"mobile phones with satellite navigation"?
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Are you surprised that there are mobile phones with satellite navigation?\nI  hate to answer a question with another question, but you let me no choice
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You can try many means of connection as Cable and Satellite as they pointed out. You can also use a Wireless Mobile Phone to browse the Internet, say thru GPRS or EDGE. Many smart phones and other phones allow the phone to act as a modem! So there you go! Or you can prefer to go Wi-Fi or WiMax in a area if there is coverage, like an internet hot-spot for example!
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Google earth works really well...just have to download it....but it wont be in real time everytime you use it..it sounds like you want it for security purposes...that I guess you would need a keyhole satellite for!!!
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Also try Google maps.   It gives you a choice between a satellite picture, a road map and a road map superimposed on a satpic.   And google The World at Night.
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Most maps intended for navigation or hiking have magnetic deviation printed on them. Here is an online deviation map for people lining up satellite dish antennae.
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There isn't one.  You would have to pay a company a lot to have a satalite tasked to a certain location at real time.  Google maps and google earth do not use real time images. They are no older then 3 years though.  You can also try live.local.com, but again it is not real time.
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http://engadget.com/2005/12/30/the-mobile-tsunami-detector
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Global Positioning System\nI  INTRODUCTION \n\nGlobal Positioning System (GPS), space-based radio-navigation system (see Navigation), consisting of 24 satellites and ground support. GPS provides users with accurate information about their position and velocity, as well as the time, anywhere in the world and in all weather conditions.\n\nII  HISTORY AND DEVELOPMENT \n\nGPS, formally known as the Navstar Global Positioning System, was initiated in 1973 to reduce the proliferation of navigation aids. GPS is operated and maintained by the United States Department of Defense. By creating a system that overcame the limitations of many existing navigation systems, GPS became attractive to a broad spectrum of users. GPS has been successful in classical navigation applications, and because its capabilities are accessible using small, inexpensive equipment, GPS has also been used in many new applications.\n\nIII  HOW GPS WORKS \n\nGPS determines location by computing the difference between the time that a signal is sent and the time it is received. GPS satellites carry atomic clocks that provide extremely accurate time (see Clocks and Watches: Atomic Clocks). The time information is placed in the codes broadcast by the satellite so that a receiver can continuously determine the time the signal was broadcast. The signal contains data that a receiver uses to compute the locations of the satellites and to make other adjustments needed for accurate positioning. The receiver uses the time difference between the time of signal reception and the broadcast time to compute the distance, or range, from the receiver to the satellite. The receiver must account for propagation delays, or decreases in the signal's speed caused by the ionosphere and the troposphere. With information about the ranges to three satellites and the location of the satellite when the signal was sent, the receiver can compute its own three-dimensional position.\n\nAn atomic clock synchronized to GPS is required in order to compute ranges from these three signals. However, by taking a measurement from a fourth satellite, the receiver avoids the need for an atomic clock. Thus, the receiver uses four satellites to compute latitude, longitude, altitude, and time.\n\nIV  THE PARTS OF GPS \n\nGPS comprises three segments: the space, control, and user segments. The space segment includes the satellites and the Delta rockets that launch the satellites from Cape Canaveral, in Florida. GPS satellites fly in circular orbits at an altitude of 20,100 km (12,500 mi) and with a period of 12 hours. The orbits are tilted to the earth's equator by 55 degrees to ensure coverage of polar regions. Powered by solar cells, the satellites continuously orient themselves to point their solar panels toward the sun and their antennas toward the earth. Each satellite contains four atomic clocks.\n\nThe control segment includes the master control station at Falcon Air Force Base in Colorado Springs, Colorado, and monitor stations at Falcon Air Force Base and on Hawaii, Ascension Island in the Atlantic Ocean, Diego Garcia Atoll in the Indian Ocean, and Kwajalein Island in the South Pacific Ocean. These stations monitor the GPS satellites. The control segment uses measurements collected by the monitor stations to predict the behavior of each satellite's orbit and clock. The prediction data is uplinked, or transmitted, to the satellites for transmission to the users. The control segment also ensures that the GPS satellite orbits and clocks remain within acceptable limits.\n\nThe user segment includes the equipment of the military personnel and civilians who receive GPS signals. Military GPS user equipment has been integrated into fighters, bombers, tankers, helicopters, ships, submarines, tanks, jeeps, and soldiers' equipment. In addition to basic navigation activities, military applications of GPS include target designation, close air support, “smart” weapons, and rendezvous.\n\nWith mo
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nice phone \ntry this link\nhttp://phone.mobile9.com/nokia/6280\nand try to answer my question too...\nin games&#92;recreation section "i want to change path ....."
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Go to google maps for the address and then switch to "satellite" view.
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G.P.S.  Before gps they used a compass.
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Call your satellite provider they can tell you.
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i suggest using google earth or google sms
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Your wireless carrier may be able to trackit, using the GPS chip located in all phones (made in the last 5 years, anyway).\n\nCall them & tell them it's lost.  They'll be able to track it, given any person who found it didn't remove the battery or turn off the tracking unit (possible in some phones, no option in others).
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If the cellphone in question has GPS transciever, you can log onto a webpage and track it.  The website you need to go to depends on the wireless carrier.
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You can try DeLorme with the GPS or Microsoft Streets and Trips with GPS. I've tried them both and both have coordinates in real time
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If you go here, you will find out all about the Mio 268, and if you scroll to the bottom of the page , you will be able to click onto a multitude of SatNav systems :-\nhttp://www.lordpercy.com/mio_268_review.htm