arduino controller. The harvesting process takes 90 days in total.
5.
Intelligent Air Quality Control and Alert System using IoTSaravanan S, Raja K, Mathan Raj S, Veeramanikandan P, Monisha.R, Arunkumar.A, Tholkappiyan.K
In underground mines, mobile mining equipment is critical for the production system. Typically truck drivers operate for long hours and at times in highly polluted environments like mines. Harmful pollutants may access the cabin together with the ventilation air delivered from the machine’s surroundings. We work proposes a solution that is able to ensure that the air for the machine operator is of proper quality.
6.
Black Box - Car Accident & Alcohol Detection SystemSaravanan S, Vigneshwaran C, Yogeswaran J, Mohammed Ihilas.M.F, Dr.G.Malathi, Dr.A.Senthilkumar, Monisha.R
The primary goal of this study is to dismantle a prototype accident detection device using a black field. If an accident occurred and the driver or passengers suffered injuries, there may be fatalities as a result of a delay in medical attention. This prototype can be created with a small number of diverse circuits. The VBBS can help make cars safer, improve how collision victims are treated, help insurance companies with their auto crash investigations, and improve traffic conditions to lower the death rate.
7.
Automated Tensor Flow-Based Personality Identification for Asynchronous Video InterviewsSaravanan.S, A. Punitha, Suba Pradha M, A.Senthilkumar, G. Malathi, K.Vijayan, A. Senthamarai Kannan
In today's digital age, recruitment processes are increasingly relying on technology-driven solutions to streamline and enhance candidate assessment. This project proposes a TensorFlow-based framework for automatic personality recognition (APR) applied to asynchronous video interviews. Leveraging machine learning techniques, particularly deep neural networks, the system analyses candidates' facial expressions, voice tone, and linguistic patterns to infer personality traits.
8.
Design of Drone to deliver First Aid Kit Delivery in tragedy circumstancesRamanthan R, Chandrasekaran K, Harini P, Harisvalan A, Karmegam P
Drones, or unmanned aerial vehicles, have a lot to offer both the military and civilian emergency medical fields. The study's objective was to demonstrate the practical applications of these technologies in rescue operations and to offer global examples.Unmanned aerial vehicles can be used to transport goods on demand, provide blood in urban areas, save people who are in need, assess the extent of damages, keep an eye on crowds of people, conduct exploration activities, deliver blood samples and other analysis materials, offer automated external defibrillators, assist with air transportation and rescue operations, and carry out agricultural tasks.
9.
Conversion of Exhaust Co2 into Useful ChemicalsR.Ranjithkumar, R.Ramanathan, Dr.D.Kannan, T.Vaitheeswaran
Today, one of the toughest challenges faced by the Mankind is the increasing of pollution at an alarming rate. It is causing an Environmental imbalance and contributes to the Greenhouse Effect. Automobile Exhaust is the majorsource of Pollution. The majority of the Environmental Pollution is due tothe Two-Wheeler Automobiles due to their large number. Thereare two methods to control Pollution namely, Pre-PollutionControl and Post Pollution Control. This Project is based on thePost-Pollution control method in Two-Wheeler Automobiles.
10.
Design & Modification of a Solar Thermal Collector to Evacuated Tube Solar Thermal AbsorberMAMSE
Evacuated-tube solar collector (ETSC) is developed to achieve high heating medium temperature. Heat transfer fluid contained inside a copper heat pipe directly affects the heating medium temperature. A 10 mol% of ethylene-glycol in water is the heat transfer fluid in this system. The purpose of this study is to modify inner structure of the evacuated tube for promoting heat transfer through aluminum fin to the copper heat pipe by inserting stainless-steel scrubbers in the evacuated tube to increase heat conduction surface area.
11.
Mechanical Properties of Sisal and coconut Fiber Hybrid Composites Reinforced with Epoxy ResinP.Periasamy, R.Ramanathan, C. Mohan Kumar
In this study, Work has been carried out to investigated tensile , bending and impact properties of hybrid composite of material constitutes sisal fiber and less discovered coconut fiber. These composites are adhered using epoxy resin consists HY951 resin and LY551 hardener suitably mixed in appropriate volume. Hybrid composites were prepared using sisal/coconut fibers of 100/0, 70/30, 50/50, 30/70, and 0/100 Weight fraction ratios, while overall fiber weight fraction was fixed as 20gram.
12.
Comparative Study of Some Mechanical Properties of Composite Materials like Jute Fiber with Conventional Metals R.Rajesh Kumar, D. Kannan, R.Ranjith Kumar
A composite is combination of two materials in which one of the materials, called thereinforcing phase, is in the form of fibers, sheets, or particles, and is embedded in the othermaterials called the matrix phase. The reinforcing material and the matrix material can be metal,ceramic, or polymer. Composites typically have a fiber or particle phase that is stiffer andstronger than the continuous matrix phase and serve as the principal load carrying members.
13.
On The Foundations of Fuzzy Number Theory and Fuzzy Diophantine EquationsJamal Mohamed Nasar
Unlike classical number theory, fuzzy logic has not yet been used to the development of a consistent number theory, despite the tremendous and quick advancements in its study and applications in many scientific domains. This study presents a conceptual understanding of fuzzy logic and fuzzy membership functions in number theory for the first time.
14.
Chatbot: Empowering Citizens through Support on Government SchemesA.Punitha, Benjeo A, Michael Jerome J,Viknesh K, Saravana Kumar L
The integration of e-government Chabot marks a transformative shift in public service delivery. These AI-powered virtual assistants serve as dynamic bridges between citizens and government agencies. E-government Chabot, offering instant personalized responses, break temporal and geographical constraints, providing citizens unprecedented access to information and services.
15.
Automatic System for Realtime Street Light Fault Detection& Auto Intensity Control using IoTA.Punitha, Ranjani G, Vijayalakshmi N, Sneha M, Ashwini T
In urban areas, the nighttime hours are particularly significant, with street lights accounting for 8–10% of overall electricity use. The way this streetlight is operated is crucial, and the most popular method is manual operation. We included automatic street lighting based on sunshine intensity in our suggested scheme.We generated electricity using piezoelectric sensors in addition to solar panels.
16.
Detection of Brain Tumor Using Convolutional Neural Network with Python Django FrameworkSuganthy M, A.Punitha, Raghupathi S, Durga Devi
The largest and most intricate organ in the human body is the brain. Brain tumors, which are collections, lumps, or growth of abnormal tissue in the brain, are the second most common kind of cancer. Brain tumor diagnosis is one of the trickiest problems in medical image processing. Brain tumors can develop in a variety of locations, and the location of the tumor indicates the kind of cells that are causing it, which can aid in the diagnosing process.
17.
Drainage Monitoring and Automatically Sending Information to Municipality Corporation Using IoTP. Subramanian, D. Rahamathullahi Rashadhi, Vivek
Urban drainage systems are vital infrastructures that need to be regularly inspected in order to minimize potential risks to public health and safety and to prevent flooding. However, the lack of real-time data collecting and reporting capabilities in traditional monitoring approaches frequently results in inefficient maintenance and response activities. The drainage network's strategic placement of sensor nodes makes up the suggested system.
18.
Plastic Waste Cleaning Autonomous Robot using Object Classification Technique and Path Planning AlgorithmAbdul Razak K, Mohammed Ismayilk, Mohamed VasimAkram N, Muhammad Umar Fayaaz A, C.Ramuvel K
The escalating contamination of water is a critical issue in the contemporary society. It results in a range of issues, such as a rise in the level of hazardous content in the water. This study presents a novel concept for a robot designed to clean oceans or other bodies of water. The robot uses a camera and a specialized machine learning model to identify different types of debris.
19.
Cost-Effective 3D Printed Myoelectric Prosthetic Arm Using ArduinoM.Chandrasekar, S.Veerapandian, M.Vasantha Prasanna, J.Muthirulu, A.Patchamuthu
The number of people with impairments has been alarmingly increasing over the previous ten years due to a number of variables, including long-term diseases, aging populations, and increased population growth. Particularly, limb amputation poses complex issues because it impacts one's work, self-perception, family dynamics, and bodily feeling and function. It is suggested to use bionic arms to remedy this problem. Signals from an amputee muscle are gathered by bionic arms to function.
20.
Sensor-Based Gas Leakage Detector SystemM. Suganyak, V. Snehak, R. Monisha K, Asaimani K, Snekha V
Especially in cities, liquefied petroleum gas, or LPG, is a primary fuel source since it is more environmentally friendly than charcoal and firewood. One of the biggest issues in the industrial, residential, and other sectors is gas leaks. Due to an increase in gas leaks, home security is becoming a serious concern. Gas leaks are a major concern for ateliers, residential areas, and gas-powered vehicles such as buses, autos, and compressed natural gas (CNG).
21.
Automatic Cleaning and Coating for Photovoltaic PanelE. GirijaK, P.Sneghak, S. Priyadharshini, Nivethitha B, Vanmathi E
Recently, transparent self-cleaning coatings have been developed specifically for the building glass, automobile and photovoltaic (PV) panel industries with an emphasis on glass panels. The wettability study's discovery changed the course of the self-cleaning property's development and raised industrial demand. Because robotic and mechanical cleaners shatter glass, use less electricity during heavy rainstorms, and need expensive equipment, their usage for cleaning tasks appears to be impractical.
22.
AI Based Shopping Assistance for Persons with DisabilitiesP.Kavitha, L S Tamilmani, A. Yasmeen Banu, Rajeswari A, Halila Nasifa G
AI-based ocular movement detection is being added to shopping carts to help those with disabilities. Sophisticated computer vision algorithms are used to precisely track users' eye movements in real time. Integration of Convolutional Neural Networks (CNNs) to convert eye motions into commands that can be used to navigate trolleys. This project's major goal is to empower people with disabilities—especially those who have mobility issues—by giving them access to independent and accessible shopping experiences.
23.
A Security SystemofE-Exams Using an IoTand Fog Layer Computing EnvironmentK Karthikeyan, M Vijayakumar, K. Bonisha
The IoT-Fog-Cloud architecture is presented in this study to provide security considerations in distributing E-exams, which face a number of security difficulties, including fine-grained access control and E-exam security preservation. Additionally, the suggested framework encourages bringing services closer to the students. Additionally, by offloading a portion of the encryption cost to fog servers, this paper increases the efficiency of E-exam data analysis, decreases the encryption burden in terms of computation cost on user devices, and offers fine-grained access control to E-exam content through encryption using various cryptographic techniques.
Globally, Internet of Things (IoT) initiatives are making smart town initiatives possible. It provides the ability to develop fresh insights and actionable facts from enormous streams of real-time, current recordings, as well as to remotely screen, monitor, and manipulate devices. A smart city's main features include a high level of ultra-modern information resource integration and a complete application of contemporary statistics.
25.
Smart Clothes for Security Forces by Adopting the IoT TechnologyPriyadharshini S, Anitha C,K.Sowmiya
Smart clothing and body sensors for military use may not sell the same way smart phones do, but it’s still a growing market. Tractica forecasts that overall shipments of smart clothing will rise from 968,000 units in 2015 to 24.75millionunitsin 2021, a compound annual growth rate of nearly 72 percent. Smart clothing has become a key component in the creation of new military uniforms, designed to improve the health of the soldier while providing added battle field in sight.
26.
Intelligent Storage System based on RFID and ZigBeeC.Ramuvel, R.Arunprabhu, V.Vidhya
A great deal of fragmented orders have occurred in recent years because to the rapid expansion of live broad caste-commerce. With the enormous demand for items entering and leaving the warehouse as well as for warehouse security, traditional warehouse management and operating methods find it challenging to keep up. As a result, IOT, visualization, and warehouse interconnection have emerged as the future trends and directions in warehouse growth.
27.
Development of a Digital Gauge for Fuel Consumption in VehiclesSubramanian P, Sudha P
Analogue vehicle fuel gauges have shown obvious inaccuracies providing false impression as to actual fuel level. This research, based on embedded systems, developed a digital display of the exact amount of fuel contained in the fuel tank of the vehicle helps in cross checking the quantity of fuel filled at the petrol station. Whereas, analog fuel meters indicates three states of fuel level which are empty, half and full using needle or meter pointer, the digital fuel meter proposed indicate the amount of fuel in litres.
28.
Sound Bite Hearing System Embed with OCR Techniques for Blind and Deaf PeopleP.Kavitha, T. Ashok, M. Parameswari
Speech and text serve as primary mediums for human communication. While sight is typically necessary to access textual information, individuals with visual impairments can rely on auditory input. This paper proposes a system that utilizes a headset as an interface between the user and the system. Optical Character Recognition (OCR) technology is employed to recognize characters, which are then vocalized through the headset. The system includes a camera mounted on spectacles or a head device to capture the entire paper under favorable lighting conditions.
29.
Smart Grid DC Ultra-Fast Charging Stations for Automotive and Industrial InvertersP. RanjithKumar, M. Sangeetha, M. Bharathidasan
The DC-to-DC bi-directional resonant converter showing this project is intended for use in bi-directional power transfer applications, particularly those involving the charging and discharging of batteries in electrical vehicles. It is comparable to an LLC resonant converter, but in order to achieve bi-directional capability, a second inductor and capacitor were added to thecircuit's secondary side, making the resonant network symmetric so that it could operate bothforward and backward.
30.
IDVR Uses Interline Dynamic Voltage Restorer Converters and Gating CircuitsPriyadharshini S, Anitha C,K.Sowmiya
Context and Current Status of Art Due to the increasing use of electronic devices, loads are growing less resilient to transient voltage fluctuations, called voltage sag. A range of devices called Custom Power is a technology-driven product and service solution that offers functionalities for improving power quality. The dynamic voltage restorer (DVR) is the most technologically sophisticated and cost-effective device for mitigating voltage-sag in distribution systems among the various innovative custom-power devices.
31.
Back Stepping Algorithm Used By Electrical Vehicle Photovoltic Charge ControllerM. Sangeetha, K. Nageswari Rosy
The electric vehicles are widely used in transport system in present day. It is pollution less and cost effective transport method. The ultimate aim of the project is to design and development of solar charge controller for electric vehicle. The battery is the primary source of electric vehicle since the proposed method is to charge the battery properly by using back stepping algorithm.
32.
Off shore Wind Power Plant with UHVDC-Based Transient Management SchemeM. Sangeetha, M. Jenny, A. Antony David, R. Arunkumar
This research discusses enhanced transient management between an onshore high voltage direct current transient system and an offshore wind power plant using PI controllers. The suggested setup is known as unified VSC-HVDC, orUHVDC, and it includes both series and shunt compensation. This setup improves the fault clearance and transient management capabilities by using variable frequency extraction for the SRF control scheme.
33.
Exploring Multivariate Statistical Methods For Evaluating Ground water Quality In Edappaditaluk, Salem District, Tamil Nadu, IndiaLilly Florence P , Antony David A , Mary Juliet, Beulah Elizabeth F
Groundwater samples from open wells, bore wells, and hand pumps were gathered from 18 diverse sites across EdappadiTaluk in Salem District. These samples were collected during two distinct periods: the Pre-Monsoon (PM1) phase and the Post-Monsoon (PM2) phase. Subsequently, the samples underwent analysis to assess their physico-chemical properties. Each parameter measured was juxtaposed against the standard permissible limits established by the World Health Organization (WHO).
34.
Synthesis, Spectral Characterization and Pharmacological investigation of Zn(II) and Hg(II) complexes with biologically active N- donor ligandB. Mary Juliet, M. Anandhi, S. Kalaimuhil, R. Govindharajuand , N. Muruganantham,
Fluconazole and benzoate ion ligand were used to synthesize new mononuclear Zn(II) and Hg(II) complexes one after the other. The created metal complexes were described using physical and spectroscopic methods (Elemental analysis, molar conductance, UV, IR spectra, etc.,). The results demonstrate that whereas the nitrogen of the imine group in the synthesized fluconazole served as a bidentate ligand and linked it to metal ions, the benzoate ion connected to metal ions through oxygen.
35.
Inhibition of Oral Squamous Cell Carcinoma by Herbs F.Beulah Elizabeth, P. Lilly Florence, B. Mary Juliet
The phytochemical contents of Cyperusrotundus and Commiphora Myrrhawere carried out in a quest to identify their potential as a source of alternative medicine. The qualitative and quantitative analysis has done to find out the maximum yield of secondary metabolite for the aqueous and methonalic extract of Cyperusrotundus and Commiphora Myrrha .Antibacterial activity against five strains of bacteria(Klebsiella,Staphylococcusaureus, pneumoniae, Proteus mirabilis, Enterococcus sp, E.coli) and antioxidant activity were identified for the methanolic extract of Cyperusrotundus and CommiphoraMyrrha
36.
Teaching EFL for Engineering Students from Tamil Medium S. Sindhuja and G. Kirubachandran
To adapt to today's ultramodern world, knowing the English language is essential. It is required to use English for both written and oral communication because it is a foreign language. Every person has been forced to study English as a result of this circumstance. Why is it that while learning a foreign language is vital, teaching that language is just as crucial? It is more crucial to teach second languages than to learn them.
37.
Develop an Innovative AI Based Interactive Shopping Assistance System for Disabled Using Autonomous Navigation and Grocery ShoppingDinesh Kumar S, Mani Bharathi K, Karthikeyan K, Bharathi Vijay B, Gokulnath R
Visually impaired people face lots of challenges when doing daily tasks like grocery shopping. Hence, a grocery shopping navigation assistant that covers the shopping preparation, the route creation, the navigation through the store and the product identification has been designed. In this paper we present the design flow of a novel system using the Internet of Things (IoT) and Computer Vision (CV) to assist people with visual impairment (PVI) for grocery shopping.
38.
Security Information and Event Management (SIEM) ToolM. Bairoja, M. Mohamed Askhan, B. Bharathi Vijay, P. Tamilselvan
Strong and flexible cybersecurity solutions are essential in a time when cyber threats are always growing. The implementation and effectiveness of the SIEM platform an open-source architecture for threat prevention, detection, and response—are thoroughly examined in this research. The diverse features of SIEM, such as intrusion detection, log data analysis, file integrity monitoring, vulnerability detection, configuration evaluation, incident response, regulatory compliance, cloud security, and container security, are incorporated into the suggested system architecture.
39.
Youtube Data Analysis Using PythonU. Ranjani, R. Gokulnath, R. Rajasathish, A. Suriyaprakash
In addition to being the second-largest search engine online, YouTube allows users to upload, watch, comment on, and link to videos. With over a billion people actively using the platform, YouTube offers Recommended Channels based on user-watched videos. YouTube is becoming incredibly popular and growing. Given that the number of YouTube users is increasing daily, it has the potential to impact billions of people worldwide. Every day, about a billion videos are seen on YouTube, producing an enormous volume of data. The unstructured nature of YouTube data has led to a growing need for real-time Big Data processing, analysis, and storage.
40.
Robust Swarm: Empowering Microgrid Unit Commitment Under UncertainitiesSudha S, Jayasudha K
Enhanced Particle Swarm Optimization (EPSO) emerges as robust solution for unit commitment in microgrid systems, effectively handling uncertainties. Unlike traditional methods, EPSO integrates adaptive velocity limits and dynamic swarm size adjustments for improved exploration and convergence speed. Through a real-world case study, the algorithm demonstrates efficient scheduling amidst uncertain conditions, ensuring power balance and operational constraints.
41.
Optimization of Mechanical Behavior of Hybrid Aa7050 Metal Matrix Composites Reinforced With Zrb2/Al2o3 for Aircraft WingChandrasekaran K, Abishek K, Abishek S, Adhithyan R
In the present aerospace industries, composite materials play a significant role with their superior properties over metals and monolithic materials. The automobile and aerospace industries are currently facing significant issues in designing new products with less weight and have a high strength-to-weight ratio, thereby reducing fuel consumption and environmental emissions as accomplished by lightweight metal matrix composites.
42.
AerialFireFightingSystemforEfficientWildfire ManagementV. P. Joseph Arun Prasath, K. Chandrasekaran, M. Bhavani, E. Duraimani, S. Armstrong
A wildfire refers to an uncontrolled fire that ignites in a natural environment. Property damage and serious harm to personnel can arise from fire accidents, which often occur suddenly and unexpectedly. When the Fire service responders arrive on a wild fire scene, it is very difficult for them to predict the situation inside the forest subjected to Fire. Efficient Wild Fire Management comprises a systematic approach of fire suppression. Hence Drone can be a solution for the Fire fighters to take decisions about where to concentrate resources and how to approach and enter the scene.
43.
Design of Drone to Deliver First Aid Kit Delivery in Tragedy CircumstancesRamanthan R, Chandrasekaran K, Harini P, Harisvalan A, Karmegam P
Drones, or unmanned aerial vehicles, have a lot to offer both the military and civilian emergency medical fields. The study's objective was to demonstrate the practical applications of these technologies in rescue operations and to offer global examples. Unmanned aerial vehicles can be used to transport goods on demand, provide blood in urban areas, save people who are in need, assess the extent of damages, keep an eye on crowds of people, conduct exploration activities, deliver blood samples and other analysis materials, offer automated external defibrillators, assist with air transportation and rescue operations, and carry out agricultural tasks.
44.
Mechanical Properties of the Aircraft Materials during Friction Stir WeldingAbishek Kumar G, Chandrasekaran K, Lideesh K Mani Bharathi M, Manikandan M
Friction Stir Welding (FSW) is an emerging solid state welding process used to join dissimilar or similar metals based on the requirements. It was first developed in the Welding Institute (UK) as a solution for welding of high strength aluminium alloys with difficulty in joining under conventional joining process and widely used in the aircraft and aerospace industries.
45.
Design and Development of Monitoring System Ramana S, Chandrasekaran K, Manoj Krishnan M, Muthukumar M, Nithishkumar G
Using airborne vehicles to support security-focused monitoring and surveillance operations is known as aerial security. These kinds of operations imply that human officers (police, security, etc.) could plan and assess their operations by remotely monitoring and viewing data and video collected from drones. Drones can be used for a wide range of security-related tasks, such as scouting and reporting emergencies, keeping an eye on crimes and accidents, monitoring a specific area of the landscape, operating in areas with high pedestrian traffic and tracking pedestrians from above, and more.
46.
Review and Analysis of Bird Deflection System for Turbofan EnginesV. P. Joseph Arun Prasath, K. Chandrasekaran, K. Ragul, N. Pandimeenal, K. Priyadharshini
The aviation sector continually seeks advancements for safer and more efficient air travel, with bird strikes posing significant risks. This paper introduces the Bird Deflection Screen (BDS), a specialized apparatus aimed at mitigating bird strike impacts on jet engines. By utilizing advanced materials and aerodynamic principles, the BDS diverts birds away from critical engine components. Aerodynamic optimization through Computational Fluid Dynamics (CFD) simulations minimizes drag, preserving fuel efficiency.
47.
Qualitative Assessment of Fruit Harvesting Drone Fitted With Two Modes of End EffectorsV. P. Joseph Arun Prasath, K. Chandrasekaran, K. Sankaranarayanan, K. Sanjay
Developing automatic fruit-plucking drones is imperative for efficient harvesting, combating labor shortages, and time constraints. Precision Farming necessitates drones equipped with suitable end effectors for fruit harvesting, capable of accurately detecting and classifying fruits. These drones must maintain stability during flight and be remotely controllable.
48.
Intelligent Sensor-Based Alarm System for Enhanced Safety in the Oil and Gas IndustryPaneerselvam M, Chandrasekaran K, Sathish S, Serry leelis M, Silambarasan S
Many unexpected accidents occur in a variety of industries these days. Safety is therefore crucial in the industrial sector. In the current research paper, a new intelligent smart protection system for industry based on multiple sensors, an Arduino UNO microcontroller, and an IoT network is proposed. This invention, an Arduino UNO-based Internet of Things petroleum industry protection system, can sense temperature and identify any gas, fire, or smoke leaks.
49.
Optimizing Harvests with an Automated Agricultural Conveyor SystemNithya S, Chandrasekaran K, Sujay S, Thenmozhi N, Vikram Y
There are many different ways to transport goods, and the agriculture industry frequently uses these systems for manual goods handling. In order to decrease the amount of labour and time needed, a conveyor system must be developed in place of traditional methods. As a result, since material handling equipment is made to make loading and unloading simple, inexpensive, quick, safe, and efficient while requiring little to no human interaction, a variety of industries will use it to transport materials.
50.
Automatic Wireless Drone Charging Station Creating Essential Environment for Continuous Drone OperationVimal Raj V Vishnu J, Franklin, Syed Ali, Chandrasekaran K
With a dramatic growth in the drone market in recent years, the amount of research efforts dedicated to drones increases correspondingly. However, short battery life severely restricts applications of the unmanned aerial vehicles and has proven to be a hard issue to tackle. Among various solutions for this problem, an automatic drone charging station can be utilized. This paper proposes a fully automatic charging station which operates wirelessly.
51.
Enhancing Power System Stability and Quality With Interline Power Flow Controllers (IPFC)R. Kowshika, R. Ramkumar
Now-a-days power quality becomes a major issue due to the introduction of sophisticated power electronic components. In order to improve the power system stability, the facts controllers are implemented. Interline Power Flow Controller(IPFC) is a power flow controller with two or more independently controllable static synchronous series compensators (SSSC) which are solid state voltage source converters injecting an almost sinusoidal voltage at variable magnitude and are linked via a common DC capacitor.
52.
Innovative Approaches in Power Electronics For Cyber-Physical Systems Using Smart GridsJ.Thilagavathy, A. Ramalakshmi
This project, titled "Innovative Approaches in Power Electronics for Cyber-Physical Systems Using Smart Grids," explores advanced methodologies to enhance the quality and reliability of power systems. By integrating smart grid technologies and infrastructures, this initiative addresses the key challenges and vulnerabilities of traditional power grids. The proposed system employs wireless communication for real-time data transmission, ensuring seamless and efficient operations.
53.
Multi-Zone Battery Charger Controller SystemJ. Thilagavathy1, K. Rajasekar
This project focuses on designing and implementing a battery charger controller for a multi-zone setup, where each zone (A, B, C, D) contains a multiple 12V battery. The system automatically manages the charging process based on the battery's voltage levels. An ATmega328 microcontroller is employed to monitor the battery voltages and control the charging mechanism through relays. When the voltage of any battery drops below a predefined threshold, the controller activates the corresponding relay to initiate the charging process.
54.
Iot-Based Monitoring and Management System for Optimizing Solar Panel PerformanceGayathri P , Dinesh M
This project introduces an IoT-based system for the monitoring and management of solar panel arrays within electrical systems. The solution utilizes IoT technologies to enable real-time tracking and control of solar panels, optimizing their performance and ensuring efficient energy generation. The system incorporates smart sensors to measure key parameters such as solar irradiance, panel temperature, and electrical output. Data is transmitted via wireless communication to a centralized platform where it is analyzed to provide insights into system performance and potential issues.
55.
High Gain Active Switched Network-Based Boost Converter for Dc Microgrids: Hardware Design and Setup Gayathri P Priyadharshini P
In this project, we present a novel high-gain active switched network-based boost converter designed for DC microgrid applications. This converter addresses the limitations of traditional boost converters, which often struggle with achieving high voltage gains while maintaining efficiency and reliability. Our proposed converter integrates a switched network configuration, which enhances the voltage gain significantly without the need for extreme duty cycles or multiple cascaded stages.
56.
Advanced Single Dc Source Five-Level Boost Inverter for Enhanced Dc-Ac Conversion in Renewable Energy Systems Thilagavathy J , Rajeswari P
This project presents a novel single DC source five-level boost inverter designed for efficient power conversion in modern electrical systems. The proposed inverter topology integrates a single DC source with a five-level output, significantly enhancing voltage boosting capability and power quality. The inverter utilizes a unique switching scheme that minimizes harmonic distortion and reduces the stress on power components, ensuring reliable and efficient operation.
57.
Grid Stability Management Using Ml and Block ChainGayathri P, Enigo Jeyaprasanth S P
The increasing complexity and demand on electrical grids necessitate advanced solutions for ensuring stability and reliability. This project explores the integration of machine learning (ml), block chain technology, and hardware-based frequency controllers for grid stability management. Machine learning models offer predictive maintenance, demand forecasting, and anomaly detection, leveraging historical and real-time data to optimize grid performance. Block chain technology enhances security and transparency through decentralized data management, immutable ledgers, and smart contracts.
58.
Optimized Hybrid Ac/Dc Microgrid System for Enhanced Energy Reliability and SustainabilityKowshika R, Suthana Raja Rexlin G P
The development and optimization of a hybrid micro grid system integrating solar photovoltaic (PV), wind turbine, and diesel engine generators to create a reliable and sustainable energy solution. The micro grid is designed to operate with both AC (Alternating Current) and DC (Direct Current) components to maximize efficiency and flexibility in energy distribution and usage. Renewable energy sources—solar and wind—while ensuring a continuous power supply through a diesel generator as a backup during periods of low renewable energy availability.
59.
Experimental and Numerical Analyses Of Residual Stress Distributions in TIG Welding Process for 304L Stainless Steel P.Perisamy, R.Ramanathan, A.Srikanth, S.Sibivarma, R.Tamilselvan
Residual stresses are produced in weldments due to mismatching and non-uniform distributions of plastic and thermal strains. Attempts were made to analyze the residual stresses produced in the TIG welding process using 2D and 3D finite element analyses. No attempts were made to find the optimum shape of the grooves to minimize the tensile residual stresses in the weldments.
60.
Computer-Aided Cervical Cancer Diagnosis Using Time-Lapsed Colposcopic ImagesA. Jency Elakkiya, B. Jaffrin Benseelia, A. Mareeswaran
cervical cancer causes the fourth most cancer related deaths of women worldwide. Early detection of cervical intraepithelial neoplastic (cin) can significantly increase the survival rate of patients. In this paper, we propose a deep learning framework for the accurate identification of lsil+ (including cin and cervical cancer) using time-lapsed colposcopy images.
61.
Interpretation of Infrared Spectra, A Practical ApproachH.Sahayarubi
The interpretation of infrared (IR) spectra is a critical technique in analytical chemistry, providing valuable insights into molecular structures and functional groups. This paper presents a practical approach to IR spectroscopy, focusing on the methodology for accurately interpreting spectral data. Key concepts include the fundamentals of IR spectroscopy, such as the interaction of infrared light with matter, and the significance of various absorption peaks corresponding to specific molecular vibrations.
62.
Security Information and Event Management (SIEM) ToolM.Bairoja, M. Mohamed Askhan, B.Bharathi Vijay, P. Tamilselvan
Strong and flexible cybersecurity solutions are essential in a time when cyber threats are always growing. The implementation and effectiveness of the SIEM platform—an open-source architecture for threat prevention, detection, and response—are thoroughly examined in this research.
63.
Sign language recognition and translation to speechK.Sathishkumar, U.ranjani, M.Amsavalli, B.Nivethitha, k.Asaimani
General sign language recognition models are only designed for recognizing categories, i.e., such models do not discriminate standard and nonstandard sign language actions made by learners. It is inadequate to use in sign language education software. To address this issue, this paper proposed a sign language category and standardization correctness discrimination model for sign language education.
64.
Predictive Screening for Chronic Kidney Disease: Leveraging LSTM-Based Machine Learning for Early DiagnosisS.Pandeeswari, K.Mohan, B.Mahesh
Chronic Kidney Disease also recognized as Chronic Renal Disease, is an uncharacteristic functioning of kidney or a failure of renal function expanding over a period of months or years. Habitually, chronic kidney disease is detected during the screening of people who are known to be in threat by kidney problems, such as those with high blood pressure or diabetes and those with a blood relative Chronic Kidney Disease (CKD) patient. So the early prediction is necessary in combating the disease and to provide good treatment.
65.
Enhancing Agricultural Productivity: A Deep Learning Approach for Precision Crop Recommendation in IndiaK.Mohan, S.Pandeeswari, B.Mahesh
Data mining is the practice of examining and deriving purposeful information from the data. Data mining finds its application in various fields like finance, retail, medicine, agriculture etc. Data mining in agriculture is used for analysing the various biotic and biotic factors. Agriculture in India plays a predominant role in economy and employment. The common problem existing among the Indian farmers are they don't choose the right level of watering based on their soil requirements.
Optimization of Process Parameters in CNC Turning of Aluminum 7075Alloy Using L27 Array-Based Taguchi MethodDr.K.Vijayan,
A.Hariharan, Z.Abdul NafilN, D.Vetriventhan, Akash.S, Hariharan.T, Purusothaman.S
Download
The manufacturing sector wants to create a lot of goods in a short amount of time as the fourth industrial revolution approaches. Response surface design and the Taguchi L27 orthogonal array methodological paradigm are used in this work. Through the use of a Computer Numerical Control (CNC) machine, the process parameters for turning aluminum alloy 7075 are optimized in this work. The force of cutting, the machined surface roughness, and the rate of metal removal were all affected by the ideal parameters.
Advanced method of Water Management in Paddy Cultivation using IoTA. Senthamarikannan, Gunaseelan.R, Srinivasan.S, Subash.E,
Mohankumar.R
Download
The effective use of irrigation systems is critical since the major reason is a lack of land-reserved water owing to a lack of rain, as well as spontaneous water consumption, which wastes enormous volumes of water. The first stage of water irrigation in paddy agriculture is water irrigation monitoring. We have numerous steps in this monitoring to manage the water in paddy farming area using an Arduino controller. The harvesting process takes 90 days in total.
PV based Electric Vehicle charging control system using Internet of ThingsRavichandhiran.S Dr. A.Senthilkumar,
Dr.G.Malathi Saravanan.K, Mohamed Feyaazudeen.AM, Nithiyanantham.S
Download
In this paper, control strategy is to meet the load demand and reduce power interruption. The power flow from various sources is managed through the use of a Microcontroller connected with a hybrid supply using Relay. The power flow is managed by injecting excess power from the AC grid into the battery to charge it when power is not generated by the PV panel. Power from AC grid is harnessed by transformer coupled bridge converters, and power from PV is harnessed by buck-boost converters connected with battery charging / discharging control.
Mechanical Characterization of E Glass (Woven Fabric) Fiber Reinforced Composite MaterialDr.N.Azhaguvel, S.Ravichandran,
Dr.G.Malathi, Dr.A.Senthilkumar
Download
The effective use of irrigation systems is critical since the major reason is a lack of land-reserved water owing to a lack of rain, as well as spontaneous water consumption, which wastes enormous volumes of water. The first stage of water irrigation in paddy agriculture is water irrigation monitoring. We have numerous steps in this monitoring to manage the water in paddy farming area using an Arduino controller. The harvesting process takes 90 days in total.
Intelligent Air Quality Control and Alert System using IoTSaravanan S, Raja K, Mathan Raj S, Veeramanikandan P, Monisha.R,
Arunkumar.A, Tholkappiyan.K
Download
In underground mines, mobile mining equipment is critical for the production system. Typically truck drivers operate for long hours and at times in highly polluted environments like mines. Harmful pollutants may access the cabin together with the ventilation air delivered from the machine’s surroundings. We work proposes a solution that is able to ensure that the air for the machine operator is of proper quality.
Black Box - Car Accident & Alcohol Detection SystemSaravanan S, Vigneshwaran C, Yogeswaran J, Mohammed Ihilas.M.F, Dr.G.Malathi,
Dr.A.Senthilkumar, Monisha.R
Download
The primary goal of this study is to dismantle a prototype accident detection device using a black field. If an accident occurred and the driver or passengers suffered injuries, there may be fatalities as a result of a delay in medical attention. This prototype can be created with a small number of diverse circuits. The VBBS can help make cars safer, improve how collision victims are treated, help insurance companies with their auto crash investigations, and improve traffic conditions to lower the death rate.
Automated Tensor Flow-Based Personality Identification for Asynchronous Video InterviewsSaravanan.S, A. Punitha,
Suba Pradha M, A.Senthilkumar, G. Malathi, K.Vijayan, A. Senthamarai Kannan
Download
In today's digital age, recruitment processes are increasingly relying on technology-driven solutions to streamline and enhance candidate assessment. This project proposes a TensorFlow-based framework for automatic personality recognition (APR) applied to asynchronous video interviews. Leveraging machine learning techniques, particularly deep neural networks, the system analyses candidates' facial expressions, voice tone, and linguistic patterns to infer personality traits.
Design of Drone to deliver First Aid Kit Delivery in tragedy circumstancesRamanthan R, Chandrasekaran K, Harini P, Harisvalan A,
Karmegam P
Download
Drones, or unmanned aerial vehicles, have a lot to offer both the military and civilian emergency medical fields. The study's objective was to demonstrate the practical applications of these technologies in rescue operations and to offer global examples.Unmanned aerial vehicles can be used to transport goods on demand, provide blood in urban areas, save people who are in need, assess the extent of damages, keep an eye on crowds of people, conduct exploration activities, deliver blood samples and other analysis materials, offer automated external defibrillators, assist with air transportation and rescue operations, and carry out agricultural tasks.
Conversion of Exhaust Co2 into Useful ChemicalsR.Ranjithkumar, R.Ramanathan, Dr.D.Kannan, T.Vaitheeswaran
Download
Today, one of the toughest challenges faced by the Mankind is the increasing of pollution at an alarming rate. It is causing an Environmental imbalance and contributes to the Greenhouse Effect. Automobile Exhaust is the majorsource of Pollution. The majority of the Environmental Pollution is due tothe Two-Wheeler Automobiles due to their large number. Thereare two methods to control Pollution namely, Pre-PollutionControl and Post Pollution Control. This Project is based on thePost-Pollution control method in Two-Wheeler Automobiles.
Design & Modification of a Solar Thermal Collector to Evacuated Tube Solar Thermal AbsorberMAMSE
Download
Evacuated-tube solar collector (ETSC) is developed to achieve high heating medium temperature. Heat transfer fluid contained inside a copper heat pipe directly affects the heating medium temperature. A 10 mol% of ethylene-glycol in water is the heat transfer fluid in this system. The purpose of this study is to modify inner structure of the evacuated tube for promoting heat transfer through aluminum fin to the copper heat pipe by inserting stainless-steel scrubbers in the evacuated tube to increase heat conduction surface area.
Mechanical Properties of Sisal and coconut Fiber Hybrid Composites Reinforced with Epoxy ResinP.Periasamy, R.Ramanathan,
C. Mohan Kumar
Download
In this study, Work has been carried out to investigated tensile , bending and impact properties of hybrid composite of material constitutes sisal fiber and less discovered coconut fiber. These composites are adhered using epoxy resin consists HY951 resin and LY551 hardener suitably mixed in appropriate volume. Hybrid composites were prepared using sisal/coconut fibers of 100/0, 70/30, 50/50, 30/70, and 0/100 Weight fraction ratios, while overall fiber weight fraction was fixed as 20gram.
Comparative Study of Some Mechanical Properties of Composite Materials like Jute Fiber with Conventional Metals
R.Rajesh Kumar, D. Kannan, R.Ranjith Kumar
Download
A composite is combination of two materials in which one of the materials, called thereinforcing phase, is in the form of fibers, sheets, or particles, and is embedded in the othermaterials called the matrix phase. The reinforcing material and the matrix material can be metal,ceramic, or polymer. Composites typically have a fiber or particle phase that is stiffer andstronger than the continuous matrix phase and serve as the principal load carrying members.
On The Foundations of Fuzzy Number Theory and Fuzzy Diophantine EquationsJamal Mohamed Nasar
Download
Unlike classical number theory, fuzzy logic has not yet been used to the development of a consistent number theory, despite the tremendous and quick advancements in its study and applications in many scientific domains. This study presents a conceptual understanding of fuzzy logic and fuzzy membership functions in number theory for the first time.
Chatbot: Empowering Citizens through Support on Government SchemesA.Punitha, Benjeo A, Michael Jerome J,Viknesh K,
Saravana Kumar L
Download
The integration of e-government Chabot marks a transformative shift in public service delivery. These AI-powered virtual assistants serve as dynamic bridges between citizens and government agencies. E-government Chabot, offering instant personalized responses, break temporal and geographical constraints, providing citizens unprecedented access to information and services.
Automatic System for Realtime Street Light Fault Detection& Auto Intensity Control using IoTA.Punitha, Ranjani G,
Vijayalakshmi N, Sneha M, Ashwini T
Download
In urban areas, the nighttime hours are particularly significant, with street lights accounting for 8–10% of overall electricity use. The way this streetlight is operated is crucial, and the most popular method is manual operation. We included automatic street lighting based on sunshine intensity in our suggested scheme.We generated electricity using piezoelectric sensors in addition to solar panels.
Detection of Brain Tumor Using Convolutional Neural Network with Python Django FrameworkSuganthy M, A.Punitha,
Raghupathi S, Durga Devi
Download
The largest and most intricate organ in the human body is the brain. Brain tumors, which are collections, lumps, or growth of abnormal tissue in the brain, are the second most common kind of cancer. Brain tumor diagnosis is one of the trickiest problems in medical image processing. Brain tumors can develop in a variety of locations, and the location of the tumor indicates the kind of cells that are causing it, which can aid in the diagnosing process.
Drainage Monitoring and Automatically Sending Information to Municipality Corporation Using IoTP. Subramanian,
D. Rahamathullahi Rashadhi, Vivek
Download
Urban drainage systems are vital infrastructures that need to be regularly inspected in order to minimize potential risks to public health and safety and to prevent flooding. However, the lack of real-time data collecting and reporting capabilities in traditional monitoring approaches frequently results in inefficient maintenance and response activities. The drainage network's strategic placement of sensor nodes makes up the suggested system.
Plastic Waste Cleaning Autonomous Robot using Object Classification Technique and Path Planning AlgorithmAbdul Razak K,
Mohammed Ismayilk, Mohamed VasimAkram N, Muhammad Umar Fayaaz A, C.Ramuvel K
Download
The escalating contamination of water is a critical issue in the contemporary society. It results in a range of issues, such as a rise in the level of hazardous content in the water. This study presents a novel concept for a robot designed to clean oceans or other bodies of water. The robot uses a camera and a specialized machine learning model to identify different types of debris.
Cost-Effective 3D Printed Myoelectric Prosthetic Arm Using ArduinoM.Chandrasekar, S.Veerapandian, M.Vasantha Prasanna,
J.Muthirulu, A.Patchamuthu
Download
The number of people with impairments has been alarmingly increasing over the previous ten years due to a number of variables, including long-term diseases, aging populations, and increased population growth. Particularly, limb amputation poses complex issues because it impacts one's work, self-perception, family dynamics, and bodily feeling and function. It is suggested to use bionic arms to remedy this problem. Signals from an amputee muscle are gathered by bionic arms to function.
Sensor-Based Gas Leakage Detector SystemM. Suganyak, V. Snehak, R. Monisha K, Asaimani K, Snekha V
Download
Especially in cities, liquefied petroleum gas, or LPG, is a primary fuel source since it is more environmentally friendly than charcoal and firewood. One of the biggest issues in the industrial, residential, and other sectors is gas leaks. Due to an increase in gas leaks, home security is becoming a serious concern. Gas leaks are a major concern for ateliers, residential areas, and gas-powered vehicles such as buses, autos, and compressed natural gas (CNG).
Automatic Cleaning and Coating for Photovoltaic PanelE. GirijaK, P.Sneghak, S. Priyadharshini, Nivethitha B, Vanmathi E
Download
Recently, transparent self-cleaning coatings have been developed specifically for the building glass, automobile and photovoltaic (PV) panel industries with an emphasis on glass panels. The wettability study's discovery changed the course of the self-cleaning property's development and raised industrial demand. Because robotic and mechanical cleaners shatter glass, use less electricity during heavy rainstorms, and need expensive equipment, their usage for cleaning tasks appears to be impractical.
AI Based Shopping Assistance for Persons with DisabilitiesP.Kavitha, L S Tamilmani, A. Yasmeen Banu, Rajeswari A, Halila Nasifa G
Download
AI-based ocular movement detection is being added to shopping carts to help those with disabilities. Sophisticated computer vision algorithms are used to precisely track users' eye movements in real time. Integration of Convolutional Neural Networks (CNNs) to convert eye motions into commands that can be used to navigate trolleys. This project's major goal is to empower people with disabilities—especially those who have mobility issues—by giving them access to independent and accessible shopping experiences.
A Security SystemofE-Exams Using an IoTand Fog Layer Computing EnvironmentK Karthikeyan, M Vijayakumar, K. Bonisha
Download
The IoT-Fog-Cloud architecture is presented in this study to provide security considerations in distributing E-exams, which face a number of security difficulties, including fine-grained access control and E-exam security preservation. Additionally, the suggested framework encourages bringing services closer to the students. Additionally, by offloading a portion of the encryption cost to fog servers, this paper increases the efficiency of E-exam data analysis, decreases the encryption burden in terms of computation cost on user devices, and offers fine-grained access control to E-exam content through encryption using various cryptographic techniques.
Optimizing IoT Enabled Services inthe Smart CitiesR. Monisha K, S. Rajendra Prasad
Download
Globally, Internet of Things (IoT) initiatives are making smart town initiatives possible. It provides the ability to develop fresh insights and actionable facts from enormous streams of real-time, current recordings, as well as to remotely screen, monitor, and manipulate devices. A smart city's main features include a high level of ultra-modern information resource integration and a complete application of contemporary statistics.
Smart Clothes for Security Forces by Adopting the IoT TechnologyPriyadharshini S, Anitha C,K.Sowmiya
Download
Smart clothing and body sensors for military use may not sell the same way smart phones do, but it’s still a growing market. Tractica forecasts that overall shipments of smart clothing will rise from 968,000 units in 2015 to 24.75millionunitsin 2021, a compound annual growth rate of nearly 72 percent. Smart clothing has become a key component in the creation of new military uniforms, designed to improve the health of the soldier while providing added battle field in sight.
Intelligent Storage System based on RFID and ZigBeeC.Ramuvel, R.Arunprabhu, V.Vidhya
Download
A great deal of fragmented orders have occurred in recent years because to the rapid expansion of live broad caste-commerce. With the enormous demand for items entering and leaving the warehouse as well as for warehouse security, traditional warehouse management and operating methods find it challenging to keep up. As a result, IOT, visualization, and warehouse interconnection have emerged as the future trends and directions in warehouse growth.
Development of a Digital Gauge for Fuel Consumption in VehiclesSubramanian P, Sudha P
Download
Analogue vehicle fuel gauges have shown obvious inaccuracies providing false impression as to actual fuel level. This research, based on embedded systems, developed a digital display of the exact amount of fuel contained in the fuel tank of the vehicle helps in cross checking the quantity of fuel filled at the petrol station. Whereas, analog fuel meters indicates three states of fuel level which are empty, half and full using needle or meter pointer, the digital fuel meter proposed indicate the amount of fuel in litres.
Sound Bite Hearing System Embed with OCR Techniques for Blind and Deaf PeopleP.Kavitha, T. Ashok, M. Parameswari
Download
Speech and text serve as primary mediums for human communication. While sight is typically necessary to access textual information, individuals with visual impairments can rely on auditory input. This paper proposes a system that utilizes a headset as an interface between the user and the system. Optical Character Recognition (OCR) technology is employed to recognize characters, which are then vocalized through the headset. The system includes a camera mounted on spectacles or a head device to capture the entire paper under favorable lighting conditions.
Smart Grid DC Ultra-Fast Charging Stations for Automotive and Industrial InvertersP. RanjithKumar, M. Sangeetha, M. Bharathidasan
Download
The DC-to-DC bi-directional resonant converter showing this project is intended for use in bi-directional power transfer applications, particularly those involving the charging and discharging of batteries in electrical vehicles. It is comparable to an LLC resonant converter, but in order to achieve bi-directional capability, a second inductor and capacitor were added to thecircuit's secondary side, making the resonant network symmetric so that it could operate bothforward and backward.
IDVR Uses Interline Dynamic Voltage Restorer Converters and Gating CircuitsPriyadharshini S, Anitha C,K.Sowmiya
Download
Context and Current Status of Art Due to the increasing use of electronic devices, loads are growing less resilient to transient voltage fluctuations, called voltage sag. A range of devices called Custom Power is a technology-driven product and service solution that offers functionalities for improving power quality. The dynamic voltage restorer (DVR) is the most technologically sophisticated and cost-effective device for mitigating voltage-sag in distribution systems among the various innovative custom-power devices.
Back Stepping Algorithm Used By Electrical Vehicle Photovoltic Charge ControllerM. Sangeetha, K. Nageswari Rosy
Download
The electric vehicles are widely used in transport system in present day. It is pollution less and cost effective transport method. The ultimate aim of the project is to design and development of solar charge controller for electric vehicle. The battery is the primary source of electric vehicle since the proposed method is to charge the battery properly by using back stepping algorithm.
Off shore Wind Power Plant with UHVDC-Based Transient Management SchemeM. Sangeetha, M. Jenny, A. Antony David, R. Arunkumar
Download
This research discusses enhanced transient management between an onshore high voltage direct current transient system and an offshore wind power plant using PI controllers. The suggested setup is known as unified VSC-HVDC, orUHVDC, and it includes both series and shunt compensation. This setup improves the fault clearance and transient management capabilities by using variable frequency extraction for the SRF control scheme.
Exploring Multivariate Statistical Methods For Evaluating Ground water Quality In Edappaditaluk, Salem District,
Tamil Nadu, IndiaLilly Florence P , Antony David A , Mary Juliet, Beulah Elizabeth F
Download
Groundwater samples from open wells, bore wells, and hand pumps were gathered from 18 diverse sites across EdappadiTaluk in Salem District. These samples were collected during two distinct periods: the Pre-Monsoon (PM1) phase and the Post-Monsoon (PM2) phase. Subsequently, the samples underwent analysis to assess their physico-chemical properties. Each parameter measured was juxtaposed against the standard permissible limits established by the World Health Organization (WHO).
Synthesis, Spectral Characterization and Pharmacological investigation of Zn(II) and Hg(II) complexes with biologically
active N- donor ligandB. Mary Juliet, M. Anandhi, S. Kalaimuhil, R. Govindharajuand , N. Muruganantham,
Download
Fluconazole and benzoate ion ligand were used to synthesize new mononuclear Zn(II) and Hg(II) complexes one after the other. The created metal complexes were described using physical and spectroscopic methods (Elemental analysis, molar conductance, UV, IR spectra, etc.,). The results demonstrate that whereas the nitrogen of the imine group in the synthesized fluconazole served as a bidentate ligand and linked it to metal ions, the benzoate ion connected to metal ions through oxygen.
Inhibition of Oral Squamous Cell Carcinoma by Herbs F.Beulah Elizabeth, P. Lilly Florence, B. Mary Juliet
Download
The phytochemical contents of Cyperusrotundus and Commiphora Myrrhawere carried out in a quest to identify their potential as a source of alternative medicine. The qualitative and quantitative analysis has done to find out the maximum yield of secondary metabolite for the aqueous and methonalic extract of Cyperusrotundus and Commiphora Myrrha .Antibacterial activity against five strains of bacteria(Klebsiella,Staphylococcusaureus, pneumoniae, Proteus mirabilis, Enterococcus sp, E.coli) and antioxidant activity were identified for the methanolic extract of Cyperusrotundus and CommiphoraMyrrha
Teaching EFL for Engineering Students from Tamil Medium S. Sindhuja and G. Kirubachandran
Download
To adapt to today's ultramodern world, knowing the English language is essential. It is required to use English for both written and oral communication because it is a foreign language. Every person has been forced to study English as a result of this circumstance. Why is it that while learning a foreign language is vital, teaching that language is just as crucial? It is more crucial to teach second languages than to learn them.
Develop an Innovative AI Based Interactive Shopping Assistance System for Disabled Using Autonomous Navigation
and Grocery ShoppingDinesh Kumar S, Mani Bharathi K, Karthikeyan K, Bharathi Vijay B, Gokulnath R
Download
Visually impaired people face lots of challenges when doing daily tasks like grocery shopping. Hence, a grocery shopping navigation assistant that covers the shopping preparation, the route creation, the navigation through the store and the product identification has been designed. In this paper we present the design flow of a novel system using the Internet of Things (IoT) and Computer Vision (CV) to assist people with visual impairment (PVI) for grocery shopping.
Security Information and Event Management (SIEM) ToolM. Bairoja, M. Mohamed Askhan, B. Bharathi Vijay, P. Tamilselvan
Download
Strong and flexible cybersecurity solutions are essential in a time when cyber threats are always growing. The implementation and effectiveness of the SIEM platform an open-source architecture for threat prevention, detection, and response—are thoroughly examined in this research. The diverse features of SIEM, such as intrusion detection, log data analysis, file integrity monitoring, vulnerability detection, configuration evaluation, incident response, regulatory compliance, cloud security, and container security, are incorporated into the suggested system architecture.
Youtube Data Analysis Using PythonU. Ranjani, R. Gokulnath, R. Rajasathish, A. Suriyaprakash
Download
In addition to being the second-largest search engine online, YouTube allows users to upload, watch, comment on, and link to videos. With over a billion people actively using the platform, YouTube offers Recommended Channels based on user-watched videos. YouTube is becoming incredibly popular and growing. Given that the number of YouTube users is increasing daily, it has the potential to impact billions of people worldwide. Every day, about a billion videos are seen on YouTube, producing an enormous volume of data. The unstructured nature of YouTube data has led to a growing need for real-time Big Data processing, analysis, and storage.
Robust Swarm: Empowering Microgrid Unit Commitment Under UncertainitiesSudha S, Jayasudha K
Download
Enhanced Particle Swarm Optimization (EPSO) emerges as robust solution for unit commitment in microgrid systems, effectively handling uncertainties. Unlike traditional methods, EPSO integrates adaptive velocity limits and dynamic swarm size adjustments for improved exploration and convergence speed. Through a real-world case study, the algorithm demonstrates efficient scheduling amidst uncertain conditions, ensuring power balance and operational constraints.
Optimization of Mechanical Behavior of Hybrid Aa7050 Metal Matrix Composites Reinforced With Zrb2/Al2o3 for Aircraft WingChandrasekaran K, Abishek K, Abishek S, Adhithyan R
Download
In the present aerospace industries, composite materials play a significant role with their superior properties over metals and monolithic materials. The automobile and aerospace industries are currently facing significant issues in designing new products with less weight and have a high strength-to-weight ratio, thereby reducing fuel consumption and environmental emissions as accomplished by lightweight metal matrix composites.
AerialFireFightingSystemforEfficientWildfire ManagementV. P. Joseph Arun Prasath, K. Chandrasekaran, M. Bhavani,
E. Duraimani, S. Armstrong
Download
A wildfire refers to an uncontrolled fire that ignites in a natural environment. Property damage and serious harm to personnel can arise from fire accidents, which often occur suddenly and unexpectedly. When the Fire service responders arrive on a wild fire scene, it is very difficult for them to predict the situation inside the forest subjected to Fire. Efficient Wild Fire Management comprises a systematic approach of fire suppression. Hence Drone can be a solution for the Fire fighters to take decisions about where to concentrate resources and how to approach and enter the scene.
Design of Drone to Deliver First Aid Kit Delivery in Tragedy CircumstancesRamanthan R, Chandrasekaran K, Harini P, Harisvalan A,
Karmegam P
Download
Drones, or unmanned aerial vehicles, have a lot to offer both the military and civilian emergency medical fields. The study's objective was to demonstrate the practical applications of these technologies in rescue operations and to offer global examples. Unmanned aerial vehicles can be used to transport goods on demand, provide blood in urban areas, save people who are in need, assess the extent of damages, keep an eye on crowds of people, conduct exploration activities, deliver blood samples and other analysis materials, offer automated external defibrillators, assist with air transportation and rescue operations, and carry out agricultural tasks.
Mechanical Properties of the Aircraft Materials during Friction Stir WeldingAbishek Kumar G, Chandrasekaran K,
Lideesh K Mani Bharathi M, Manikandan M
Download
Friction Stir Welding (FSW) is an emerging solid state welding process used to join dissimilar or similar metals based on the requirements. It was first developed in the Welding Institute (UK) as a solution for welding of high strength aluminium alloys with difficulty in joining under conventional joining process and widely used in the aircraft and aerospace industries.
Design and Development of Monitoring System Ramana S, Chandrasekaran K, Manoj Krishnan M, Muthukumar M, Nithishkumar G
Download
Using airborne vehicles to support security-focused monitoring and surveillance operations is known as aerial security. These kinds of operations imply that human officers (police, security, etc.) could plan and assess their operations by remotely monitoring and viewing data and video collected from drones. Drones can be used for a wide range of security-related tasks, such as scouting and reporting emergencies, keeping an eye on crimes and accidents, monitoring a specific area of the landscape, operating in areas with high pedestrian traffic and tracking pedestrians from above, and more.
Review and Analysis of Bird Deflection System for Turbofan EnginesV. P. Joseph Arun Prasath, K. Chandrasekaran, K. Ragul,
N. Pandimeenal, K. Priyadharshini
Download
The aviation sector continually seeks advancements for safer and more efficient air travel, with bird strikes posing significant risks. This paper introduces the Bird Deflection Screen (BDS), a specialized apparatus aimed at mitigating bird strike impacts on jet engines. By utilizing advanced materials and aerodynamic principles, the BDS diverts birds away from critical engine components. Aerodynamic optimization through Computational Fluid Dynamics (CFD) simulations minimizes drag, preserving fuel efficiency.
Qualitative Assessment of Fruit Harvesting Drone Fitted With Two Modes of End EffectorsV. P. Joseph Arun Prasath,
K. Chandrasekaran, K. Sankaranarayanan, K. Sanjay
Download
Developing automatic fruit-plucking drones is imperative for efficient harvesting, combating labor shortages, and time constraints. Precision Farming necessitates drones equipped with suitable end effectors for fruit harvesting, capable of accurately detecting and classifying fruits. These drones must maintain stability during flight and be remotely controllable.
Intelligent Sensor-Based Alarm System for Enhanced Safety in the Oil and Gas IndustryPaneerselvam M, Chandrasekaran K,
Sathish S, Serry leelis M, Silambarasan S
Download
Many unexpected accidents occur in a variety of industries these days. Safety is therefore crucial in the industrial sector. In the current research paper, a new intelligent smart protection system for industry based on multiple sensors, an Arduino UNO microcontroller, and an IoT network is proposed. This invention, an Arduino UNO-based Internet of Things petroleum industry protection system, can sense temperature and identify any gas, fire, or smoke leaks.
Optimizing Harvests with an Automated Agricultural Conveyor SystemNithya S, Chandrasekaran K, Sujay S, Thenmozhi N, Vikram Y
Download
There are many different ways to transport goods, and the agriculture industry frequently uses these systems for manual goods handling. In order to decrease the amount of labour and time needed, a conveyor system must be developed in place of traditional methods. As a result, since material handling equipment is made to make loading and unloading simple, inexpensive, quick, safe, and efficient while requiring little to no human interaction, a variety of industries will use it to transport materials.
Automatic Wireless Drone Charging Station Creating Essential Environment for Continuous Drone OperationVimal Raj V
Vishnu J, Franklin, Syed Ali, Chandrasekaran K
Download
With a dramatic growth in the drone market in recent years, the amount of research efforts dedicated to drones increases correspondingly. However, short battery life severely restricts applications of the unmanned aerial vehicles and has proven to be a hard issue to tackle. Among various solutions for this problem, an automatic drone charging station can be utilized. This paper proposes a fully automatic charging station which operates wirelessly.
Enhancing Power System Stability and Quality With Interline Power Flow Controllers (IPFC)R. Kowshika, R. Ramkumar
Download
Now-a-days power quality becomes a major issue due to the introduction of sophisticated power electronic components. In order to improve the power system stability, the facts controllers are implemented. Interline Power Flow Controller(IPFC) is a power flow controller with two or more independently controllable static synchronous series compensators (SSSC) which are solid state voltage source converters injecting an almost sinusoidal voltage at variable magnitude and are linked via a common DC capacitor.
Innovative Approaches in Power Electronics For Cyber-Physical Systems Using Smart GridsJ.Thilagavathy, A. Ramalakshmi
Download
This project, titled "Innovative Approaches in Power Electronics for Cyber-Physical Systems Using Smart Grids," explores advanced methodologies to enhance the quality and reliability of power systems. By integrating smart grid technologies and infrastructures, this initiative addresses the key challenges and vulnerabilities of traditional power grids. The proposed system employs wireless communication for real-time data transmission, ensuring seamless and efficient operations.
Multi-Zone Battery Charger Controller SystemJ. Thilagavathy1, K. Rajasekar
Download
This project focuses on designing and implementing a battery charger controller for a multi-zone setup, where each zone (A, B, C, D) contains a multiple 12V battery. The system automatically manages the charging process based on the battery's voltage levels. An ATmega328 microcontroller is employed to monitor the battery voltages and control the charging mechanism through relays. When the voltage of any battery drops below a predefined threshold, the controller activates the corresponding relay to initiate the charging process.
Iot-Based Monitoring and Management System for Optimizing Solar Panel PerformanceGayathri P , Dinesh M
Download
This project introduces an IoT-based system for the monitoring and management of solar panel arrays within electrical systems. The solution utilizes IoT technologies to enable real-time tracking and control of solar panels, optimizing their performance and ensuring efficient energy generation. The system incorporates smart sensors to measure key parameters such as solar irradiance, panel temperature, and electrical output. Data is transmitted via wireless communication to a centralized platform where it is analyzed to provide insights into system performance and potential issues.
High Gain Active Switched Network-Based Boost Converter for Dc Microgrids: Hardware Design and Setup Gayathri P
Priyadharshini P
Download
In this project, we present a novel high-gain active switched network-based boost converter designed for DC microgrid applications. This converter addresses the limitations of traditional boost converters, which often struggle with achieving high voltage gains while maintaining efficiency and reliability. Our proposed converter integrates a switched network configuration, which enhances the voltage gain significantly without the need for extreme duty cycles or multiple cascaded stages.
Advanced Single Dc Source Five-Level Boost Inverter for Enhanced Dc-Ac Conversion in Renewable Energy Systems
Thilagavathy J , Rajeswari P
Download
This project presents a novel single DC source five-level boost inverter designed for efficient power conversion in modern electrical systems. The proposed inverter topology integrates a single DC source with a five-level output, significantly enhancing voltage boosting capability and power quality. The inverter utilizes a unique switching scheme that minimizes harmonic distortion and reduces the stress on power components, ensuring reliable and efficient operation.
Grid Stability Management Using Ml and Block ChainGayathri P, Enigo Jeyaprasanth S P
Download
The increasing complexity and demand on electrical grids necessitate advanced solutions for ensuring stability and reliability. This project explores the integration of machine learning (ml), block chain technology, and hardware-based frequency controllers for grid stability management. Machine learning models offer predictive maintenance, demand forecasting, and anomaly detection, leveraging historical and real-time data to optimize grid performance. Block chain technology enhances security and transparency through decentralized data management, immutable ledgers, and smart contracts.
Optimized Hybrid Ac/Dc Microgrid System for Enhanced Energy Reliability and SustainabilityKowshika R, Suthana Raja Rexlin G P
Download
The development and optimization of a hybrid micro grid system integrating solar photovoltaic (PV), wind turbine, and diesel engine generators to create a reliable and sustainable energy solution. The micro grid is designed to operate with both AC (Alternating Current) and DC (Direct Current) components to maximize efficiency and flexibility in energy distribution and usage. Renewable energy sources—solar and wind—while ensuring a continuous power supply through a diesel generator as a backup during periods of low renewable energy availability.
Experimental and Numerical Analyses Of Residual Stress Distributions in TIG Welding Process for 304L Stainless Steel
P.Perisamy, R.Ramanathan, A.Srikanth, S.Sibivarma, R.Tamilselvan
Download
Residual stresses are produced in weldments due to mismatching and non-uniform distributions of plastic and thermal strains. Attempts were made to analyze the residual stresses produced in the TIG welding process using 2D and 3D finite element analyses. No attempts were made to find the optimum shape of the grooves to minimize the tensile residual stresses in the weldments.
Computer-Aided Cervical Cancer Diagnosis Using Time-Lapsed Colposcopic ImagesA. Jency Elakkiya, B. Jaffrin Benseelia,
A. Mareeswaran
Download
cervical cancer causes the fourth most cancer related deaths of women worldwide. Early detection of cervical intraepithelial neoplastic (cin) can significantly increase the survival rate of patients. In this paper, we propose a deep learning framework for the accurate identification of lsil+ (including cin and cervical cancer) using time-lapsed colposcopy images.
Interpretation of Infrared Spectra, A Practical ApproachH.Sahayarubi
Download
The interpretation of infrared (IR) spectra is a critical technique in analytical chemistry, providing valuable insights into molecular structures and functional groups. This paper presents a practical approach to IR spectroscopy, focusing on the methodology for accurately interpreting spectral data. Key concepts include the fundamentals of IR spectroscopy, such as the interaction of infrared light with matter, and the significance of various absorption peaks corresponding to specific molecular vibrations.
Security Information and Event Management (SIEM) ToolM.Bairoja, M. Mohamed Askhan, B.Bharathi Vijay, P. Tamilselvan
Download
Strong and flexible cybersecurity solutions are essential in a time when cyber threats are always growing. The implementation and effectiveness of the SIEM platform—an open-source architecture for threat prevention, detection, and response—are thoroughly examined in this research.
Sign language recognition and translation to speechK.Sathishkumar, U.ranjani, M.Amsavalli, B.Nivethitha, k.Asaimani
Download
General sign language recognition models are only designed for recognizing categories, i.e., such models do not discriminate standard and nonstandard sign language actions made by learners. It is inadequate to use in sign language education software. To address this issue, this paper proposed a sign language category and standardization correctness discrimination model for sign language education.
Predictive Screening for Chronic Kidney Disease: Leveraging LSTM-Based Machine Learning for Early DiagnosisS.Pandeeswari,
K.Mohan, B.Mahesh
Download
Chronic Kidney Disease also recognized as Chronic Renal Disease, is an uncharacteristic functioning of kidney or a failure of renal function expanding over a period of months or years. Habitually, chronic kidney disease is detected during the screening of people who are known to be in threat by kidney problems, such as those with high blood pressure or diabetes and those with a blood relative Chronic Kidney Disease (CKD) patient. So the early prediction is necessary in combating the disease and to provide good treatment.
Enhancing Agricultural Productivity: A Deep Learning Approach for Precision Crop Recommendation in IndiaK.Mohan,
S.Pandeeswari, B.Mahesh
Download
Data mining is the practice of examining and deriving purposeful information from the data. Data mining finds its application in various fields like finance, retail, medicine, agriculture etc. Data mining in agriculture is used for analysing the various biotic and biotic factors. Agriculture in India plays a predominant role in economy and employment. The common problem existing among the Indian farmers are they don't choose the right level of watering based on their soil requirements.