COMPUTER APPLICATION AND MICROCONTROLLER SYSTEM DESIGN ON TEMPERATURE AND LIGHT SENSORS MEASUREMENT TOOL MODULE Wilson Wiyatno1, Melisa Mulyadi2 Electrical Engineering Department – Faculty of Engineering Atma Jaya Catholic University of Indonesia e-mail: 1wilson.wiyatno@student.atmajaya.ac.id, 2melisa.mulyadi@atmajaya.ac.id ABSTRACT The experiment module for sensor testing in the Electronic Laboratory Electrical Engineering Department, Faculty of Engineering
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TITLE PAGE Wearable Obstacle Detection for the Blind that can Detect Discrete Elevation using Gizduino Microcontroller by Nicole Sam Rey P. Cuaresma Carissa D. Eustaquio Glenda T. Ofiana A Thesis Report Submitted to the School of Electrical, Electronics, and Computer Engineering in Partial Fulfilment of the Requirements for the Degree Bachelor of Science in Computer Engineering Mapúa Institute of Technology May 2015 ii iii ACKNOWLEDGEMENT The researchers would like
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We will program the microcontroller by using C-language basic for Proton IDE compiler. Details of Proton IDE have been given in Chapter#06. 2.5 Features of PIC16F877 The PIC16FXX series has more advanced and developed features when compared to its previous series 2.5.1 General
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The first part of the circuit is the microcontroller. 8 switches are connected to port1 in which switches connected to pins one to four represents patient2 and pins five to eight represent patient 1. Crystal oscillator circuit is connected to pins 18 and 19.Eight LEDs corresponding to the eight control buttons is connected to port 3. Port 2 represents the output of the microcontroller. Two control buttons and two LEDs is connected to pins 16, 17, 10 and 13 respectively. When a patient press the control
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INTERNATIONAL JOURNAL ON SMART SENSING AND INTELLIGENT SYSTEMS, VOL. 3, NO. 4, DECEMBER 2010 Microcontroller based Power Efficient Signal Conditioning Unit for Detection of a Single Gas using MEMS based Sensor P. Bhattacharyya*, D. Verma and D.Banerjee Department of Electronics and Telecommunication Engineering, Bengal Engineering and Science University, Shibpur- 711103, Howrah, West Bengal, India *Corresponding author: Tel.: +913326684561; fax: +913326682916 E-mail: pb_etc_besu@yahoo.com
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components needed to make such a project possible. The GPS sensor is manufactured by GARMIN and its accuracy will be evaluated in this report. The Texas Instrument microcontroller MSP430F149 will receive GPS data from the sensor and run well assembled software to evaluate and control the motor controller which controls the motors. The microcontroller will control movements of the chosen robot and do actions such as move straight and turn a number of different degrees. Table of Contents Table of Contents…………………………………………………………………2
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There are motors, pulleys, gears, gearbox, levers, chains, and many more mechanical systems, enabling locomotion. There are sound, light, magnetic field and other sensors that help the robot collect information about its environment. There are microcontrollers powered by powerful software that help the robot make sense environmental data captured and tell it what to do next. There are microphones, speakers, displays, etc that help the robot interact with
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Remote Monitoring and Control of Environmental Variables via GSM | Group Members:Maj NasirCapt ZeeshanCapt UsamaCapt Shoaib AliProject Supervisor:Lt Col (Dr) Adil Masood | Dated : 20th March 2014 | ABSTRACT Our main goal is to create a stand-alone device to monitor and control the environmental variables in different military storage facilities. The proposed project is a compliant solution to offer a modern and interactive way to efficiently reduce man power for storage management. This report
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CHAPTER ONE 1.0 INTRODUCTION Current trends in electric energy generation are moving towards the utilization of the environment friendly sources of energy, represented by the wind and solar energy ones as a supplementary energy resource. The solar based one is the more attractive because it is characterized by being free, incur no fuel cost, abundant, limits less, distributed all over the world, pollution free, and require little maintenance. Maximizing power output from a solar system is desirable
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empty the water in the drums. 9. Now the microcontroller will invoke the water valves to switches on again to allow clean water enter the drums. 10. The microcontroller invoke the inner drums to rotate back and forth again in order the clean water to rinses the clothes that have detergent. Then will empties the drums again and repeats this process few times to get rid all the soap. 11. After the clothes are rinsed from the detergent then the microcontroller invoke the inner drum rotate in very high
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