The offender population is very creative in its attempts to find ways to deter GPS detection. For example, offenders have learned that wrapping the GPS device in aluminum foil can make the GPStracking points untraceable and disappear. Offenders also may devise other methods to deter GPS detection. Until technology is implemented to address this issue, CSOs must be vigilant in reviewing offenders’ GPS activities via GPS reports, GPS tracks, faxes or e-mails on a daily basis so that acts of non-compliance can be quickly identified and sanctioned.
ABSTRACT: In present days all the students are using a vehicle and mobile phones. These are necessary for any person in case of medical emergencies . MEMS Sensor automatically gives command to the controller and then SMS will send to the authority person via GSM. In the SMS Content is the position of that person in latitude and longitude. Then the authorized person enters into a danger zone depends upon with the GPSTracking system latitude and longitude.
Knowledge is power. And nothing provides as much value to managers than real-time visibility of their fleet, in addition to saving time and money with the right GPStracking provider. There are software companies in the space that will offer you basic vehicle tracking and limited fleet reports. But only a few can grow with your business and offer added value. Whether your company faces time management issues, problems saving fuel, or constant safety violations, the provider you choose should address these areas of concern. Selecting a provider whose features are customizable to your business needs can increase your fleet’s productivity and completely renovate the structure and day-to-day operations of your company.
The Mobile Robot Surveillance System with GPSTracking project will be reported completely in this project report, right from its introduction, planning, layout, designs, and implementation methods up to desired outcome on the final stage. In order to compile the proper project execution in a standardized structure, thus the report was equipped with several chapters and sub topics that will provide easy access for the individual that will further research on the project through this report according to the available chapters and contents consequently.
and the federal Constitution are similar, the Oregon Supreme Court construed their state Constitution more broadly by holding that “a privacy interest . . . is an interest in freedom from particular forms of scrutiny”); see also State v. Jackson, 150 Wn.2d 251, 264 (Wash. 2003) (finding that “[u]se of GPStracking devices is a particularly intrusive method of surveillance, making it possible to acquire an enormous amount of personal information about citizens under circumstances where the individual is unaware that every single vehicle trip taken and the duration of every stop may be recorded by the government; State v. Peters, 546 So. 2d 829, 834 (La.App. 1 Cir. 1989) (noting that police had guarded against any Fourth Amendment violation by obtaining a warrant prior to attaching a beeper to defendant’s car).
Abstract GPS is Global Positioning System; a space-based satellite navigation system that provides location and time information in all weather conditions, anywhere on or near the Earth where there is an unobstructed line of sight to four or more GPS satellites. GPStracking system is a software system which allows you to track the route from any source to destination. But GPStracking system using car charger is a modify concept of tracking system using GPS. This concept is to get a current location of a moving car which is driven by a common man and its user friendly. GPStracking system using car charger uses car charger as power source for the system. It also displays latitude and longitude along with map.
A GPStracking unit is a device that uses the Global Positioning System to determine the precise location of a vehicle, person, or other asset to which it is attached and to record the position of the asset at regular intervals. The recorded location data can be stored within the tracking unit, or it may be transmitted to a central location data base, or internet-connected computer. The Vehicle tracking system is a the tracking device which is generally operated by GPS is attached with the vehicle. satellite signals is first received by it and then it determines its position co- ordinates with latitude and longitude. These coordinates are generally observed on a computer screen and by using mapping software we can see the exact position of our vehicle. generally vehicle tracking technology user can access the information of a vehicle based on vehicle’s position, speed and distance traveled and duration of each stoppage with a central operating center by entering the mobile number of user through mobile phones or websites using SMS or Internet. Vehicle tracking technology is advantageous for tracking and monitoring both commercial and passenger vehicle. As concerned with personal vehicle tracking, it allows recovering our stolen vehicle by pin pointing that gives the exact location.
Future battle in the telecom industry is least expected to be based on the hardware or the features like SMS and call cost, but the battle would be based on the enhanced user friendly applications provided by the service provider and adaptability for such applications provided by device manufacturers. Setting up of infrastructure for a location based service using the GPS facility, to alert a user on reaching a desired location is emulated using the Android 2.2 platform and the desired output is obtained successfully. Thus this Location based intelligent observer application using GPStracking is developed so as to add value and organize users’ task intelligently.
ABSTRACT:The Emergency Medical Service and Patient locations tracking using two technologies via General Packet Radio Service (GPRS) and Global Positioning System (GPS). The Emergency Medical Service using GPSTracking allows the user's location to be tracked using a mobile which is equipped with an internal GPS receiver and a GPRS transmitter. In existing system, itwill lose a large number from those people if they needed succouring and there isn't someone with the person known which type and suitable help needed. The proposed methodology offers a succouring system controlled by the patient based on the patients’ location. This emergency system the person will send SMS contains his ID and coordinates (Longitude and Latitude) via Global Positioning System (GPS) network to the web server.The server will locate the sick person on Google map and retrieve the person's information from the Heidi SQL database which is stored by the hospital employees. Based on these information,the EMS system will send succouring facility. At the same time ,the system intimates the patient details to the hospital, relatives and to the doctor Via SMS.
GPStracking solutions automate fleet management practices to help you manage your mobile assets in the most eficient way possible. By automating manual and time-consuming processes traditionally associated with fleet management, you and your team will have more time to focus on other tasks and business challenges.
It is very easy to track couple of vehicles carrying GPStracking devices (or GPS trackers) on a mobile phone but if you need to track more than five, fifty or thousands of vehicles and also distribute responsibility to respective people and generate different reports then this can’t be done in simple way. You need a fleet management solution.
Several types of navigation system have been tried out by other airship builders. Those include INS-GPS, AHRS and some as simple as GPStracking navigation. The high level navigation system such as INS-GPS and AHRS require considerable superior knowledge in aerospace engineering due to the complicated mathematical models applied such as the Kalman Filtering. In addition to that, the high orders mathematical models require excellent programming sequences that must be processed by a single-board computer.
The high energy profile is a combined effect of two primary factors. First, the GPS Ephemeris data, which contains the time and satellite trajectory information, are sent by the satellites at a very low data rate of 50 bps. As a result, a standalone GPS receiver needs to be turned on for up to 30 seconds in order to receive a complete data packet from the satellite. Second, the task of identifying and tracking the visible satellites, decoding their navigational information and performing the least-square calculation involves a significant amount of processing. It gets 1Prasant Misra∗ was a postdoctoral fellow, and Wen Hu† was a visiting researcher at SICS Swedish ICT in Stockholm during the course of this work. more intensive due to the weak GPS signal strengths (about 20 dB below the noise level); and Doppler frequency shifts (≈ 4.2 kHz) caused by the satellite motion (and receiver movement on the ground) . As a consequence, the first factor makes it difficult to duty-cycle the GPS receiver for saving energy; while the second necessity introduces the need for a sophisticated CPU for complicated computations. The existing state-of-the-art methodology of obtaining a GPS position fix is, therefore, not suitable for many mobile sensing applications such as livestock  and wildlife monitoring ; which need non-intrusive position tracking support on resource constrained platforms (such as sensor nodes) for long durations. 3) The satellites move at high speed. When a GPS chip is turned off completely for more than a few minutes, the previous code phases and Doppler information are no longer useful, and the device must spend substantial energy to re-acquire the satellites.
Global Positioning System (GPS) is a high-precision three-dimensional real time radio navigation system that used to determine accurate real time information. GPS system is widely used by land, sea and airborne users anywhere in the world and in all weather conditions. 24 hours working satellites are in orbit at 10,600 miles above the earth. They are spaced so that from any point on earth, four satellites will be above the horizon. Each satellite sends precise navigation messages to the ground continuously. The GPS receivers collect and process real time information to output accurate navigation data. Due to the advantages of global coverage, high precision and real-time positioning for all weather, GPS system is widely used in the search and rescue, traffic management, vehicle scheduling, land, sea and air navigation and positioning, survey and mapping all involved in the field of navigation positioning .
This paper is proposed to design and develop a bus tracking system which helps to know the location of the bus through information display devices on bus stop or mobile phone when a SMS (Short Message Service) is sent to a specific number thus showing the bus location via SMS. This design will continuously monitor a moving bus and report the position of the bus to centralized system. The GPS modem will give the data i.e. the latitude and longitude indicating the position of the bus. Display devices on bus stop shows updated information of upcoming buses and arrival time of it. Bus stop display will show information of buses under radius of 5km region. When the request is sent by user to the number at the GPS system, the system automatically sends a reply to that mobile number showing the upcoming buses list of both up and down line on that location. No external server or internet connection is involved in knowing the location to user end which reduces the cost and complexity. Commuter will get idea of upcoming buses on bus stop easily through a display screen.
Some GPStracking solutions feature alerts that notify you when a vehicle starts up or moves during unauthorized hours. In addition, some systems can show you historic route information, so you can see exactly where your vehicles travelled during any time. You will know exactly when an employee used the vehicle, how long they drove the vehicle and where they went.
In this chapter, the method and theory will be discussed regarding to this project which reveals the knowledge that gained via resources such as reference book, newspaper, journal, articles and documentations regarding application and research work. The study is very essential in order to get more understanding in embedded system, GPStracking system, PIC (Peripheral Intelligent controller), GSM modem and GPS modem. Besides that, the theory understanding is very vital which lead to this project and the project would relate into research and available theory and application.
This thesis wrote by Michael E. Nelson. This discuss in  about GPSTracking of deer. They used global positioning system (GPS) radio collars on female white-tailed deer (Odocoileus virginianus) to document details rates of travel and distances traveled by 8 deer with radio telemetry, knowledge about timing, duration, and route of migration became possible. This thesis wrote by Michael E. Nelson for Biological Resources Division, U.S.
For over a decade, GPS vehicle tracking systems have proven to be effective in determining the precise location of a vehicle or asset. GPStracking uses a system of satellites orbiting the earth to find an approximate placement of the receiver within a few meters of its actual location. Systems range from the passive, battery operated tracking key, to the highly sensitive, active or real time systems with various installation options. Both are designed to enhance fleet efficiency and profitability by monitoring driver location and speed.