Hai sir/madam
i am doing my project on hand gesture controlled robots.. will you please send materials 4 me to ready my project reports
Rerds Jiby
mail me at gb2k12[at]gmail.com

to get information about the topic "hand gesture controlled robot using accelerometer" related topic refer the page link bellow

http://studentbank.in/report-hand-gestur...e=threaded

hello, I'm a student of B.Tech Final Year I need ppt on this topic "Gesture controlled robot using accelrometer"

i have require a project report on "GESTURE CONTROL ROBOT USING ACCELEROMETER".
PLEASE SEND IT TO THIS EMAIL..
akyadav2k10[at]gmail.com

and

dwivediarpit57[at]gmail.com

To get full information or details of hand gesture controlled robot using accelerometer please have a look on the pages

http://studentbank.in/report-gesture-con...protection

if you again feel trouble on hand gesture controlled robot using accelerometer please reply in that page and ask specific fields in hand gesture controlled robot using accelerometer

I 'm final year student.I want help from your side to make a ppt on mems hand gesture control robot

hand gesture controlled robot using accelerometer ppt

(30-10-2012, 12:32 PM)seminar details Wrote: to get information about the topic "hand gesture controlled robot using accelerometer" related topic refer the page link bellow

http://studentbank.in/report-hand-gestur...e=threaded

i want to download this ppt.
sir please help me

To get full information or details of hand gesture controlled robot please have a look on the pages



http://studentbank.in/report-hand-gestur...e=threaded

http://studentbank.in/report-gesture-con...protection


if you again feel trouble on hand gesture controlled robot please reply in that page and ask specific fields in hand gesture controlled robot

What's the sentiment around this Klara? Time to put it out of his misery yet?

To get full information or details of hand gesture controlled robot using accelerometer please have a look on the pages

http://studentbank.in/report-gesture-con...protection

http://studentbank.in/report-hand-gestur...e=threaded


if you again feel trouble on hand gesture controlled robot using accelerometer please reply in that page and ask specific fields in hand gesture controlled robot using accelerometer

Hiiii... sir/madam
i am doing my project on hand gesture controlled robots. will you please send materials 4 me to ready my project reports?
...mail me at "krishna.maurya0123[at]gmail.com"
-thnx

A Gesture Controlled robot is a kind of robot which can be controlled by your hand gestures not by old buttons.You just need to wear a small transmitting device in your hand which included an acceleration meter.This will transmit an appropriate command to the robot so that it can do whatever we want. The transmitting device included a comparator IC for analog to digital conversion and an encoder IC(HT12E) which is use to encode the four bit data and then it will transmit by an RF Transmitter module.
At the receiving end an RF Receiver module receive's the encoded data and decode it by an decoder IC(HT12D). This data is then processed by a microcontroller (P89V51RD2) and finally our motor driver to control the motor's. As we can see in the images one is robot and the another is to trnsmit the gesture data to robot.
Now its time to break the task in different module's to make the task easy and simple any project become easy or error free if it is done in different modules. As our project is already devided into two different part transmitter and receiver. We will discuss both of them one by one. Apart from Power Supply as it was discussed in last blog you can see that by just click .1> Transmitter device or Gesture device: This part contain four module in it--
1- Accelerometer
2- Comparator
3- Encoder(HT12E)
4- RF Transmitter
Accelerometer:- An Accelerometer is a kind of sensor which gives an analog data while moving in X,Y,Z direction or may be X,Y direction only depend's on the type of the sensor.Here is a small image of an Accelerometer shown. We can see in the image that their are some arrow showing if we tilt these sensor's in that direction then the data at that corresponding pin will change in the analog form.
The Accelerometer having 6 pin-
1- VDD- We will give the +5volt to this pin
2- GND- We simply connect this pin to the ground for biasing.
3- X- On this pin we will receive the analog data for x direction movement.
4- Y- On this pin we will receive the analog data for y direction movement.
5- Z- On this pin we will receive the analog data for z direction movement.
6- ST- this pin is use to set the sensitivity of the accelerometer 1.5g/2g/3g/4g.
Comparator:- For the purpose to change the analog voltage into digital we use comparator which compare that analog voltage to a reference voltage and give a particular high or low voltage.
Comparator:- For the purpose to change the analog voltage into digital we use comparator which compare that analog voltage to a reference voltage and give a particular high or low voltage.

please give me the ppt of 'gesture control robot using accelerometer'.

hello sir,
i am the student of b.tech final yr. student. Please give me the ppt on'gesture control robot using accelerometer'
in 'Ppriyanka739[at]gmail.com'.

To get full information or details of hand gesture controlled robot using accelerometer please have a look on the pages


http://studentbank.in/report-hand-gestur...elerometer

http://studentbank.in/report-wireless-ge...ter-report


if you again feel trouble on hand gesture controlled robot using accelerometer please reply in that page and ask specific fields in hand gesture controlled robot using accelerometer

Wi-Fi robot controlled Gesture Using the accelerometer


INTRODUCTION

AŽest Controlled robot is a robot that you can control using your gestures are not old buttons. You just need to wear a small device to manual transfer Exercises That year included meter acceleration. This will send the command the robot to a year so he can do whatever we want. The sending unit is on the comparator IC for analog-to-digital conversion and encoding for Any coder year use four a little time and then it will send out RF transmitter modules from year to year.
At the end of the receiving module RF receiver software is taking dekodiruetthe and encoded on it by using a decoder. This date is processed by a microcontroller and then, finally, the driver of the engine to control engines.

Accelerometer:-

AnAkselerometr is a kind of analogue, which gives the time of the year, moving in the X, Y, Z direction, or maybe X, Y directions only depends on the type of sensor. Here is a small image, the accelerometer sensor shown in the figure. We can see in the image that their some arrow indicating if we tilt sensors in this direction Then these dates in Pine-correspondent, that will change in analogue form.

The RF transmitter (TX):-

Transmitter module works at a frequency of 433 Mhz.
• The output is connected to the VCC Terminal + in chains.
• Date is connected to pin Passed or we can say that the encoded data.
• The following output shown in figure, which is connected to GND is ground terminal.
• Now is the last PIN is connected to a small ANT antenna wire I year.

Microcontroller AT89S52 programming process:

Processing is the most important part of a robot. Still porwe we get a date from a decoder based on that date, now we have to make a Decision here, some of the rolls of the microcontroller is evacuated. We use 8051 microcontroller circuit for the year of our decision to give them an opportunity. Our Microcontroller Atmel AT89S52 programming is informed by product name
The concept is to initialize the microcontroller is included below. We just reset the circuit and Need the generator, start the program.

Electric Drives (Motors):

The drive is actually the device that gives the movement or make the task as an engine. In the real world there are various types of engine available which works at different voltages. So we need them to run through the motor driver controller. To get between the engine and the interface of the microcontroller. We use Motors motor driver IC in our diagram.