Temperature control plays a crucial role in industrial processes that involve air drying. Drying is the process of removing moisture from materials, and the temperature during this process significantly impacts its overall performance. This manuscript proposes a hybrid technique for precise temperature control in band dryer systems, aiming to ensure product quality, process efficiency, and energy conservation.
The rise of blockchain technology has brought significant advancements to various industries. However, it has also raised concerns about user privacy protection. This paper investigates the human-computer interaction between blockchain technology and user privacy protection. The purpose of this study is to analyze the impact of blockchain technology on user privacy and propose effective measures to enhance privacy protection.
In the quest for sustainable water purification methods, passive solar distillation systems stand out for their ability to desalinate brackish water efficiently. This research focuses on enhancing the efficacy of such systems across varied sectors, including residential, agricultural, and industrial domains. Key variables such as solar radiation, ambient conditions, wind velocity, and design parameters play pivotal roles in the operational efficiency of solar stills.
This paper presents a comparative study of machine learning algorithms for mobile gesture recognition in the context of accessibility. The background of the study is the increasing importance of mobile devices and the need to make them accessible to individuals with different physical abilities. The purpose of this research is to evaluate different machine-learning algorithms and determine their effectiveness in recognizing gestures on mobile devices.
Magnetic fields, stemming from the interactions of charged particles and magnetic materials, constitute a cornerstone of modern science and technology. This research article embarks on a meticulous exploration of the multifaceted realm of magnetic fields, elucidating their profound significance and far-reaching implications across diverse domains.
In the last decade, much of the attention is made towards introducing the smart systems and appliances to meet the requirement of the century and make life comfortable. During the same period, electric power sector also made the necessary innovation to compensate the demand of today’s electric supply and to make use of electric resources effectively by introducing “Smart Grid Power Distribution Management Using IoT Technology”.
This work explores the integration of Artificial Intelligence (AI) techniques into the realm of 3D printing, aiming to revolutionize and optimize the additive manufacturing process. The study investigates the application of AI algorithms for improving various aspects of 3D printing, including print quality, speed, and material usage efficiency.
Now a day, infrastructure development is very fast growing, for that the use of R.C.C construction machinery is very widely used, but in any R.C.C construction machinery proper Mixing of raw material for Concrete is major problem. Proper mixing of raw material is important task in any construction, for that we are use latest equipment’s which are mechanically and hydraulically combined operated mostly.
This paper illustrates the design of a device to mitigate voltage sag for the improvement of power quality. The significant need for reliable and high-quality electrical power involves the development of advanced technologies to mitigate various power quality issues. This research focuses on addressing voltage sag which is prevalent disturbances in power systems.
In recent years, there has been an increasing interest in utilizing IoT technology to integrate renewable energy sources and enhance user experience. This project introduces an innovative approach to creating a smart home system that merges IoT capabilities with renewable energy sources to establish a sustainable and comfortable living environment.
Efficient fault detection in industries is crucial for minimizing downtime. However, contacting maintenance teams across dispersed locations can be challenging. Current systems rely on complex interfaces or manual inspections, impeding real-time identification. To address this, a GSM-based fault indicator system is proposed, providing quick notifications to maintenance engineers.
Goods transportation involves a complex network of multiple modes of transportation, including trucks, trains, and ships. However, the lack of a unified digital platform for tracking and monitoring its movement across these modes often leads to inefficiencies, delays and a lack of transparency in the supply chain.
This work presents a novel approach to optimize irrigation practices through the integration of an embedded based irrigation system with advanced sensors and artificial intelligence techniques. The system utilizes Arduino microcontroller for data acquisition and control, along with sensors, conductivity sensor, and DHT11 for monitoring soil nutrients, moisture levels, and environmental conditions.
This paper describes the design of single switch improved high gain boost converter (SSIHGBC) with increased voltage gain and reduced voltage stress across the semiconductor switch as well as overall converter losses. High gain converters play a crucial role in numerous power supply applications, and the proposed SSIHGBC is tailored to enhance efficiency while minimizing voltage stress on components, making it particularly suitable for renewable energy systems and low power electronic devices.
This project proposes an IoT-based patient monitoring system designed to monitor key health parameters and ensure timely intervention in case of emergencies. The system integrates various sensors including gas sensor, temperature sensor, heartbeat sensor, accelerometer, and load cell, along with GSM communication capabilities for real-time data transmission to healthcare providers or caregivers.
Charging infrastructure will play a pivotal role in EV application, and in the absence of a proactive plan and schedule, it is a major impediment to mass market adoption. Infrastructure limitations are particularly pertinent to battery-operated EVs due to their sole dependency on electricity The charging infrastructure encompasses all hardware and software necessary to ensure energy transfer from the electric grid to the vehicle.
This paper presents the design and implementation of an innovative Single-Input-Multi-Output (SIMO) DC-DC converter topology for electric vehicles (EVs). The growing demand for efficient and compact power conversion systems in the EV domain necessitates the exploration of advanced converter designs to enhance overall performance and address specific requirements.
Air quality has become a major concern for citizens all over the world. It is well documented that Fine Particulate Matter (FPM) is a health hazard which can affect the cardiovascular system, respiratory system, etc. and lead to high mortality rates.
The battery is a storage unit which consists of many cells, is used to produce power by undergoing some chemical process so that chemical energy is produced, and converted into electric energy, that is used as a source of power in vehicles. In conventional Engine vehicles, the batteries are used only to power the components like starter motor, horn and so on. Thus, the rate of battery discharging is slow.
The detection and prevention of oil and gas leaks are critical for environmental protection and operational safety in the energy industry. This paper presents the development of an innovative leak monitoring system utilizing Arduino microcontroller technology integrated with radiation detection using the UV Sensor ML8511. Additionally, real-time leakage alerts are facilitated through the Blynk mobile application, enhancing responsiveness and decision-making capabilities.
As an SAP certified professional technical enthusiast, offerings in public/private cloud environments like AWS/Azure/GCP, there are respective other Private cloud environments (SAP ECS/Dell EMC a.k.a Virtustream/IBM/several other private vendors), this article is to help decision making on computing resources which cloud provider to choose based on various features and confronts.
Fuzzified Control in Band Dryer SystemAjith B Singh, Isthiyaq Ahamed A, Sri Ragavarshini K, Salmanul Faris M
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Temperature control plays a crucial role in industrial processes that involve air drying. Drying is the process of removing moisture from materials, and the temperature during this process significantly impacts its overall performance. This manuscript proposes a hybrid technique for precise temperature control in band dryer systems, aiming to ensure product quality, process efficiency, and energy conservation.
Human-Computer Interaction between Blockchain Technology and User Privacy ProtectionAnNing, WangZhuoxian
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The rise of blockchain technology has brought significant advancements to various industries. However, it has also raised concerns about user privacy protection. This paper investigates the human-computer interaction between blockchain technology and user privacy protection. The purpose of this study is to analyze the impact of blockchain technology on user privacy and propose effective measures to enhance privacy protection.
Optimizing Water Productivity in a Passive Solar Still via Advanced Deep Neural Networks TechniqueHalimi Soufiane, Benmoussa
Ahmed, Soualah Mondir, Amira, Mohammed Toufik
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In the quest for sustainable water purification methods, passive solar distillation systems stand out for their ability to desalinate brackish water efficiently. This research focuses on enhancing the efficacy of such systems across varied sectors, including residential, agricultural, and industrial domains. Key variables such as solar radiation, ambient conditions, wind velocity, and design parameters play pivotal roles in the operational efficiency of solar stills.
Mobile Gesture Recognition for Accessibility: A Comparative Study of Machine Learning AlgorithmsAnNing, Mazida Ahmad,
Huda lbrahim
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This paper presents a comparative study of machine learning algorithms for mobile gesture recognition in the context of accessibility. The background of the study is the increasing importance of mobile devices and the need to make them accessible to individuals with different physical abilities. The purpose of this research is to evaluate different machine-learning algorithms and determine their effectiveness in recognizing gestures on mobile devices.
Exploring the Applications and Implications of Magnetic Fields in Modern Science and TechnologyEssa Alhelali
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Magnetic fields, stemming from the interactions of charged particles and magnetic materials, constitute a cornerstone of modern science and technology. This research article embarks on a meticulous exploration of the multifaceted realm of magnetic fields, elucidating their profound significance and far-reaching implications across diverse domains.
Smart Grid Power Distribution Management Using IoT TechnologyDr. P. Annapandi, Esakki Muthu A, Abdul Hameed M, Maniraja M, Selvam M
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In the last decade, much of the attention is made towards introducing the smart systems and appliances to meet the requirement of the century and make life comfortable. During the same period, electric power sector also made the necessary innovation to compensate the demand of today’s electric supply and to make use of electric resources effectively by introducing “Smart Grid Power Distribution Management Using IoT Technology”.
Integration of AI in 3D PrintingA. Gokul Krishna, J. Theivasilakiam, K. Praveen Surya Rao, R. Jeyapandi Prathap
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This work explores the integration of Artificial Intelligence (AI) techniques into the realm of 3D printing, aiming to revolutionize and optimize the additive manufacturing process. The study investigates the application of AI algorithms for improving various aspects of 3D printing, including print quality, speed, and material usage efficiency.
Design of Open Hydraulic Jack and AnalysisS. A. Sharuch Khan, J. David Gnanaraj
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Now a day, infrastructure development is very fast growing, for that the use of R.C.C construction machinery is very widely used, but in any R.C.C construction machinery proper Mixing of raw material for Concrete is major problem. Proper mixing of raw material is important task in any construction, for that we are use latest equipment’s which are mechanically and hydraulically combined operated mostly.
Active Voltage Restoration Technique for Elevating Power QualityDr. M. Ganesh Kumari, D. Sangeetha, P. Swathi
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This paper illustrates the design of a device to mitigate voltage sag for the improvement of power quality. The significant need for reliable and high-quality electrical power involves the development of advanced technologies to mitigate various power quality issues. This research focuses on addressing voltage sag which is prevalent disturbances in power systems.
Sustain Home: A Renewable Energy-Driven, User-Friendly IoT Based Smart Home SystemS.Jeyanthi, B. Jeyapadma,
K. Sakthi Karuppasamy, M. Vairamani
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In recent years, there has been an increasing interest in utilizing IoT technology to integrate renewable energy sources and enhance user experience. This project introduces an innovative approach to creating a smart home system that merges IoT capabilities with renewable energy sources to establish a sustainable and comfortable living environment.
Enhancement of Industrial Resilience using Smart Fault Detection and Localization in Electrical SystemsDr. Arun Kumar A,
Gayathree PG, Arunkumar S, Karpagaraj M
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Efficient fault detection in industries is crucial for minimizing downtime. However, contacting maintenance teams across dispersed locations can be challenging. Current systems rely on complex interfaces or manual inspections, impeding real-time identification. To address this, a GSM-based fault indicator system is proposed, providing quick notifications to maintenance engineers.
RFID-Enabled Integrated Digital Infrastructure for Advancing Visibility in Multimodal Goods TransportationS. Jeyanthi,
G. Dhana Bharathi Lakshmi, M. Praveen Selvamani, T. Surya Kumar
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Goods transportation involves a complex network of multiple modes of transportation, including trucks, trains, and ships. However, the lack of a unified digital platform for tracking and monitoring its movement across these modes often leads to inefficiencies, delays and a lack of transparency in the supply chain.
Smart Subsurface Irrigation System Using AI and IoTR. Chandru, T. R. Alagarsamy Yasvanth, G. Balaraman, S. Meenakshi Sundaravel
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This work presents a novel approach to optimize irrigation practices through the integration of an embedded based irrigation system with advanced sensors and artificial intelligence techniques. The system utilizes Arduino microcontroller for data acquisition and control, along with sensors, conductivity sensor, and DHT11 for monitoring soil nutrients, moisture levels, and environmental conditions.
Design of Single Switch Improved High Gain Boost Converter with Reduced Voltage StressS.M. Kannan, J.P. Chandrulal, D. Anil Kumar,
S.G. Prathyush Babu
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This paper describes the design of single switch improved high gain boost converter (SSIHGBC) with increased voltage gain and reduced voltage stress across the semiconductor switch as well as overall converter losses. High gain converters play a crucial role in numerous power supply applications, and the proposed SSIHGBC is tailored to enhance efficiency while minimizing voltage stress on components, making it particularly suitable for renewable energy systems and low power electronic devices.
IoT Based ICU Patient Monitoring and Secured SystemsR. Santhana Krishnan, T. Anumalathi, A. Pirammasakthi, M. Gomathi, M. Suriyapadmasri
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This project proposes an IoT-based patient monitoring system designed to monitor key health parameters and ensure timely intervention in case of emergencies. The system integrates various sensors including gas sensor, temperature sensor, heartbeat sensor, accelerometer, and load cell, along with GSM communication capabilities for real-time data transmission to healthcare providers or caregivers.
Design and Analysis of Cascaded Buck Boost Converter Using Solar MPPT Method for Electric Vehicles Charging Applications
S. Venkatesan, S. Amirtha, M.U. Thirisha, S.S. Dharini Subha, A. Marimuthu, P. Loganthurai
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Charging infrastructure will play a pivotal role in EV application, and in the absence of a proactive plan and schedule, it is a major impediment to mass market adoption. Infrastructure limitations are particularly pertinent to battery-operated EVs due to their sole dependency on electricity The charging infrastructure encompasses all hardware and software necessary to ensure energy transfer from the electric grid to the vehicle.
Design and Implementation of Single-Input-Multi-Output DC-DC Converter Topology for Electric VehicleM. Jegadeesan,
K. Alagupandi, G.R. Arunachalam, K. Muthu Kumar
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This paper presents the design and implementation of an innovative Single-Input-Multi-Output (SIMO) DC-DC converter topology for electric vehicles (EVs). The growing demand for efficient and compact power conversion systems in the EV domain necessitates the exploration of advanced converter designs to enhance overall performance and address specific requirements.
A Noval Approach for Revolutionizing Clean Living with Advanced Air Purification TechnologyN. Vimal Radha Vignesh,
R.P.S. Sri Bava, P. Sanjay Kumar, R. Sampath Kumar
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Air quality has become a major concern for citizens all over the world. It is well documented that Fine Particulate Matter (FPM) is a health hazard which can affect the cardiovascular system, respiratory system, etc. and lead to high mortality rates.
Charging of Car Battery in Electric Vehicle Using Wind EnergyA. Marimuthu, K. Karthi, K. Shyam, R. Namasivaya
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The battery is a storage unit which consists of many cells, is used to produce power by undergoing some chemical process so that chemical energy is produced, and converted into electric energy, that is used as a source of power in vehicles. In conventional Engine vehicles, the batteries are used only to power the components like starter motor, horn and so on. Thus, the rate of battery discharging is slow.
Advancing Radiation Monitoring: Embedded-Driven Integration for Leakage Detection and Real-Time IOT AlertsV. Vadivel
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The detection and prevention of oil and gas leaks are critical for environmental protection and operational safety in the energy industry. This paper presents the development of an innovative leak monitoring system utilizing Arduino microcontroller technology integrated with radiation detection using the UV Sensor ML8511. Additionally, real-time leakage alerts are facilitated through the Blynk mobile application, enhancing responsiveness and decision-making capabilities.
Choosing Right Computing Resources for SAP Environments: Hyperscaler Connectivity, Networking For Your Server
Management StrategiesGiridhar Kankanala, Sudheer Amgothu
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As an SAP certified professional technical enthusiast, offerings in public/private cloud environments like AWS/Azure/GCP, there are respective other Private cloud environments (SAP ECS/Dell EMC a.k.a Virtustream/IBM/several other private vendors), this article is to help decision making on computing resources which cloud provider to choose based on various features and confronts.