Abstract: An example process performed by a radio network access point configured to provide access to a first network that provides voice services includes: receiving a hand-off request at the radio network access point, where the hand-off request is for user equipment connected to a second network that provides data services; replying to the hand-off request with channel assignment information, where the channel assignment information includes a first code and corresponding to a first communication channel over which the radio network access point is configured to communicate, and where the first communication channel being reserved by various radio network access points; receiving a message from the user equipment indicating that the user equipment has a connection to the radio network access point using the first communication channel; and redirecting the user equipment to a second code and thus a second communication channel to maintain the connection.

Abstract: An example process performed by a radio network access point configured to provide access to a first network that provides voice services includes: receiving a hand-off request at the radio network access point, where the hand-off request is for user equipment connected to a second network that provides data services; replying to the hand-off request with channel assignment information, where the channel assignment information includes a first code and corresponding to a first communication channel over which the radio network access point is configured to communicate, and where the first communication channel being reserved by various radio network access points; receiving a message from the user equipment indicating that the user equipment has a connection to the radio network access point using the first communication channel; and redirecting the user equipment to a second code and thus a second communication channel to maintain the connection.

Abstract: In general, a method includes monitoring, by a personal access point, an amount of backhaul bandwidth available for multimedia and signaling communications by measuring a level of latency associated with existing multimedia and signaling communications.

Abstract: In general, a method includes monitoring, by a personal access point, an amount of backhaul bandwidth available for multimedia and signaling communications by measuring a level of latency associated with existing multimedia and signaling communications.

Abstract: In order to transmit variable length encoded data in low signal to noise ratio environments, a first data pattern is added to a beginning portion of encoded data to signify a beginning of the encoded data. Further, a second data pattern is added to end portion of the encoded data to signify and end of the encoded data. Additionally, since the encoded data may naturally include the second data pattern and thereby mistakenly indicate an end of the encoded data, the encoded data is first checked for such a pattern. If the pattern is found within the encoded data, a new pattern is substituted therefore. In order to counter errors, patterns similar to the first data pattern are also substituted with new patterns. As such, a variable length encoded data can be transmitted in a low signal to noise ratio environment, and can thereafter be easily decoded.

Abstract: In order to transmit variable length encoded data in low signal to noise ratio environments, a first data pattern is added to a beginning portion of encoded data to signify a beginning of the encoded data. Further, a second data pattern is added to end portion of the encoded data to signify and end of the encoded data. Additionally, since the encoded data may naturally include the second data pattern and thereby mistakenly indicate an end of the encoded data, the encoded data is first checked for such a pattern. If the pattern is found within the encoded data, a new pattern is substituted therefore. In order to counter errors, patterns similar to the first data pattern are also substituted with new patterns. As such, a variable length encoded data can be transmitted in a low signal to noise ratio environment, and can thereafter be easily decoded.

Abstract: In order to transmit variable length encoded data in low signal to noise ratio environments, a first data pattern is added to a beginning portion of encoded data to signify a beginning of the encoded data. Further, a second data pattern is added to end portion of the encoded data to signify and end of the encoded data. Additionally, since the encoded data may naturally include the second data pattern and thereby mistakenly indicate an end of the encoded data, the encoded data is first checked for such a pattern. If the pattern is found within the encoded data, a new pattern is substituted therefore. In order to counter errors, patterns similar to the first data pattern are also substituted with new patterns. As such, a variable length encoded data can be transmitted in a low signal to noise ratio environment, and can thereafter be easily decoded.