Wade D Mergenthal

7151757, Dec 19, 2006

May 2, 2002

10/139130

James Beasley - Simi Valley CA, US
Dennis Dombrowski - Moorpark CA, US
Matthew Kuiken - Thousand Oaks CA, US
Wade Mergenthal - Camarillo CA, US
Spencer Stephens - Los Angeles CA, US

Strix Systems, Inc. - Calabasas CA

H04Q 7/00

370331, 370350, 455 412

In a network, a method is disclosed for wirelessly exchanging communications with at least one mobile unit. The network includes first and second base stations units coupled to the network, and may include a system controller. The method includes: receiving a communication signal from the second base station unit, wherein the first and second base station units are configured to employ a wireless communications protocol, and wherein the wireless communications protocol does not provide for handoff of communications links between base station units; at the first base station unit, determining if the second base station unit has been synchronized based on the communication signal; at the first base station unit, if the second base station unit is synchronized, then synchronizing an internal clock based on the synchronized second base station, wherein the synchronizing is performed without assistance from a system controller.

7194010, Mar 20, 2007

May 2, 2002

10/139609

James Beasley - Simi Valley CA, US
Dennis Dombrowski - Moorpark CA, US
Matthew Kuiken - Thousand Oaks CA, US
Wade Mergenthal - Camarillo CA, US
Spencer Stephens - Los Angeles CA, US

Strix Systems, Inc. - Calabasas CA

A04J 3/06

370503, 370282, 370331

In a network, a method is disclosed for wirelessly exchanging communications with at least one mobile unit. The network includes first and second base stations units coupled to the network, and may include a system controller. The method includes: receiving a communication signal from the second base station unit, wherein the first and second base station units are configured to employ a wireless communications protocol, and wherein the wireless communications protocol does not provide for handoff of communications links between base station units; at the first base station unit, determining if the second base station unit has been synchronized based on the communication signal; at the first base station unit, if the second base station unit is synchronized, then synchronizing an internal clock based on the synchronized second base station, wherein the synchronizing is performed without assistance from a system controller.

7251489, Jul 31, 2007

Nov 3, 2003

10/700788

James Beasley - Simi Valley CA, US
Dennis Dombrowski - Moorpark CA, US
Matthew Kuiken - Thousand Oaks CA, US
Wade Mergenthal - Camarillo CA, US
Spencer Stephens - Los Angeles CA, US

Strix Systems, Inc. - Calabasas CA

H04Q 7/20

455436, 455 412

Disclosed embodiments include a method performed by a network access point, such as a short-range wireless communications switch or Bluetooth base station unit, to provide a neighbor list for neighboring short-range wireless communications switches or network access points in a communications network. The method includes, at the short-range wireless switch, sending at least one signal to neighboring wireless devices, wherein sending the signal is done without assistance of a mobile unit or a system controller for the communications network. The method further includes receiving a response signal from at least one neighboring short-range wireless switch, and identifying the one neighboring short-range wireless switch based on the received response signal. Additionally, the method includes providing a neighbor list that identifies the one neighboring short-range wireless switch. Numerous alternative embodiments are also described.

7292617, Nov 6, 2007

Nov 3, 2003

10/701121

James Beasley - Simi Valley CA, US
Dennis Dombrowski - Moorpark CA, US
Matthew Kuiken - Thousand Oaks CA, US
Wade Mergenthal - Camarillo CA, US
Spencer Stephens - Los Angeles CA, US

Strix Systems, Inc. - Calabasas CA

H04B 1/69

375132, 375133, 375135, 370330, 370329, 370458, 370349, 455450

A system and method for arbitrating among frequency-hopping spread spectrum communication systems are provided herein. An arbitrator calculates and compares hop frequencies for the communication systems of an area or network using frequency generation parameters received from the communication systems. The comparison identifies impending transmission collisions and collision frequencies for transmission time slots. The arbitrator then selects one of the radios associated with an impending collision to transmit, and suppresses or disables transmissions by non-selected radios during the same transmission time period for that frequency. Thus, the arbitrator minimizes bandwidth lost to co-channel and adjacent channel collisions by reducing or eliminating this mutual interference among the communication systems.

7546126, Jun 9, 2009

Feb 13, 2007

11/674298

James Beasley - Simi Valley CA, US
Dennis Dombrowski - Moorpark CA, US
Matthew Kuiken - Thousand Oaks CA, US
Wade Mergenthal - Camarillo CA, US
Spencer Stephens - Los Angeles CA, US

Strix Systems, Inc. - Westlack Village CA

H04Q 7/20

455436, 455 412

Disclosed embodiments include a method performed by a network access point, such as a short-range wireless communications switch or Bluetooth base station unit, to provide a neighbor list for neighboring short-range wireless communications switches or network access points in a communications network. The method includes, at the short-range wireless switch, sending at least one signal to neighboring wireless devices, wherein sending the signal is done without assistance of a mobile unit or a system controller for the communications network. The method further includes receiving a response signal from at least one neighboring short-range wireless switch, and identifying the one neighboring short-range wireless switch based on the received response signal. Additionally, the method includes providing a neighbor list that identifies the one neighboring short-range wireless switch. Numerous alternative embodiments are also described.

20020167965, Nov 14, 2002

Jan 18, 2002

10/052910

James Beasley - Simi Valley CA, US
Dennis Dombrowski - Moorpark CA, US
James Fuhring - Ventura CA, US
James Jollota - Simi Valley CA, US
Duke Kamstra - Tousands Oaks CA, US
Matthew Kuiken - Goleta CA, US
Wade Mergenthal - Camarillo CA, US
Soiba Mohammad - Winnetka CA, US
Carol Sherick - Camarillo CA, US
Spencer Stephens - Los Angeles CA, US
Alan White - Ventura CA, US
Said Zandian - Oak Park CA, US

H04J003/16

370/465000, 370/352000

Disclosed is a system and method for wirelessly exchanging communications with at least one mobile unit in a network that includes base stations units. The method includes receiving a wireless communication from the mobile unit, where the wireless communication is under a wireless communications protocol that does not provide for handoff of communications links between base station units. The method also includes obtaining a unique session identifier for the communication with the mobile unit, and establishing a communications link with the mobile unit, where the communications link includes link context data associated with the mobile unit. The link context data associated with the mobile unit is identified at least in part based on the unique session identifier. The method further includes determining that the mobile unit is to be handed-off, and handing off to another base station unit the communications link and link context associated with the mobile unit, where the handing off is performed without assistance of the mobile unit.

20050195810, Sep 8, 2005

Mar 4, 2004

10/793392

Danny Sung - Alta Loma CA, US
Wade Mergenthal - Camarillo CA, US
Simon Wong - Covina CA, US
Michael Johnson - Claremont CA, US

Chang Industry, Inc. - La Verne CA

H04L012/56

370389000

The invention includes network mesh routers and methods for network mesh routing that are capable of transparently routing data packets to other clients on the network. The invention uses the link layer (L2) for route initiation and active client discovery and a combination L2 and the network layer (L3) for passive client discovery. By responding to packets on L2, networks composed of transparent mesh routers require neither configuration by the network operator nor any pre-configuration of the network clients.