Snaptrack Incorporated

Octel Communications Corporation

Laszlo Leirer

Dominic Gerard Farmer

Yigal Brandman

Jason Subramaniam

Shahryar Soroosh

A method and apparatus for setting coarse GPS time in a GPS receiver in a mobile station (MS) that is communicating with a base station and a position determining entity (PDE). The MS requests an assistance message from the PDE that includes a sequence of predicted navigation bits, including a predicted time indicator field, which is then located and decoded. Coarse time is set responsive to the time indicator value. A Pattern Match Algorithm may be performed to provide more precise GPS time. In order to better set coarse time, an expected error in the Time of Week may be determined, by for example using the expected network latency. The system describe herein enables the use of IS-801 protocol by an MS in asynchronous networks by improving the coarse time setting process.

System for setting coarse GPS time in a mobile station within an asynchronous wireless network

An apparatus and method are described in a voice mail system for selectively storing faxes in a batch mailbox prior to printing at a facsimile machine in order to efficiently utilize the telephone connection between the voice mail system and the facsimile machine. The apparatus comprises a plurality of electronic mailboxes for the storage of facsimiles, a facsimile machine for receiving and printing facsimiles from the plurality of mailboxes, and a batch mailbox connected between the plurality of mailboxes and the facsimile for receiving and buffering the stored facsimiles and for sequentially transmitting the buffered facsimiles to the facsimile machine for printing. Facsimiles can be added to the batch mailbox during the printing of other facsimiles in the batch mailbox.

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San Jose, CA, United States of America

Laszlo Leirer