Signal Triangulation

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Example 1

Base Station, Triple Array and Transmitting Device

Triangulation of 4G/5G mobile device's signals is useful for geolocation, with many applications. Beneficial applications are listed below.

Applications

Orbital and sub-orbital satellite, spatial positioning

Human and personal effects safety

Human movement management

Traffic and rolling stock management

Logistics

Facilities management

Home and business premises intrusion protection

Search and rescue coordination

Personnel and asset location management and time management

Example 1

Radial Triangulation

Base station tower, signal power levels

A = 3 dB

B = 4 dB

C = 6 dB

4G/5G wireless device

D’ = 3.37 * 10 ^ 5 (Spatial)

D = 1/ 3.37 * 10 ^ 5

D = 2.967 * 10 ^ -6

D = -6 dB

Example 2

Simple Triangulation

Base station tower, signal power levels

A = 3 dB , 10 ^ 3 m from C

B = 3 dB , 5 * 10 ^ 3 m from C

C , mobile device:

AC = 10^3 / (10 ^ 3 ) ^2

= -3 dB

BC = 10^3 / (5 * 10 ^ 3 ) ^ 2

= 4 * 10 ^ -5

~ -5 dB

C = ( AC + BC ) / 2

= ( -3 dB + -5 dB ) / 2

~ -3 dB

The physics model, above, conveys the configuration of a signal strength triangulation from a mobile device's 4G/5G, wireless card.

A, B and C represent 4G/5G transmission, base stations. The signal strengths in the text key below the diagram represent the received signal's strength, for each base station. D is the node which represents the emitting wireless card. The mobile device, wireless card emits just over -6 dB of signal strength in Example 1. In Example 2, the signal strength is approximately-3 dB.

The triangulation is a matter of simple mean averaging. The reader is encouraged to run their own thought experiment, based on the example or on their alternative perspective. That would precede a material or laboratory experiment of any safe and necessary dimension.

Blue Sky

The mobile device wireless cards are also capable of distributing any type of digital or analogue/quantum data, in transit.

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