15-09-2014, 10:25 AM
Hand glove mouse
[attachment=67978]
INTRODUCTION
New generation computer technology is expanding and surrounding humans and computers communicating as naturally as a human with other human..
The technology in user-interfaces (UI) has changed to gesture interface, capturing the motion of our hands and controlling the devices is more natural and realistic.
The gesture based on data glove is been used in sign language processing and training, but now it is also used in robotics to control the robot arms wearing the glove like in Apple iPhone and the iPod, Xbox etc..
LITERATURE REVIEW
Our design would require an microcontroller in our base station in order to receive wireless messages & process the information
Our design requires a computer to recognize our device as a human interface device, and thus must abide by USB specifications.
The physical design of our project includes two main parts: a glove unit & a base station.A 3 Axis accelerometer to detect and map user hand motions to mouse cursor movement.
OUR FOCUS
Micro controller ATmegha 328
MEMS- Accelerometer sensor
2.4 Ghz RS 232 data modem Transceivers
description
Atmel 8-bitAVRRISC microcontroller 32 KB Splash memory 1 KB EEPROM, 2 KB SRAM, 23 G.P I/O lines, 32 G.P registers, 3 flexible timer/counters, interrupts, serial USART, SPI serial port, 6-channel 10-bit A/D converter , programmable watchdog timer,& 5 software selectable power saving modesOperates in 1.8-5.5 volts &executes powerful instructions achieving throughputs of 1 MIPS per MHz
MEMS - an accelerometer sensor that measure static(earth gravity) or dynamic acceleration in all three axis. Measures level of acceleration where it is mounted.
RF modem can be used for applications that need two way wireless data transmission & features adjustable data rate and reliable transmission distance.
CONCLUSION
The goal of this work was to design and implement a HAND GLOVE MOUSE that can be used as mouse to control PC.Hand Gesture Recognition using Wireless Data Gloves system can be used for better interfacing with the computer. Hence, we conclude by using a HAND GLOVE MOUSE we can give instructions to the computer using on the basis of wireless data transmission technique
[attachment=67978]
INTRODUCTION
New generation computer technology is expanding and surrounding humans and computers communicating as naturally as a human with other human..
The technology in user-interfaces (UI) has changed to gesture interface, capturing the motion of our hands and controlling the devices is more natural and realistic.
The gesture based on data glove is been used in sign language processing and training, but now it is also used in robotics to control the robot arms wearing the glove like in Apple iPhone and the iPod, Xbox etc..
LITERATURE REVIEW
Our design would require an microcontroller in our base station in order to receive wireless messages & process the information
Our design requires a computer to recognize our device as a human interface device, and thus must abide by USB specifications.
The physical design of our project includes two main parts: a glove unit & a base station.A 3 Axis accelerometer to detect and map user hand motions to mouse cursor movement.
OUR FOCUS
Micro controller ATmegha 328
MEMS- Accelerometer sensor
2.4 Ghz RS 232 data modem Transceivers
description
Atmel 8-bitAVRRISC microcontroller 32 KB Splash memory 1 KB EEPROM, 2 KB SRAM, 23 G.P I/O lines, 32 G.P registers, 3 flexible timer/counters, interrupts, serial USART, SPI serial port, 6-channel 10-bit A/D converter , programmable watchdog timer,& 5 software selectable power saving modesOperates in 1.8-5.5 volts &executes powerful instructions achieving throughputs of 1 MIPS per MHz
MEMS - an accelerometer sensor that measure static(earth gravity) or dynamic acceleration in all three axis. Measures level of acceleration where it is mounted.
RF modem can be used for applications that need two way wireless data transmission & features adjustable data rate and reliable transmission distance.
CONCLUSION
The goal of this work was to design and implement a HAND GLOVE MOUSE that can be used as mouse to control PC.Hand Gesture Recognition using Wireless Data Gloves system can be used for better interfacing with the computer. Hence, we conclude by using a HAND GLOVE MOUSE we can give instructions to the computer using on the basis of wireless data transmission technique