Develop A Multiple Interface Based Fire Fighting Robot (Abstract)

In this Develop A Multiple Interface Based Fire Fighting Robot Project we are using the fire sensor to detect the fire .when ever fire is occurred then the Robot will go to that particular area and the blower or LED will on otherwise the blower or LED is in the off state.

The main advantage of this  Fire Fighting Robot is low cost, all human will be safe in small scale industries, chemical laboratories,  gas companies, homes.

BLOCK DIAGRAM CONSISTS OF:

FIRE SENSOR
LPC2148(ARM7)
MICROCONTROLLER
BLOWER/FAN/LED
TEMPERATURE SENSOR
MOTOR DRIVER
MOTOR1
MOTOR2
REGULATED POWER SUPPLY
RF Receiver
RF REMOTE

contact us For more information about Develop A Multiple Interface Based Fire Fighting Robot project.

Download Develop A Multiple Interface Based Fire Fighting Robot Embedded System Micro controller Final year Project Abstract

Future APPS Journey: “Touch, Taste and Smell” Human Senses – What next?

In the series of blogs would like to discuss and introduce various approaches and technologies where human senses, device/s and IT are leveraged. Human Senses are “Sight”, “Hearing”, “Touch”, “Taste” and “Smell”. As Sight and Hearing are more common and quite familiar to all of us, am not discussing the innovation on the same in this post.  In the last decade there has been drastic research on the touch, taste and smell senses of human and how we can extend these to building next generation application and devices for exciting consumer experiences.  We are already seeing sixth sense consumer products able to sense and communicate with a technology infrastructure.

future appsLet me discuss and highlight some of the application which is hard to believe and imaginative, a device “smelly” detects the quality of a certain products just by smell and textures and puts in ratings of measurement which can readily be compared and contrasted with the benchmarking system.  A Body Regulate device which on touch can detect human behavior or parameters which would be used for series of analysis on his behavior. Another example you walk in to an office, swipe your Access Card and you tell the office I have reported, in future the office can detect your arrival and put a tick when you touch a surface or just enter an Attendance Zone ~ like Wifi Zone .

We are discussing Human-metrics where the human behavior or mood can be captured based on emitted form of decibals etc.  Do you believe the same? Thingbook like concept every physical object would be indexed and cataloged, customer would touch and get experiences.

On the world of device computing, we all have heard of a Refrigerator calling a technician with a mobility network, where it has got a intelligent sensing system which can detect the overall functioning of the devices and when it detects the overall output level is below  or above a threshold it gets to various actions such as notification, sms or calling. So next time you will have a technician at your door called by your refrigerator.

In a retail Scenario, walk to a food or beverage store a bodynet application can analyze the patterns of your bodies / calories on food and start recommending you the food.  A practical future scenario would be you walk-in to a restaurant with Trade Mark “Health” and you can analyze the various calories/energies of the food/snack before you have and also calculate the body index and would decide / change your food consumption based on your current health conditions.

The question we put is how useful are these application to “REAL” Business or what are the trust levels or reliability of such application. Nevertheless we have lot of applications build on these areas and quite a lot of them getting used extensively. So we need to remove “NEGATE” feelings and see these innovations and creativity are the way forward.

 The future is to think beyond a PC and bring in relevance to how various devices such as mobile phone, peripheral devices, Consumer Devices will start becoming more interactive.

 1. Human Interfacing and touch are becoming increasingly famous to trigger user experiences which would be next generation application.

2. Building any new system in future will need to just think beyond our classical User Interface, but now start thinking will start an application with my neural network emitting a signal which would trigger an experience of interest on the internet.

3.Creating a Read-Write web with technologies such  as Augmented Reality, the  first apps was when the mobile phone can launch a AR apps on  a trigger and launch a series of functionality in applications such as end user training, understanding complex equipment etc.,

Knowledge Symmetry

This is something I talk about when making a presentation about Knowledge Management. The question that people ask is why they should share knowledge. We have grown with the paradigm of “knowledge is power” and if we have spent effort to gather knowledge, i.e., power, why we should share it, and diminish power that we may have. Quite a common question. And this is where I like to look at it as a flattening world. A few years back, say two decades, the world was uneven with respect to access to knowledge. There were some people who had access to knowledge, and hence knew what needed to be done, why and how, and there were others who didn’t have access to knowledge, and hence, didn’t know, and were supposed to do. This has changed with something far simpler than social computing. What say Google, anyone? Today, if you need to find information about any topic, you just Google it, and the information is available to you. In this sense, the disparity in access to information is reducing to a large extent.

Question is what are the implications of this? One is, access to knowledge is not necessarily a source of power, because what one person knows, can be found out from the web, unless it is something which is so specific that nobody apart from that one person knows it (theory of relativity, maybe?), and i feel there aren’t many such topics. What this means is that the “knowledge is power” paradigm is changing to one which we come across more often, “knowledge shared is knowledge squared”.

What are the implications for organizations? One implication is that knowledge about what should be done, how and why is not necessarily in the hands of a few, rather, it is available at all levels in the organization. This concept comes from times before the web made this change, only, it was called experience. With the flattening that we are seeing, this availability of knowledge is something which is being understood. Some organizations have understood this, and some organizations are in the process of understanding the concept, and also how this can be applied to bring about greater value to the entire organization by tapping into these sources of knowledge. And this, somewhere, I feel, is where the underlying principle of e 2.0 comes into the picture.

Design and Development of FPRS Based Electronic Voting Machine Abstract

This normal method voting technique has a possibility to leads to rigging. And actual person’s vote will be used by other persons. But this Design and Development of FPRS Based Electronic Voting Machine method of FPRS based Electronic Voting Machine will be used for maintaining more security. As finger prints are unique to each and every person, so non-other than the actual person can’t misuse the vote

BLOCK DIAGRAM CONSISTS OF:

  • KEYPAD
    LPC2148 (ARM7) Microcontroller
    LCD
    FINGER PRINT
    FINGER PRINT READER MODULE
    REGULATED POWER SUPPLY

contact us For more information about Design and Development of FPRS Based Electronic Voting Machine project.

Download Design and Development of FPRS Based Electronic Voting Machine Embedded System Final Year Project Abstract

Biometric Finger Print Recognition Based Time And Attendance System Abstract

The main objective of this Biometric Finger Print Recognition Based Time And Attendance System Abstract project is to develop an embedded system, which will record the time and attendance of an employee in an organization and send monthly record of employee’s work hours and using finger print recognition.

          Whenever the employee enters the office he puts his finger on the embedded system, then the embedded system will recognize the person, it will register time of entry and attendance.

In this Embedded System Final Year 2012 Project we are using the microcontroller module for getting the attendance system and controlling the closing and opening of the door which is demonstrated using the LED on/off. And the attendance will be stored in the microcontroller’s memory.

ADVANTAGES: More secure & Safe because of fingerprints  which are  separate for each and every person.

contact us For more information about Biometric Finger Print Recognition Based Time And Attendance System Abstract project

Download Biometric Finger Print Recognition Based Time And Attendance System Embedded system Final Year Abstract

Real-Time Atomization Of Agricultural Environment For Social Modernization Of Indian Agricultural System

This project “Real time atomization of agriculture environment for social modernization of Indian agriculture” will be useful for monitoring and soil condition of the farm field through the GSM based wireless communication as well as controlling can be done automatically by providing the water to the farm filed by switching on the motor automatically.This project will help the formers to know the status of the form field from the remote location.

In this Embedded System Final Year Project we are going to use ARM7 based microcontroller which is the current dominant architecture in the embedded systems. And the microcontroller is the LPC2148 microcontroller. And Moisture sensor will detect the soil condition and that uses the internal ADC of the LPC2148. The application will be written in Embedded C language using the Keil(IDE) and loading of the hex file into the microcontroller can be done by using the Flash magic.

BLOCK DIAGRAM:

LPC2148 (ARM7) MICROCONTROLLER
RELAY
MOTOR
MOISTURE SENSOR
GSM MODEM
GSM MOBILE

contact us For more information about Real-Time Atomization Of Agricultural Environment For Social Modernization Of Indian Agricultural System project.

Download Real-Time Atomization Of Agricultural Environment For Social Modernization Of Indian Agricultural System Embedded System Final Year 2012 Project Abstract

Optical data transfer between two controllers via Fiber optic communication (Abstract)

In this Optical data transfer between two controllers via Fiber optic communication project, the data is transmitted from a microcontroller to remote controller via fiber optic cable using RS232 communication. On transmitter side, a keypad is interfaced to enter the data. On the receiver side data will be sending to another microcontroller

For developing this project we have used Embedded ‘C’ programming language and  Keil software tool,Flash magic software tool and the target output device is LPC2148 Microcontroller.

The main application of this project is for the data communication, By using embedded system optical data transfer we can transfer huge amount of data with in less time & with high band width

BLOCK DIAGRAM:

  • LPC2148(ARM7)Microcontroller
  • MAX232
  • Fiber optic transmitter
  • Fiber optic receiver
  • Regulated Power Supply
  • LCD Display

contact us For more information about Optical data transfer between two controllers via Fiber optic communication project.

Download Optical data transfer between two controllers via Fiber optic communication  Embedded System Final Year Abstract

Communicating Single Master with Many Slaves by Using SPI Protocol

Communicating single master with many slaves using SPI protocol project is used for communication between sensors and micro controller and personal computer for further analysis. This project can be used as base project for many other projects. The process of reading data continuously from sensors is called as data acquisition. This projects works on serial communication for communication between pc and micro controller. Micro controller will receive information from sensors which will convert from analog to digital and send data to computer. Received data can be further analyzed on P.C, information contains time stamp and data. 

 The data that is stored in the PC is easier to monitor or retrieve at any time compared to storing in a particular memory.  Many industries are using this procedure to store data on to their system.

 A sensor is usually an analog voltage and can take any value between + 10 to -10 volts. However a digital signal has only two states. “1” (ON) or “0” (OFF). Thus it is required to have additional circuitry between the digital system and analog system that translates the analog signal in to a digital signal. Such conversion can be performed by an analog to digital converter. 

 download Communicating Single Master with Many Slaves by Using SPI Protocol.

WHAT WILL HAPPEN IN 2012??

2012 happy new year

WHAT WILL HAPPEN IN 2012??
May Be Nothing 😎
May Be Everything 😥
Will It All Come To An End??? 😳
Or Will A New Cycle Begin? 🙁
Will We All Stay The Same? 😈
Or Are We Shifting Energetically? 😮
Will We Give Into Our Fears?? 🙂
Or Will We Pursue More Happiness? 🙄
Will We Change The Way We Relate?? 🙄
To Each Other? 😕
To The Planet?? 👿
To Ourselves? 😛
Are We The Energetic Shift We Have Been Waiting For??? 😐
And What About You?? 😉
What’s Your Will? 😡
Will You Take A Chance? 😎
Will You Grow? 😯
Will You Expand Your Awareness?? 😀
Will You Resonate With A Deeper Truth? 😎
Will You Make That Shift? 😀
Will You Try Something New? 🙄
Will You Start Creating Again? 😎
Will You Hope? 😥
Will You Dream? 😳
Will You Imagine??? :mrgreen:
Anything Is Posible? Anything? 🙁
Will You Open Your Heart To Love?? 😈
Will You Trust The Universe? 👿
Will You Allow Yourself  To See….  😆
You Are Exactly What This World Needs….. 🙄
You Make The Difference…  😕
You Are The Answer.. 🙂
You Are A Powerful, Creative Force In The Universe Ever 😮
Expanding Into The Great Unknown 😛
You Are The Courage..Compassion And Creativity..  😐
You Are The Difference Between What Was And What Is 😉
SO 😡
What Will Happen In 2012 😯
Let’s Find Out Together 😀

2012 happy new year

Wireless Access Monitoring and Control System Based On Digital Door Lock

WIRELESS ACCESS MONITORING AND CONTROL SYSTEM BASED ON DIGITAL DOOR LOCK  system has a Keypad or switches, Here we can submit password by using this Keypad. The entered password is same as stored password in database memory itcan send message to the user (owner). Then the perticular user sends an SMS to the embedded system then the relay will be on the door will be opened.  

Entering password by owner should be displayed on the LCD and the GSM (Global System for Mobile Communications) MODULE. If the sending password through the GSM (Global System for Mobile Communications) MODULE is also same as previous one, then the lock will be opened otherwise the lock can’t open to the perticular user. 

BLOCK DIAGRAM CONSISTS OF:

  • POWER SUPPLY
  • LPC2148(ARM7) MICROCONTROLLER
  • Liquid Crystal Display (LCD)
  • KEYPAD/SWITCHES
  • GSM (Global System for Mobile Communications) MODULE
  • RELAY
  • Light-Emitting Diode (LED)

download Wireless Access Monitoring and Control System Based On Digital Door Lock Final Year Project Abstract.