Robert L. Breeden - Boynton Beach FL Richard E. Johnson - Boynton Beach FL Amy R. Kabcenell - Highland Beach FL Thomas F. Holmes - Boynton Beach FL
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
G08B 522 H04Q 130 H04M 1100
US Classification:
34082544
Abstract:
A method for generating alphanumeric messages in a telephone-entry selective call system comprises programmable selective call source identification for selected selective call receivers and numerically coded canned alphanumeric messages.
Craig S. Wallace - Boynton Beach FL Robert L. Breeden - Boynton Beach FL
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H04B 100
US Classification:
340825440
Abstract:
A selective call system is provided in which string searching or text matching operations are performed on data from data generating devices such as condition sensors in a security system. When a predetermined string is identified, an address of a selective call receiver such as a pager is generated and that receiver is called. The invention is applicable to other applications where data is generated which includes predetermined character strings.
Central Controller With Adaptive Message Handling Characteristics
A central controller operating as a pager terminal for receiving, handling, and transmitting messages is shown that adaptively alters its message handling characteristics in order to improve the overall throughput of the central controller. The channel loading characteristics, based upon the time of day, are used in order to vary the limitation of the size of message received by the central controller as well as vary the transmission size and age of messages prior to transmission. Additionally, channel loading may be determined by determining the total size of messages within the central controller. In response to the total size determination, the limitation of the message size received by the controller may be varied. Furthermore, the transmission size and age of messages prior to transmission may be varied in response to the total size determination. The central controller may also adopt these operations in response to the combination of the total size determination and channel loading based upon the time of day characteristics.
Simulcast Transmitter Apparatus Having Automatic Synchronization Capability
A simulcast transmitter apparatus having automatic synchronization capability is disclosed which utilizes a signal readily available from any one of a number of available master timing sources to maintain a constant, uniform time delay to the transmitter via its interconnect link, even though the time delay corresponding to this interconnect link is susceptible to variation. Each interconnect link may consist of a phone line or other radio link which exhibits a relatively fixed, but unstable, delay. Each base station includes at least a transmitter and an adaptive-delay device which operates as a remotely-adjustable delay network upon receipt of a resync signal from a central controller to readjust and automatically maintain a uniform amount of time delay to each transmitter in the base stations. A master timing signal receiver, such as a suitable radio navigation receiver, is coupled to a suitable fixed delay network and provides the reference sync signal for each remotely-sited base station throughout the designated geographical area. This transmitter is therefore able to be compensated for varying amounts of delay caused by utilizing alternate links which may be necessary to maintain system reliability while overcoming inclement weather, interference, or other equipment difficulties.
Apparatus And Method For Controlling The Routing Of Incoming Calls In A Wireless Communication System
Robert L. Breeden - Boca Raton FL Prabhakar Muppidi - Lake Worth FL
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H04M 1100
US Classification:
379 58
Abstract:
A wireless communication system (WCS) comprises a plurality of portable communication units (PCUs) (109) each PCU having a telephone number for receiving incoming calls. The WCS is coupled to the public switched telephone network (PSTN) (106), and has a plurality of locations (102) defined by radio coverage of a plurality of fixed communication units (FCUs) (108) at each location. The FCUs (108) are coupled to the PSTN, each FCU having at least one transceiver channel, and each transceiver channel having a telephone access number. The WCS further comprises a routing controller (RC) (104) for routing (514) incoming calls for PCUs, a location database (116) for storing (408) information used in the routing, and a plurality of location controllers (LCs) (110) each assigned an identification. One LC is at each location and is coupled to the FCUs thereat. The LCs communicate (304, 602, 604) with the RC and control (610, 612) the FCUs in response to messages (410, 412, 510) from the RC.
Method And Apparatus In A Radio Paging System For Updating Paging Statistics From A Paging Base Station
William Gorden - Chicago IL Robert L. Breeden - Boca Raton FL
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H04J 326 G06F 1576
US Classification:
34082544
Abstract:
A method and apparatus update page transmission verification statistics maintained by a network management center (140) in a radio paging system (100) in which encoding of a page is performed by a paging base station lo (132) remote from a central paging controller (101). Verification information is selectively stored (510, 514) in the paging base station (132) when a page is transmitted (512) in response to paging data sent from the central paging controller (101). The verification information includes an identifier (408) associated with the page and a time report (409) for reporting time of transmission of the page. The stored verification information is transmitted (608) periodically from the paging base station (132) to the network management center (140), and then combined (818) in the network management center (140) with current page transmission verification statistics (212) maintained by the network management center (140), thereby updating the page transmission verification statistics (212).
Queuing Apparatus And Method For A Cordless Communication Transceiver
Robert L. Breeden - Boca Raton FL Richard E. Bessom - Boca Raton FL
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H04M 300 H04M 1100
US Classification:
379266
Abstract:
A communication system is described which provides call queueing between a base station (400) which does not have a control channel and a plurality of portable communication handsets (401). The base station (400) determines when all channels are busy, and following one becoming available, transmits a first predetermined code. All portable communication handsets (401) which attempted to communicate with the base station (400) when all channels were busy, sets a queue mode flag, and starts a timer (455, 461). When a first predetermined code is detected by any handset (401) having attempted to establish communication with the base station (400), the first timer (455, 461) continues, and a second timer (455, 461) operating at a second rate is started at the value established by the first timer (455, 461). When the second timer (455, 461) value reaches a predetermined value, the handset (401) proceeds to attempt to establish communication with the base station (400) on the channel that became available.
Personal Communication System Providing Supplemental Information Mode
Noah P. Orlen - Boca Raton FL Robert L. Breeden - Boca Raton FL Richard E. Bessom - Boca Raton FL
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H04Q 722 H04Q 726
US Classification:
455 331
Abstract:
A personal communication system (10) comprises transceiver stations (12, 14, 16, 18) providing communication capability between one or more portable radiotelephones (20, 22, 24) and a telephone network (30). One or more of the transceiver stations (12, 14, 16, 18) is further capable of storing a data base and of transmitting the same in response to a request for such transmission being received from a portable radiotelephone (20, 22, or 24) communicating therewith. The portable radiotelephone (20, 22, or 24) communicating therewith is capable thereafter of receiving the data base and of presenting at least a portion of the same to the radiotelephone subscriber.
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KMB PUBLISHERS, INC
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