Mechanism and technique for dynamically optimizing antenna orientation and transmit power in a meshed network environment
OwnerLeon Lumelskyinventor
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OwnerLeon Lumelskyinventor
Estimating the term…
The present invention provides methods, systems, devices, and computer program instructions for enabling low-power wireless devices (such as wireless telephones and personal digital assistants, or PDAs) to connect to a fast wired or wireless voice/data network. A novel relay point device, referred to as an “extension point”, is defined that flexibly extends the effective reach of network access points. Use of extension points enables the network infrastructure to be expanded (and subsequently re-configured, if necessary) simply and cost-effectively, requiring little or no additional physical wiring. The defined techniques provide an infrastructure that is scalable, supporting a large number of end users without substantial degradation to connection establishment time and data rates. Using the disclosed techniques, end devices are able to reach network services, and to communicate with other end devices, beyond the nominal working range of these devices and without limitation to the numbers of such devices.
A method for dynamically tuning a directional antenna of a wireless device for communicating with an access point in a short-range wireless networking environment, comprising the steps of:
Computer program instructions for dynamically tuning a directional antenna of a wireless device for communicating with an access point in a short-range wireless networking environment, the computer program instructions embodied on one or more computer readable media and comprising:
A system for dynamically tuning a directional antenna of a wireless device for communicating with an access point in a short-range wireless networking environment, comprising:
Dependencies are inferred from the claim text.