LOCATION ACCURACY IMPROVEMENT METHOD AND SYSTEM USING NETWORK ELEMENTS RELATIONS AND SCALING METHODS

摘要

A self-learning location monitor system comprising: a. a plurality of N devices D, each device Di comprising a communication module configured to communicate with at least one other device Dj≠i within a predetermined rangei of device Di; the device Di may be characterized by a grade Gi according to its accuracy of location; b. a location detection module configured to detect location of the N module devices; c. a non-transitory CRM in communication with the N devices; According to one embodiment the CRM is configured to change grade Gi according to at least one other grade Gj≠i of at least one other device Dj≠i within range Ri. According to another embodiment the instructions are to change range Ri of at least one device Di located in other range Rk≠i of other device Dk≠i according to the other range Rk≠i.

主权项

1. A system for determining direction of relative location comprising:
a. a first module configured to transmit radio signals; b. a second module comprising:
i. a receiving module configured to receive said radio signals;ii. a non-transitory computer readable medium in communication with said receiving module having instructions thereon for producing distance between said first module and said second module, from said radio signals; andiii. a magnetometer configured to indicate relative direction of movement between said first module and said second module; wherein said instructions are configured to determine direction of relative location of said first module, according to said relative direction and said distance.