June 27th, 2013

06/27/2013

 
Triangulation Method in Cell Phone Tracking


Until now, you had heard about Cell Phone plenty of times, but really didn't understand what all the fuss was about.


There's a specific approach to locating your mobile phones through a technique known as triangulation method or also called measuring the triangles. What's the triangulation method? In the event that you have seen many CSI episodes, you probably have a good idea what the technique is about. It is actually the approach to determining the mobile phones location by measuring the angles to it from identified known points or perhaps a fixed baseline. By referencing the speed of radio signals, the distance and location from the not known point could be estimated by identifying 3 to 4 known points. The known points could be where the antennas for the mobile phone operator is mounted. The very first known point identifies the length to the mobile phone. The 2nd known point then narrows down the place to two points. The third known point is then used to recognize the exact located area of the cell phone. Basically the idea is narrowing the precise located area of the cell phone through the elimination of the large section of a certain location to pinpoint location by utilizing three filters or three known points. Two direction lines define a place area and the 3rd line defines the precise location.

Fundamentally, the main principle in GPS also is based on using triangulation to look for the best possible accuracy a place in space. The triangulation method uses three coordinates or three GPS satellites from the user's GPS receiver. From the measurement of the three coordinates distance, the located area of the user could be determined by the determining the intersection between your three spheres of the satellite coverage. The more GPS satellites it refers, the accurate the positioning it can pinpoint.



Handy Hint: This is just a short break to blow your mind away from the topic area regarding mobile location, all the ideas and tips through this article aim to educate and entertain and if you'd like to learn more about the subject matter, do a search about "How to find where a cell phone is" on any search engine and you'll find loads of results which are helpful for you.


We will witness more hardware and computer software being developed to help assist people when it comes to connectivity and mobility that is dependant on this triangulation method. Social networking will take advantage of this as flux of information is going to be channeled through this medium. One exemplory case of a Social networking platform who has cheated this method may be the Foursquare app. Created last year; the app serves as a Location-based Social network platform for mobile device users. Users can check-in their current location or places of hangout and in the same time frame give reviews of the area or product. Users may also use this app for connecting with friends nearby. As technology for Internet mobility becomes a lot more sophisticated, it is expected that numerous Location-based Social networking platform may also be developed. A few of the famous location-based services would be the Foursquare apps, Loopt and Google Latitude provides you with real-time location to friends that chose to share their location with families and good friends. In the same time frame, these apps also share the info on the place their friends or families are like the restaurants they have been dining or the area they are going out.

However, triangulation method have its weaknesses such as for example it obstacles which will prevent your GPS in detecting three satellites are when you're inside a building, near to a tall building as well as the weather is bad. This factor block the type of sight of one's GPS and for that reason it couldn't find the three satellites it had a need to pinpoint where you are accurately.


This article regarding Cell Phone is meant to both inform and entertain those who read it. Hopefully, we have (will) accomplished both goals for you.




 


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