Motorola Corporation

Hagai Ohel

Gary J Morse

Frederick Loring Kampe

Robert Nathan Nelms

Kenneth Philip Greene

A communication management system ( ) for personalized mobility management of wireless services includes at least one wireless communication device ( ), a mobility aware content server ( ), and a wireless communication system ( ). The mobility aware content server ( ) sends a location specific content ( ) to the wireless communication system ( ) in response to a current location ( ), a movement speed ( ), and a movement direction ( ) of the wireless communication device ( ). The wireless communication system ( ) is coupled to the mobility aware content server ( ), and, upon receipt of the location specific content ( ) from the mobility aware content server ( ), transmits the location specific content ( ) to the wireless communication device ( ).

Communication management system for personalized mobility management of wireless services and method therefor

A method for coordinating an inbound channel in a selective call communication system (100) includes the steps of encoding (702) an expected time for an inbound response and a number of bits in the inbound response with an outbound message requesting information from a selective call device; transmitting (704) the outbound message to the selective call device; allocating (706) an inbound channel; determining (708) the number of bits to be encoded in at least one time slot of the inbound channel; transmitting (710) the inbound channel, the number of bits to be transmitted in the at least one time slot to the selective call device; encoding (712) the information being requested on the inbound channel with the number of bits in the at least one time slot; and transmitting (714) the inbound response on the inbound channel with the number of bits specified for each of the at least one time slot.

Method for coordinating inbound channels in a selective call

An updateable message encoder/transmitter (100) has a processor (109) for encoding messages and message updates. A message includes an origination time (191), a version number (410) and an update lifetime indicator (424), and a message update includes the origination time (191) and the version number. A transmitter (120) broadcasts the message and the message update message receiver/decoder (130) receives the message and the message update, a processor (212) processes the message to determine when the message update is being received. The processor checks the update lifetime indicator of the message indicated by the message update to determine if the message to which the message update is intended can be updated. A comparator compares the origination time of the message with the origination time of the message update to determine if the message update is an out-of-sequence message update.

Growing community of inventors

Coconut Creek, FL, United States of America

Hagai Ohel