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Smart Low Power Round Counter for Ballistics Projectiles 4

Smart Low Power Round Counter for Ballistics Projectiles

引用

4th International Conference on Computing Communication Control and Automation (ICCUBEA)

作者： Waghmare, Datta Haraple, Varsha K. Sharma, Vinay PCCOE ME VLSI & EMBEDDED Pune 411044 Maharashtra India Nilogic Pvt Ltd Pune Pune 411038 Maharashtra India

ISBN: (纸本)9781538652572

Latest technology demands good design matric. Digital counter is one of the fair product use to counting purpose. In military domain need to maintain various logbook to maintain firing round and magazine. As results need of smart electronic tools to help out in better performance of weapons. Working life, maintenance, soldier shooting training performance, information relating weapons is major issue can solve with smart counter. Position sensor used to sensing redundant event of weapon. So, arduino is best IDE to develop a hardware plus firmware for counting the number of round fired of ballistics projectiles. The armaments like rifle, gun and big cannons require to count the number of round fire and process the data for various analytical purpose. The proposed work will design and develop a round counter, which can display remaining round in magazine with less power and memory consumption.

关键词： OLED arduino nano

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A Smart Submarine Communication for Monitoring Drivers Health and Critical Environment Alert using Li-Fi 2

A Smart Submarine Communication for Monitoring Drivers Healt...

引用

2nd International Conference on Intelligent Cyber Physical Systems and Internet of Things (ICoICI)

作者： Latha, R. Magesh, H. Kanagamalliga, S. Yuvaraj, M. Saveetha Engn Coll Elect & Commun Engn Chennai Tamil Nadu India

ISBN: (纸本)9798331540661;9798331540678

Li-Fi, or Light Fidelity, uses light as a communication medium, falling under the category of Visible Light Communication (VLC). This technology simplifies communication by eliminating the need for cables. Over the years, Li-Fi has proven to be both secure and efficient, achieving high data transmission rates. This research paper examines the fundamental principles of Li-Fi and explores its potential integration into communication systems, covering architecture, modulation techniques, and its advantages and disadvantages. Additionally, the paper demonstrates a communication system where light transmits data between a transmitter and a receiver, controlling the speeds of two motors.

关键词： Li-Fi Visible light Communication arduino Uno arduino nano LCD

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Design and Implementation of an Energy-Efficient Smart Lighting System 5

Design and Implementation of an Energy-Efficient Smart Light...

引用

5th International Conference on Advances in Electrical Engineering (ICAEE)

作者： Rahman, Md Mominur Abu Shufian Ahmed, Koushik Najibullah, Md Hridoy, Md Momin Miah Hossen, Md Tarif Amer Int Univ Bangladesh Dept Elect & Elect Engn Dhaka 1229 Bangladesh Ahsanullah Univ Sci & Technol Dept Elect & Elect Engn Dhaka 1208 Bangladesh

ISBN: (纸本)9781728149349

The energy consumption rate around the world is increasing. A large amount of energy is consumed for lighting purposes. The lighting system is accounted for approximately 19% of total energy consumption. So, development is needed in the lighting system to save energy. This paper represents an energy-saving smart lighting system for commercial buildings. This is a user-friendly system based on arduino nano and NodeMCU. This system can be easily controlled by Wi-Fi module. Here, node MCU works as Wi-Fi Module chip. It is low cost and can be configured to connect to the Internet for Internet of Things (IoT). Experimental results show that energy can be saved because it consumes less power than the normal lighting system. The day-light sensor provides the system more accurate. A light dimming property is performed with the help of a daylight sensor. We have scheduled running office time for enlightened the working place of a building as well. The proposed system has both automatic and personal control system.

关键词： smart lighting day-light sensor NodeMCU energy savings energy consumption arduino nano

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Design and Implementation of Wireless Power Transfer for Wireless Heart Rate Monitoring System 13

Design and Implementation of Wireless Power Transfer for Wir...

引用

13th International Conference on Developments in eSystems Engineering (DeSE)

作者： Mahmood, Mustafa F. Mohammed, Saleem Latteef Gharghan, Sadik Kamel Zubaidi, Salah L. Middle Tech Univ Elect Engn Tech Coll Baghdad Iraq Wasit Univ Dept Civil Engn Wasit Iraq

ISBN: (纸本)9781665422383

Ultrasonic Power Transfer (UPT) is a technology for wireless power transfer that can be used for medical uses with low power. Batteries are used as power sources for most wearable or portable medical systems. The battery of these systems cannot operate for a long period and need to be charged or replaced from time to time. UPT is a candidate technology that can be adopted to solve this problem. In this paper, UPT operates at a 40-kHz ultrasound transducer was employed for providing the power to low power heart rate sensor. The proposed system includes a heart rate monitor (HRM) and power units. An ultrasonic receiver and transmitter, bridge rectifier, supercapacitors, and converter are the main components of the power unit. While the HRM contains measurement and monitoring parts. The nRF24L01 wireless technology, a microcontroller-based arduino nano, and a heart rate sensor are the main components of the measuring circuit. The monitoring part involves nRF24L01 wireless technology, a microcontrollerbased arduino Mega 2560, and a laptop. The transfer power and efficiency achieved by UPT with a 4-Farad supercapacitor were 55.1% and 0.06318 mW at 6 cm, respectively. The heart rate measurement accuracy was 97% as compared with a consumerready device. These findings show that the proposed system is stronger than previous studies at 6 cm in terms of transfer power efficiency and transfer power.

关键词： arduino nano nRF24L0 heart rate sensor supercapacitors ultrasound transducer

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An Efficient Security Implementation with Power Cane for Visually Challenged 2nd

An Efficient Security Implementation with Power Cane for Vis...

引用

2nd International Conference on Information and Communication Technology for Development for Africa (ICT4DA)

作者： Saravanan, J. Raj, A. Clement Singh, Raushan Kumar Taye, Ararso Bule Hora Univ Bule Hora Ethiopia Spectrum Solut Pondicherry India

ISBN: (纸本)9783030266301;9783030266295

Eyes considered as the most precious organ of the human body, being blind is considered one of the biggest physical disaster for the human. As per the survey, 39 Million people are blind throughout the world. These blind people go through several challenges throughout their life 24 x 7. Some of the major critical issues they face are their movement through the lanes especially in dense traffic areas, they are highly vulnerable against robbery, kidnapping, and molestation due to their impairment, and they can't find they are moving through dark or lightened lanes. These are some of the major issues they face which can be mitigated with the efficient use of technology and electronic components. We can enable the walking sticks of the blind person to act as the Stun Gun which produces 20 KV in emergency condition for their protection using Electric Arc Generator and power source. Using Ultrasonic Sensor provides the estimation of the obstacle and vibrates the stick if comes nearby any obstacle below the threshold limit. The major electronic components we use are Ultrasonic Sensor (HC-SR04), arduino nano, Electric Arc Generator, LDR, Dry cell, and Vibration Motor. We can design an efficient blend of technology and logic to short out the issues of the blind community which will be our gift to humanity.

关键词： HC-SR04 Electric Arc Generator LDR arduino nano Vibration motor

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A Novel Engine Oil Health Classification using Physical Properties and DWKNN Algorithm

A Novel Engine Oil Health Classification using Physical Prop...

引用

11th International Conference of Computer Communication and Informatics (ICCCI)

作者： Suryaprakash, S. Surendran, S. Sharavanee, D. P. Shwetha, M. P. Srinivasan, Aparajith Hans, Jino W. SSN Coll Engn Dept Chem Engn Chennai Tamil Nadu India SSN Coll Engn Dept Elect & Commun Engn Chennai Tamil Nadu India

ISBN: (纸本)9781728158754

Engine oil plays a vital role in maintaining the engine's overall health. It acts as a lubricant and reduces friction between the engine components to minimize wear and tear, thus increasing its lifespan. Oil is changed during scheduled vehicle service without having a proper quantitative estimate of its life. This leads to wastage of engine oil as its health is misjudged. This paper focuses on enabling efficient usage of the engine oil by monitoring its health with the help of oil's physical properties. Conductivity and transparency are the parameters taken into consideration, and the overall health of the oil is predicted using the machine learning algorithm, DWKNN (Distance Weighted k - Nearest Neighbor) Classifier. After testing with various samples of engine oil, the model has obtained an accuracy of 95%. A data acquisition unit using sensors has been developed with the help of an arduino nano to facilitate data collection.

关键词： Engine Oil Health Monitoring Conductivity Transparency DWKNN Classifier arduino nano

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OYSTERS' GAPE MEASUREMENT SYSTEM 6

OYSTERS' GAPE MEASUREMENT SYSTEM

引用

6th Annual Conference on Computational Science and Computational Intelligence (CSCI)

作者： Ali, A. Ali, K. Ukpebor, A. Hasan, M. Addy, J. Abu-El Humos, A. Rooster Teeth Inc Austin TX USA Jackson State Univ Dept Comp Sci Jackson MS 39217 USA

ISBN: (纸本)9781728155845

The Mississippi Based RESTORE Act Center of Excellence (MBRACE) is a consortium of four research universities: Jackson State University (JSU), Mississippi State University (MSU), the University of Mississippi (UM), and the University of Southern Mississippi (USM), where USM takes the lead in the research. MBRACE sponsored four projects in studying the importance of the environmental condition of oysters in the Mississippi Gulf Oyster Reefs with each university being assigned a specific project. JSU's team was tasked with the responsibility of developing biosensors for the measurement of Bivalve Valve Movement [15]. In this work, the hardware and software used in developing a bivalve gape measurement system have been explored This system employs the Halleffect phenomenon to accurately measure and report the gape of a bivalve. This system has been designed to operate in the field as well as in a laboratory environment.

关键词： Oysters' Gape Measurement Hall-Effect Sensor arduino nano

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Smart Soil Nutrient Analyzer 1

Smart Soil Nutrient Analyzer

引用

1st IEEE World Forum on Public Safety Technologies (IEEE WF-PST)

作者： Nandeswar, Vikas J. Shende, Parag Shelke, Shreya Shende, Manas Shelke, Vedant Shelke, Rohan Shelke, Siddhant Vishwakarma Inst Technol Pune Dept Engn Sci & Humanities Pune Maharashtra India

ISBN: (纸本)9798350329155;9798350329148

In the dynamic realm of precision agriculture, the "Soil Nutrient Analyzer" stands tall as a groundbreaking project, revolutionizing how, vve approach crop cultivation. Leveraging the power of the NPK sensor, arduino nano, Modbus, and an OLED screen, this innovative system aims to decode the soil's nutritional secrets, thus assisting farmers in making informed decisions for optimal crop selection. The project's core functionality involves extracting Nitrogen, Phosphorus, and Potassium values directly from the soil, providing valuable insights into the soil's fertility.

关键词： arduino nano Modbus NPK Sensor OLED Screen Soil Nutrient Analyzer

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Design and Implementation of Phasor Measurement Unit with IoT Technology 12

Design and Implementation of Phasor Measurement Unit with Io...

引用

IEEE 12th International Conference on Humanoid, nanotechnology, Information Technology, Communication and Control, Environment, and Management (HNICEM)

作者： Gallano, J. C. D. C. Malvas, V. J. D. Quirona, J. L. F. Soriano, R. C. S. Pacis, M. C. Cruz, F. R. G. Mapua Univ Sch Elect Elect & Comp Engn Manila Philippines

ISBN: (纸本)9781665419710

The phase angle or phase difference is an important parameter in Electrical Engineering because it affects the flow of power in a system. The purpose of this study is to develop a phasor measurement unit and integrate it with IoT Technology. The researchers simulated an electronic circuit using the Proteus software simulation tool, implemented a prototype, and integrated the prototype with IoT. The design works by acquiring the phase difference between the two sinusoidal waveforms. For the experimentation, typical household appliances were used to test if the prototype is working. The measured value of the prototype is verified by simulations and observation of the phase shift shown in the oscilloscope. The graph for Voltage and Current was shown using Excel. Study Cases were also conducted to check if the prototype is producing good results. Simulations and computations were also compared to check the accuracy and correctness of the prototype. Based on the statistical treatment, at the 10% significance level, 0.097 > 0.1, reject H-0. Therefore, the value of the simulated phase angle is almost the same value of the computed phase angle.

关键词： Phasor Measurement Unit Phase Difference IoT Technology Phase angle arduino nano

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Internet of Things (IoT) Integration in Horizontal Farming

Internet of Things (IoT) Integration in Horizontal Farming

引用

IEEE International Conference on Automatic Control and Intelligent Systems (I2CACIS)

作者： Ismail, Nur Faiqa Ismunanto, Akbar Tedi Management & Sci Univ Fac Informat Sci & Engn Shah Alam Selangor Malaysia

ISBN: (纸本)9798350372113;9798350372106

In this modernization era, the development of intelligent farming in agriculture has increased drastically with vast range of applications covered by the Internet of Things (IoT). While agricultural processes traditionally employ various traditional approaches and methodologies, smart agriculture stands out as the most effective method for rapidly advancing cultivation. Traditionally, the farmers heavily rely on their own visual observations, which can lead to unforeseen outcomes. The main aim of this project is to develop a horizontal farming equipped with IoT system for monitoring purpose. The horizontal farming with IoT system equipped with several components including arduino nano and ESP8266 as the microcontroller and NodeMCU, respectively. There are also sensors installed including temperature, humidity, turbidity, and pH sensors. The sensors detect the temperature and humidity of surrounding, turbidity and pH value of water which the data sent to the mobile application for real-time monitoring via WiFi module. The grow lights will activate or deactivate depends on the temperature and humidity detected from the surrounding. The light and humidity control were important for the plant growth. The fertilizer valve will activate if the turbidity and pH value of water is below the minimum demand;hence, fertilized the circulating water. In conclusion, with enhancements made to the horizontal farming practices, it is anticipated that there will be a notable increase in both the productivity and quality of plants. In conclusion, the development of the horizontal farming with IoT system helps in real-time monitoring of the plant. With enhancements made to practices, it is anticipated that there will be a notable increase in both the productivity and quality of crops. The implementation of IoT in agriculture not just improve and increase the plant's production, it also increases the farming efficiency which consequently reducing waste.

关键词： horizontal farm internet of things (IoT) smart farming agriculture arduino nano ESP8266

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