Abstract: A processor-implemented method for radar-based tracking of an object includes transmitting radio frequency (RF) signals. In response to the transmitted RF signals, one or more return RF signals are received. Features of the one or more return RF signals are extracted. A graph comprising multiple nodes is generated. Each node of the graph corresponds to the one or more return RF signals and indicates a potential target object detection. An existence of a plurality of edges is determined. Each edge connects a pair of nodes in the graph based on features of the return RF signals. The existence of each edge indicates that the pair of nodes connected correspond to a same target object.

Abstract: A system and method for synchronizing the operation of a wireless mobile station (102) and a base station (104) includes receiving a message at the base station (104) indicating a state of operation of the wireless mobile station (102). A determination is made as to whether the base station (104) and the mobile station (102) are in synchronization based upon comparing the state of operation of the mobile station (102) and a state of operation of the base station (104).

Abstract: A system and method for synchronizing the operation of a wireless mobile station (102) and a base station (104) includes receiving a message at the base station (104) indicating a state of operation of the wireless mobile station (102). A determination is made as to whether the base station (104) and the mobile station (102) are in synchronization based upon comparing the state of operation of the mobile station (102) and a state of operation of the base station (104).

Abstract: A system and method for synchronizing the operation of a wireless mobile station (102) and a base station (104) includes receiving a message at the base station (104) indicating a state of operation of the wireless mobile station (102). A determination is made as to whether the base station (104) and the mobile station (102) are in synchronization based upon comparing the state of operation of the mobile station (102) and a state of operation of the base station (104).

Abstract: The information related to a journal entry is gathered in a predefined format and a journal entry request is generated. The journal entry request is processed and the journal entry is recorded in a journal. Each individual associated with the journal entry request is automatically notified about any change in status of the journal entry request.

Abstract: A method, and an apparatus in, for example, a mobile station (MS) (201) or a base station (202) reduces erroneous frame classifications in a radio access network (RAN). An interface (223) couples to the RAN supporting a downlink on a first channel (231) with a first data rate and a second channel (230) with a lesser second data rate. A memory (221) and a processor (200) store and execute instructions to determine a parameter associated with a received frame (301) and determine that a classification condition, such as DTX or Erasure, associated with the frame on one channel (231) is erroneous based on a parameter associated with a frame (304) on the other channel (230). The classification condition is reclassified based on the parameter on the other channel and a power level adjustment CAN BE facilitated. The channels include a high capacity channel and a low capacity channel such as a supplemental channel (SCH), fundamental channel (FCH) or dedicated control channel (DCCH) in a cdma2000 RAN.

Abstract: A system and method for synchronizing the operation of a wireless mobile station (102) and a base station (104) includes receiving a message at the base station (104) indicating a state of operation of the wireless mobile station (102). A determination is made as to whether the base station (104) and the mobile station (102) are in synchronization based upon comparing the state of operation of the mobile station (102) and a state of operation of the base station (104).

Abstract: A method, and an apparatus in, for example, a mobile station (MS) (201) or a base station (202) reduces erroneous frame classifications in a radio access network (RAN). An interface (223) couples to the RAN supporting a downlink on a first channel (231) with a first data rate and a second channel (230) with a lesser second data rate. A memory (221) and a processor (200) store and execute instructions to determine a parameter associated with a received frame (301) and determine that a classification condition, such as DTX or Erasure, associated with the frame on one channel (231) is erroneous based on a parameter associated with a frame (304) on the other channel (230). The classification condition is reclassified based on the parameter on the other channel and a power level adjustment CAN BE facilitated. The channels include a high capacity channel and a low capacity channel such as a supplemental channel (SCH), fundamental channel (FCH) or dedicated control channel (DCCH) in a cdma2000 RAN.

Abstract: A call setup process (200) has a fast and robust preamble signal acquisition and acknowledgement procedure (400). The procedure (400) is a multistage search technique for first identifying with high probability the preamble signal and for verifying signal acquisition. The procedure (400) further includes power control (408/426/428) and rate determination (430) capability for enhanced call setup processing.