Serial communication

Serial Communication between Arduino and MATLAB ByAman Mangal IIT Bombay June 6, 2012 Aman Mangal, IIT Bombay Serial Communication between Arduino and MATLAB 1/36 Prerequisite Serial data transfer in Arduino. Follow the link to learn more1 2 http://arduino.cc/en/Reference/serial http://www.ladyada.net/learn/arduino/lesson4.html http://users.ece.gatech.edu/bonnie/book/TUTORIAL/ tut_1.html http://www.mathworks.in/help/techdoc/matlab_ product_page.html MATLAB programming. To learn more, go

Overall System A- Hardware Subsystem This system uses three components for map building Ultrasonic range sensor, Stepper motor driver and Serial communication system. The microcontroller here is a central processing unit to coordinate the previous three. Ultrasonic Range Sensor SRF05: The sensor operates in Mode 1 which uses a separate trigger and echo pins. These pins are connected to the PORT A of the microcontroller and are responsible for triggering and measuring the time of flight of the

Figure 1 23 shows the proposed network arrangement between the nodes and their associated roles within the ZigBee network. The roles within the network are in accordance with the functionalities and requirements of each type of device as specified by the ZigBee networking standard. The PC/base station has been appointed the role of coordinator since its functions include hosting the SLAM and GUI processes. Therefore the PC/base station is required to transmit GUI data commands and receive updated

Describe Data Communication Unit Standard 6852 v7 Level 4 Credit 4 Research Projects Assessment Task 1: Data communication types historically used, developments leading to Local Area Network, current data communication, and trends from emerging developments. Communication among humans has always been there from the very start and the modes of communication developed as they moved further apart from each other. The early centuries records of people messengers who were used to transport messages

CHAPTER 1 INTRODUCTION This project “DTMF REMOTE APPLIANCE CONTROL SYSTEM USING MOBILE PHONE” is used to control appliances which are far away from the user using mobile phone. The aim of the proposed system is to develop a cost effective solution that will provide controlling of home appliances remotely and enable home security against intrusion in the absence of homeowner. The devices connected as home and office appliances consume electrical power and they should be controlled as well as

the nearest hospital is carried out with the help of RF communication. The location of the car is found using the GPS technique. The security of car is ensured by using password. The theft information is sent to the owner’s mobile using GSM module. The ultimate design of the project is in VLSI. FPGA is used to interface these modules. Keywords: Very Large Scale Integration, Global Positioning System, Global System for Mobile Communication. I.INTRODUCTION: The

Introduction Our daily lives have been changed by technological revolution beyond our recognition over the last few decades in almost every sphere of life whether it be work, play or sleep. It seems like a magical world of smart devices such as smart phones and smart electronics which has been developed into state of the art smart homes, home automation and smart grid. With the further advancement in technology, it is bound to be ineluctable aspect of our lives. tagPlug – smart switch and plug is

designers to use serial interface to connect with their product. This module therefore allows designers to bring wireless applications to market in the minimum time with significantly reduced development effort and cost. The HLK-M30 is an embedded module based on the universal serial interface network standard, built-in TOP I IP protocol stack, enabling the user serial port, wireless network (wifi) interface between the conversions. Through the HLK-M30 module, the traditional serial devices do

The AD8232 is an integrated signal conditioning block for Electrocardiogram, which is designed for extraction, amplification and filtering of small biopotential signals in the presence of noisy conditions, created by motion or remote electrode placement. The AD8232 has essential pins like shutdown pin, leadoff+, leadoff-, analog output, 3.3v, gnd to operate with the Arduino Mega 2560. There also exist RA(Right Arm),LA(Left Arm), RL(right leg) pins to attach to the custom sensor of human body .

Initially survey of many patients with different gait abnormalities was done by which we found that there were different types of gaits. The patients were affected in different parts of the body and were a part of gait analysis known by different names. The present and the existing devices were also studied and was found that these devices provided analog output. Analog signals had distortion which creates a loss of signals and it is able to recover the attenuated signals. These were the disadvantages