08-06-2009, 02:47 AM
How the RFID Implant will work
By SI / Siphon
Distribute freely.
Section 1: Infrastructure
The iPhone features a GPS locator. It locates where you are on a map by using the cellphone towers situated in almost every city. The iPhones send signals to towers at different distances. The signals reach two cellphone towers and a simple computation calculates your location relative to those two towers (more on this later). Since the iPhone maps not just all the streets, cities, states, and highways, but ALSO all the cellphone tower locations, it reports back where you are.
Remember, just two cellphone towers necessary. Think back in middle school when you learned the Pythagorean Theorem, Law of Sines, Law of Cosines, etc, and you will understand that the iPhone's locating feature basically triangulated you.
Your cellphone broadcasts a signal and two cellphone towers receive a signal. This makes a triangle. This means if TPTB measured the angle between towers (not hard at all if you have the tools because you can measure signal strength in different directions, then calculate the angle), they can record all the angles between every possible adjacent cellphone. Or they can get the information from cellphone carrier services because they have mapped out which locations have good signal strength. Then they can triangulate you anywhere.
That's basically how the iPhone locates you on the map. By using cellphone towers and simple geometry math, and the cellphone locations and angles already on the maps, it triangulates you.
By SI / Siphon
Distribute freely.
Section 1: Infrastructure
The iPhone features a GPS locator. It locates where you are on a map by using the cellphone towers situated in almost every city. The iPhones send signals to towers at different distances. The signals reach two cellphone towers and a simple computation calculates your location relative to those two towers (more on this later). Since the iPhone maps not just all the streets, cities, states, and highways, but ALSO all the cellphone tower locations, it reports back where you are.
Remember, just two cellphone towers necessary. Think back in middle school when you learned the Pythagorean Theorem, Law of Sines, Law of Cosines, etc, and you will understand that the iPhone's locating feature basically triangulated you.
Your cellphone broadcasts a signal and two cellphone towers receive a signal. This makes a triangle. This means if TPTB measured the angle between towers (not hard at all if you have the tools because you can measure signal strength in different directions, then calculate the angle), they can record all the angles between every possible adjacent cellphone. Or they can get the information from cellphone carrier services because they have mapped out which locations have good signal strength. Then they can triangulate you anywhere.
That's basically how the iPhone locates you on the map. By using cellphone towers and simple geometry math, and the cellphone locations and angles already on the maps, it triangulates you.
