Solar seeker: In this project we design a solar seeker to follow a sun. solar seeker follow the sun and if the sensor attach on the sensor a sense a sun then solar seeker is stop automatically. Now after some time sun move from its position‚ then again seeker sensor sense the light and move the motor very slowly. If the sensor sense the signal then automatically stop the seeker . Movement of the seeker is restricted from left to right for limited area. To control the left and right limit
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Abstract We can control power point show or media player through the swipe. Just swipe over the sensor to control it‚ the circuit has 2 sets of sensors for sensing the swipe. The sensors has an IR led with a photo diode. For media player show your hand over the sensor to play/pause the song. To stop the song show the hand over the sensor 1‚to play the next song just swipe the hand from right to left and to play previous song swipe the hand from right to left. The same swipe motion
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NCCT Promise for the Best Projects NCCT‚ Promise for the Best Projects EMBEDDED PROJECTS IEEE 2012-13 EMBEDDED SYSTEMS - MICROCONTROLLERS | VLSI | DSP | POWER ELECTRONICS | MATLAB PROJECTS 2012-13 EMBEDDED PROJECTS IEEE 2012-13 E M BE DDE D SYSTEMS MICROCONTROLLERS * POWER ELECTRONICS * MATLAB PROJECTS 2012-13 IEEE Domains and Non IEEE Domains enclosed IEEE Domains and Non IEEE Domains enclosed EMBEDDED / IEEE PROJECT DOMAINS Automatic Control * Biomedical Engineering * Broadcasting
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AUTOMATIC ROOM LIGHT CONTROLLER WITH BIDIRECTIONAL VISITOR COUNTER A PROJECT REPORT Submitted by SARATH M.R. SARATH PRADEEP SHILPA VINOD in partial fulfillment for the award of the degree of BACHELOR OF ENGINEERING in ELECTRONICS AND COMMUNICATION ENGINEERING SREE NARAYANA GURUKULAM COLLEGE OF ENGINEERING‚ KADAYIRUPPU MG UNIVERSITY : KOTTAYAM MAY 2011 1 SREE NARAYANA GURUKULAM COLLEGE OF ENGINEERING KOLENCHERY Department of Electronics and communication Engineering
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ULTRA-SONIC DISTANCE METER. Introduction to Ultrasonic Distance Meter The project Ultrasonic Distance Meter is a very interesting and useful project for many industrial applications. In this project we have used the ultrasonic waves to measure the distance in between two points. The basic principal is based on the speed of ultrasonic waves in open air. We have used a microcontroller AT89S51 to transmit and receive ultrasonic waves through 40 KHz ultrasonic receiver and transmitters. By measuring
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Internet of Things Over the last decade Internet has made significant impact in our economies and societies by bringing in remarkable communication and networking infrastructure. The world-wide web has been a major driver of global information and media sharing. From Desktop networking Internet is continuing to become more pervasive‚ with the advent of low cost wireless broadband connectivity‚ by connecting to new embedded devices and handhelds. In continuation with this trend‚ it is poised to
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Meshing is a type of daisy chaining from one device to another. This technique allows the short range of an individual node to be expanded and multiplied‚ covering a much larger area. The project is built around the AT89S52 microcontroller from Atmel. This microcontroller provides all the functionality of the display and wireless control. It also takes care of creating different display effects for given text. Alphanumerical keypad is interfaced to the transmitter to type the data and transmit
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CONTENT TOPIC Page No. Acknowledgement 03 Objective 04 Introduction 05 Design
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Sensor Network Architecture Jessica Feng‚ Farinaz Koushanfar*‚ and Miodrag Potkonjak Computer Science Department‚ University of California‚ Los Angeles * Electrical Engineering and Computer Science Department‚ University of California‚ Berkeley {jessicaf‚ miodrag}@cs.ucla.edu; {farinaz}@eecs.berkeley.edu TABLE OF CONTENTS 1. OVERVIEW 2. MOTIVATION AND OBJECTIVES 3. SNs – GLOBAL VIEW AND REQUIREMENTS 4. INDIVIDUAL COMPONENTS OF SN NODES PROCESSOR STORAGE POWER SUPPLY SENSORS AND/OR ACTUAT
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TABLE OF CONTENTS CHAPTER ONE: INTRODUCTION 1. Introduction 2. Methodology 3. Scope of Work 4. Aims of the GSM Electronic Notice Board 5. Objectives of the GSM Home Appliance Control Device CHAPTER TWO: THEORETICAL BACKGROUND AND LITERATURE REVIEW 2.0 Theoretical Background 2.1 GSM Architecture 2.2 Technical Details 2.3 Main Cellular Standards 2.4 GSM Frequencies 2.5 Network Structure 2.6 Subscriber Identity Module (SIM) 2.7 Literature
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