Abstract: A method and network controller (200) with a radio network controller (206) that transmits (302) a first signaling message to a communication device (108). The first signaling message includes extended information that some communications devices (108) are expected to be unable to process. The radio network controller (206) further transmits (312) a second signaling message that includes substantially all information that is contained within the first signaling message except for the extended information. The method and network controller (200) also includes a signaling message retransmission controller (208) communicatively coupled to the network controller, that identifies information contained within the extended information and indicates the extended information to the radio network controller (206).

Abstract: A communication system provides for a handoff of a hybrid mobile station (MS) between a legacy network implementing a non-high rate packet data (non-HRPD) communication technology and a network implementing a high rate packet data (HRPD) communication technology. In one embodiment, the legacy network receives a handoff trigger and redirects the MS to the HRPD network. In other embodiments, the legacy network (or HRPD network) receives a handoff trigger, obtains an allocation of HRPD network (or non-HRPD network) resources from the HRPD network (or non-HRPD network), and informs the MS of the allocated HRPD network (or non-HRPD network) resources. Subsequent to the establishment by the HRPD network (or non-HRPD network) of a traffic channel with the MS, the non-HRPD network (or HRPD network) releases non-HRPD network (or HRPD network) RF resources associated with the MS. In still other embodiments, the handoffs may be controlled by a Mobile Switching Center.

Abstract: A method in wireless communication devices, for example, a cellular handset, including receiving a network control message, forcing an active packet session into a dormancy state in response to receiving the network control message, suspending a dormancy timer after receiving the network control message, and starting the dormancy timer upon completion of an event, for example, a voice pre-emption, that precipitated suspension of the active packet session.

Abstract: A method (400) of communicating data and a communication device (104) that communicates data. At least a first portion of the data can be encoded into at least one frame (202, 204, 208, 210) having a first bit length, and encoding at least a second portion of the data into at least one frame (206, 212) having a second bit length. The method also can include placing the at least one frame having the first bit length and the at least one frame having the second bit length into an adaptive data packet (108) having a fixed bit length and a fixed number of frames. The adaptive data packet can be communicated to a communication device (106).

Abstract: A communication system provides for a handoff of a hybrid mobile station (MS) between a legacy network implementing a non-high rate packet data (non-HRPD) communication technology and a network implementing a high rate packet data (HRPD) communication technology. In one embodiment, the legacy network receives a handoff trigger and redirects the MS to the HRPD network. In other embodiments, the legacy network (or HRPD network) receives a handoff trigger, obtains an allocation of HRPD network (or non-HRPD network) resources from the HRPD network (or non-HRPD network), and informs the MS of the allocated HRPD network (or non-HRPD network) resources. Subsequent to the establishment by the HRPD network (or non-HRPD network) of a traffic channel with the MS, the non-HRPD network (or HRPD network) releases non-HRPD network (or HRPD network) RF resources associated with the MS. In still other embodiments, the handoffs may be controlled by a Mobile Switching Center.

Abstract: A method (400) of communicating data and a communication device (104) that communicates data. At least a first portion of the data can be encoded into at least one frame (202, 204, 208, 210) having a first bit length, and encoding at least a second portion of the data into at least one frame (206, 212) having a second bit length. The method also can include placing the at least one frame having the first bit length and the at least one frame having the second bit length into an adaptive data packet (108) having a fixed bit length and a fixed number of frames. The adaptive data packet can be communicated to a communication device (106).

Abstract: A method and system for communicating over an access channel in a network are disclosed. The method includes receiving a request at the network device (102) from a first communication device (104), to initiate a group call. The method also includes the transmission of the control channel capsule (402) from the network device (102) to at least one communication device. The control channel capsule (402) comprises one or more pages associated with at least one communication device. The method also includes receiving access requests from the at least one communication device at the network device (102) by using access slots. These access slots are determined, based on the index value of each page in the control channel capsule (402).

Abstract: A method and network controller (200) with a radio network controller (206) that transmits (302) a first signaling message to a communication device (108). The first signaling message includes extended information that some communications devices (108) are expected to be unable to process. The radio network controller (206) further transmits (312) a second signaling message that includes substantially all information that is contained within the first signaling message except for the extended information. The method and network controller (200) also includes a signaling message retransmission controller (208) communicatively coupled to the network controller, that identifies information contained within the extended information and indicates the extended information to the radio network controller (206).

Abstract: A method for managing calls of at least one communication device in a communication network (100) is described. The method includes detecting (304) a condition in the communication network (100). The method further includes altering (306) one or more control parameters for existing calls of the at least one communication device. These call control parameters are altered to modify mobility of communication devices in the existing calls within the communication network (100). The method also includes setting up new calls for at least a first class of communication devices by using the altered call control parameters.