GPS and GSM based intelligent jail security system

The jail security system lets you track the actions and movements of inmates, staff and visitors. The prisoner’s tag contains RFID , GPS and GSM modules . GPS system provide actual position of the prisoner
to the GSM and the GSM transmit the information to the control station. Thus control station can identify the
position, and the RFID tag contains prisoner’s ID when he enters the cell the cell gate will open and closed.
After closing the cell we can detect the motion of the person who are out side the cell using PIR sensor. If
any movement out side the cell will detect and transmit to the control station via GSM, and the display
displays and buzzer alarm will turn on.

3D POV Display

3- D POV Display new technology in advertisement field which creates 3-D illusions of images and running
characters. This Display uses the principle of “Persistence Of Vision”(POV). An array of LED’s, battery and
microcontroller unit is mounted on a DC Motor and rotated at high speed. The program written on the microcontroller is designed to detect rotation speed and blink LED’s precisely once every rotation. In-order
to display alphabets we need to incorporate a “character design map” within our program.

Authentication with 3D Password & Gesture Recognition

Hear this system uses the very new technology called as Accelerometer that can provide with the 

3 Dimensional movement data. This system consists of a wearable glove unit. When the user need to provide
with the password the user need to wear the 3-D unit into his/her hands and then provide with the exact 3-D
positions to unlock or to give the authentication to the system. One of the higher level of authentication is also added with the help of touch screen with gesture recognition of patterns. With the help of the touch screen on the GLCD provided they can enter the pattern by combining different dots on the screen and once the pattern done the complete authentication is provided to the user.

UGV For Military with Zigbee Control From with Wireless Camera Unit

In this project we deal with robotic ARM with 5 axes along with real time video and audio update from far distance. ARM can be controlled through wirelessly with the help of zigbee unit from the remote computer. In the remote unit the person can view the real time video and audio and control the 5 axes ARM in any direction. Five axes of robotic movement are at your command with the wireless.

GSM Smart Cloth

In this project sensors are attached in patient’s cloth, the doctor or nurse can access real time measurements
of Temperature, blood pressure, heart beat etc, by sending a message. The microcontroller collects   information’s from sensors and send to mobile phone.

Wireless Real-time Imitating 5 degree Motion Robotic ARM

In this system the robotic ARM will move according to the movement of human ARM. This project consists of two parts. A gesture recognition section and 5 motor robotic ARM. The two systems are interfaced using
zigbee interface. The first part is fixed to the human ARM and the unit will read the different position of the ARM and will be processed and the information is send to the Robotic ARM unit with the help of zigbee protocol. The information receives from the zigbee and process then passes to the different DC motor to act
the same way as the human ARM. Hence this is a new system that can be used in different application where
the human cannot access or handle large weight etc,.

Design and Development of RFID Label for Steel Coil

Although RF identification (RFID) technology has had a remarkable impact on various industries in recent years, designing RFID tags for metallic objects with satisfactory performance is still a challenge. So far, only few success stories have been reported in the steel industry. This paper presents the design and development

of RFID labels for steel coils. In order to achieve automatic inventory during the product-delivery process, a  novel antenna structure based on the principle of a monopole antenna has been designed, and the performance has been verified through measurements. In order to minimize the implementation cost added to the product line, the RFID tag is embedded into a barcode label with special  perforations. A site test demonstrates that the developed tag has excellent performance, enabling automatic inventory using fixed readers.