Project Title Details

Project Title

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A Car Navigation System that Predicts User Destination

In this project, to exploit the effective functions of car navigation systems, we propose a new system that automatically predicts user purpose and destination. The proposed car navigation system presents various information based on predicted purpose without interaction from users. Our prototype system employs real images and several animation animals to show information for effective information presentation and easy information recognizing.

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Duration	:	30 day(s)
Technology	:	GPS
Price	:	Rs. 13,800 (Group)

Positioning GSM Telephones

There are two types of positioning systems self-positioning system and remote positioning system. This project presents a GPS-less, outdoor, self-positioning method for wireless sensor networks. In our method, a set of nodes, called reference points (RPs), are deployed in the sensor network with overlapping regions of coverage. The RP periodically broadcasts beacon frames which contain localization data. The sensor node collects the beacon frames from RPs and process the data in the frame; it can then easily localize itself. In this Project the analysis of positioning accuracy is given to show how well a sensor node can correctly localize itself.

Duration	:	30 day(s)
Technology	:	GPS
Price	:	Rs. 14,000 (Group)

Real Time Passenger Information System using GPS Technology

A passenger information system is an electronic information system which provides real-time passenger information (a real time system responds to events or signals as fast as possible, or as they happen). It may include both predictions about arrival and departure times, as well as information about the nature and causes of disruptions. It may be used both physically within a transportation hub and remotely using a web browser or mobile device. Basically GPS and GSM technologies are used here.

Duration	:	30 day(s)
Technology	:	GPS
Price	:	Rs. 13,800 (Group)

Survey on various Wireless Sensor Network Techniques for Monitoring Activities of Wild Animals

In present days, wildlife preservation and monitoring is given more importance for preservation of various endangered species. Wildlife monitoring system has progressed vastly in various domains with the developments in Global Positioning System (GPS) and wireless sensor network (WSN) system. In this paper, a study on wild animals monitoring techniques is made and papers related to animal tracking and monitoring is studied. Also the paper states various approaches that are used for wild animal monitoring activities. To meet the unique requirements of wireless micro sensor networks, we developed LEACH, an application-specific protocol architecture. The application that typical micro sensor networks support is the monitoring of a remote environment. Since at individual nodes data are often correlated in a network of micro sensor, the end user does not require all the redundant data; on the other hand the end user needs a high-level function of the data that describes the events occurring in the environment. Because the correlation is strongest between data signals from nodes located close to each other, we chose to use a clustering infrastructure as the basis for LEACH. We designing system that can give the information of the animal. The potential ability of Global Positioning System (GPS) to assist navigating and tracking application facilitates in determining precise object positioning on earth.

Duration	:	30 day(s)
Technology	:	GPS
Price	:	Rs. 19800 (Group)

Design and Development of a Low-Cost Multi-sensor Inertial Data Acquisition System for Sailing

This project describes the implementation of a portable, embedded data acquisition unit that is able to acquire generic sensor data continuously.

Duration	:	30 day(s)
Technology	:	GPS
Price	:	Rs. 14,000 (Group)

Remote Vehicle Tracking & Driver Health Monitoring System Using GSM Modem & Google Maps

The proposed work of this paper is to develop a system that can be used with real-time wireless monitoring systems which are designed and implemented through wireless network and are able to record and transmit bio-signals of drivers.

Duration	:	30 day(s)
Technology	:	GPS
Price	:	Rs. 14,000 (Group)

GPS Based vehicle tracking system

A tracking system employing global positioning system (GPS) satellites provides extremely accurate position, velocity, and time information for vehicles or any other animate or inanimate object within any mobile radio communication system or information system, including those operating in high rise urban areas. The tracking system includes a sensor mounted on each object, a communication link, a workstation, and a GPS reference receiver. The sensor operates autonomously following initialization by an external network management facility to sequence through the visible GPS satellites, making pseudo range and delta range or time difference and frequency difference measurements. No navigation functions are performed by the sensor, thereby permitting significant reductions in the cost thereof.

Duration	:	30 day(s)
Technology	:	GPS
Price	:	Rs. 14000 (Group)

Ultrasound and GPS Signals in A Wearable ZigBee-Based Guidance System for The Blind

In this project we have developed the design and implementation of a wearable guidance system based on a ZigBee wireless network. And in this project we are also using GPS signals to enhance the accuracy. Here we have developed a new scheduling scheme that interleaves GPS and ultrasound signals more effectively. In this project the main controller collects ultrasound and GPS signals from sensors attached to sub controllers and provides appropriate directions to a blind person.

Duration	:	35 day(s)
Technology	:	GPS
Price	:	Rs. 14000 (Group)

Vehicle Security by locking and unlocking using GSM Technology

Security is prime concern for everyone. Nowadays all the automotives are equipped with auto cop systems. Even though, the thieves are breaking the barriers and steal the vehicles.This project is the right solution for this problem. Using this project, one can control his vehicle’s car engine by means of an SMS. This project also deals with an SMS (Short Message Service) enabled vehicle tracking system.

Duration	:	26 day(s)
Technology	:	GPS
Price	:	Rs. 13,800 (Group)

A WSN Solution for Light Aircraft Pilot Health Monitoring

A typical commercial/military aircraft are supported by several safety-critical systems, such as aircraft engine control system, aircraft flight control systems and also by non-safety critical systems, such as structural and engine health monitoring systems, aircraft cabin environmental control system . Wired connections are mainly used to support the communication between the sensors devices and the control management unit. Using wireless sensor devices can help to increase the number of sensors as well the system redundancy. It also helps to reduce the aircraft system weight and complexity, improving the fuel efficiency and maintenance costs. Civilian small dimension aircrafts such as light aircrafts and gliders normally have much simpler safety support systems.

Duration	:	35 day(s)
Technology	:	GPS
Price	:	Rs. 15,000 (Group)

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