WILLIAM ROBERT WORGER
Pilots at Desoto Way, Gilbert, AZ

6272345, Aug 7, 2001

Jul 31, 1998

9/126647

William R. Worger - Gilbert AZ
Craig Long - Mesa AZ
Ernest E. Woodward - Chandler AZ

Motorola, Inc. - Schaumburg IL

H04Q 738

455436

A method (300, FIG. 3) controls CU (140, FIGS. 1, 6) hand-off in a non-geostationary orbit (NSGO) satellite system (100, FIG. 1) without consuming large amounts of bandwidth or satellite processing power. Using method (300), a network control facility (NCF) (130, FIGS. 1, 5) divides the earth (102, FIG. 2) into suitable regions 200 (FIG. 2), or geographical areas of the earth sized so that all of the CUs (140, 142, 144, FIG. 1) within a region (200) can be handed-off as a group rather than handling each station individually. When it is determined through the method (300) that it is time to hand-off communications in a particular region, all CUs within that region are directed to effectuate a hand-off at substantially the same time.

5664113, Sep 2, 1997

Dec 10, 1993

8/166326

William Robert Worger - Gilbert AZ
Roman Casimir Lopatynski - Scottsdale AZ
Steven Peter Allen - Mesa AZ
Gerald Vincent Piosenka - Scottsdale AZ

Motorola, Inc. - Schaumburg IL

G06F 700

705 28

Working assets (26) are equipped with ID tags (56) that respond to interrogations from interrogators (50). Each interrogated tag (56) sends response codes that identify the tag (56) and working asset (26), can describe an amount of use experienced by the working asset (26), and can describe unused capacity available for holding a consumable commodity, such as fuel. Interrogators (50) are positioned at normally closed portals (40, 42, 62, 64) of staging areas (22, 24). A database (94) contains information concerning working assets (26), users (28) to whom working assets (26) have been assigned, and caretakers (38) who may be authorized to transport various working assets (26). The caretakers (38) also have ID tags (58). A portal (40, 42, 62, 64) temporarily opens or remains closed in response to the interrogation that takes place at the portal (40, 42, 62, 64) and data stored in the database (94).

2005025, Nov 10, 2005

May 7, 2004

10/841104

William Worger - Gilbert AZ, US
Matthew Fitzpatrick - Poway CA, US

H04M011/10

455412100, 455518000

For a push-to-talk arrangement in a dispatch call communication system (), an originator () selects a group of called parties (-). A push-to-talk server () handles a dispatch call in a conventional manner. If all the called parties (-) do not respond, the originator is given an option to leave a message for an unavailable party (). A multimedia message service server () is the storage medium for these messages. Any unavailable called subscribers (-) are provided an indication of a waiting message ().

2005014, Jun 30, 2005

Dec 30, 2003

10/749083

Matthew Fitzpatrick - Poway CA, US
Alberto Gutierrez - Buffalo Grove IL, US
William Worger - Gilbert AZ, US

H04B007/00

455518000

A method of determining PTT availability of members of a contact list in a wireless PTT communication system makes efficient use of resources by updating client devices () with new PTT contact list status information only when necessary. The availability of client devices () associated with contact lists () are determined by a PTT controller () according to the content of messages from the client devices (). New information regarding the availability of a client device associated with a contact list () is transmitted to relevant client devices () only when a change has occurred in the availability of a member. Likewise, a client device () notifies the PTT controller of its availability only when a change occurs.

6173156, Jan 9, 2001

May 4, 1998

9/072061

William R. Worger - Gilbert AZ
Gerald J. Hogg - Fountain Hills AZ
James Edward Greenwood - Scottsdale AZ

Motorola, Inc. - Schaumburg IL

H04B 7185

455 131

A message processing center (140) is used in a global message delivery system. Message processing center (140) uses at least one GEO satellite (130) and at least one Non-GEO satellite (120) to delivers messages (pages) to a number of ground stations (110) located at various locations on the surface of the earth. Message processing center (140) determines loading for at least one GEO satellite (130) and at least one Non-GEO satellite (120). Message processing center (140) determines available capacity for at least one GEO satellite (130) and at least one Non-GEO satellite (120). Message processing center (140) uses a number of criteria to optimize the delivery of the message data.

7054302, May 30, 2006

Mar 25, 2003

10/400132

Nandakishore A. Albal - Scottsdale AZ, US
Peter J. Armbruster - Chandler AZ, US
Thomas G. Hallin - Wheaton IL, US
Bradley R. Schaefer - Chandler AZ, US
Mark L. Shaughnessy - Phoenix AZ, US
Steven D. Upp - Bartlett IL, US
William R. Worger - Gilbert AZ, US
George Xenakis - Tempe AZ, US

Motorola, Inc. - Schaumburg IL

H04L 12/66

370347, 370401

The voice signaling gateway () converts signaling and bearer traffic information between iDEN network () and various other networks (). The voice signaling gateway includes a signaling portion () and a bearer traffic portion (). The voice signaling gateway interfaces with any networks which support session initiation protocol (SIP). Further, the voice signaling gateway is capable of. interworking with both 3G and 2G type networks.

6173176, Jan 9, 2001

Mar 27, 1998

9/049533

William R. Worger - Gilbert AZ
Craig Long - Mesa AZ

Motorola, Inc. - Schaumburg IL

H04B 7185

455428

A communication system (10) has multiple satellites (20) communicating with ground stations (30) and with base stations (40). The satellites (20) are in non-geosynchronous orbit around the earth (52). A first ground station (30) transmits a data packet to a satellite (20). The data packet includes a sector number which represents an area on the earth (52) where the destination ground station (31) is located. The satellite (20) transmits the data packet to another satellite (20) if the satellite (20) is not serving an area identified by the sector number. This step is repeated until the data packet reaches a most likely satellite (20) that is most likely to be serving the area identified by the sector number. The most likely satellite (20) transmits the data packet to the destination ground station (31) if it is still serving the area identified by the sector number.

6976081, Dec 13, 2005

Jan 30, 2002

10/060622

William R. Worger - Gilbert AZ, US
Peter J. Armbruster - Chandler AZ, US
Bradley R. Schaefer - Chandler AZ, US
Mark L. Shaughnessy - Phoenix AZ, US

Motorola, Inc. - Schaumburg IL

G06F015/16

709230, 709247

An arrangement for compressing () and uncompressing () system set up messages between a client and a server employing Session Initiation Protocol transmits a template () between client () and server (). A template is pre-placed () by clients or servers with other clients or servers. During execution time when a client requests services by connecting to a server only a minimal template () is transmitted from client to server. The server then reconstructs () the original uncompressed message.

6240074, May 29, 2001

Feb 19, 1998

9/025808

Ronald V. Chandos - Tempe AZ
William R. Worger - Gilbert AZ
David M. Harrison - Mesa AZ

Motorola, Inc. - Schaumburg IL

H04B 7204, H04J 308, H04J 304, H04Q 720

370321

A secure communication hub (10) relays local communications between low probability of intercept (LPI) user radio equipment (68) and provides a secure interface with a command center (58) through a non-geostationary commercial satellite communication system. The secure communication hub (10) includes different radio interface units (12) for communicating different data formats with the (LPI) user radio equipment (68). Encryption and decryption circuitry (18) provides for different security levels and different keys for the (LPI) user radio equipment. Links with the satellite system are secured using encryption.

5940508, Aug 17, 1999

Apr 7, 1997

8/834963

Craig Allen Long - Mesa AZ
William Robert Worger - Gilbert AZ
Bradley Robert Schaefer - Chandler AZ

Motorola, Inc. - Schaumburg IL

H04L 908, H04L 900

380 21

Equipment (10, 20) for facilitating point-to-point cryptographic data communication systems is disclosed. The seamless rekey cryptosystem permits changing of the crypto key (70, 80) with no down time. The cryptosystem will facilitate seamless key installation to eliminate data loss or reduce storage required while updating the crypto key. The seamless key will allow changing the key more often, which will also provide a more robust, secure cryptosystem.