초록 ▼

In a mobile communications network that employs diversity combining/splitting, CN-RNC interface streamlining can be accomplished more efficiently by reconfiguring the network diversity legs, which are combined into a single data stream by the serving radio network controller, wherein the serving rad

In a mobile communications network that employs diversity combining/splitting, CN-RNC interface streamlining can be accomplished more efficiently by reconfiguring the network diversity legs, which are combined into a single data stream by the serving radio network controller, wherein the serving radio network controller is directly connected to the core network via the CN-RNC interface. Reconfiguration of the network diversity legs is accomplished by releasing the transport level connections which support the network diversity legs prior to CN-RNC interface streamlining, and establishing new transport level connections to support the reconfigured, network diversity legs subsequent to CN-RNC interface streamlining. To establish new transport level connections, the serving radio network controller dispatches binding information to each of the destination nodes associated with the network diversity legs. The destination nodes then utilize the binding information to bind network resources to the transport level connections which support the reconfigured network diversity legs between the destination nodes and the serving radio network controller.

대표청구항 ▼

In a mobile communications network that employs diversity combining/splitting, CN-RNC interface streamlining can be accomplished more efficiently by reconfiguring the network diversity legs, which are combined into a single data stream by the serving radio network controller, wherein the serving rad

In a mobile communications network that employs diversity combining/splitting, CN-RNC interface streamlining can be accomplished more efficiently by reconfiguring the network diversity legs, which are combined into a single data stream by the serving radio network controller, wherein the serving radio network controller is directly connected to the core network via the CN-RNC interface. Reconfiguration of the network diversity legs is accomplished by releasing the transport level connections which support the network diversity legs prior to CN-RNC interface streamlining, and establishing new transport level connections to support the reconfigured, network diversity legs subsequent to CN-RNC interface streamlining. To establish new transport level connections, the serving radio network controller dispatches binding information to each of the destination nodes associated with the network diversity legs. The destination nodes then utilize the binding information to bind network resources to the transport level connections which support the reconfigured network diversity legs between the destination nodes and the serving radio network controller. utput reference signal is Logic 0 and discharging said second capacitor when said output reference signal is Logic 1. 26. The cellular telephone as set forth in claim 25 wherein said feedback circuitry comprises an operational amplifier for generating said reference voltage, said operational amplifier having a non-inverting input coupled to said first capacitor and an inverting input coupled to said second capacitor, wherein said operational amplifier increases said reference voltage as a first charging voltage on said first capacitor increases with respect to a second charging voltage on said second capacitor and wherein said operational amplifier decreases said reference voltage as said first charging voltage on said first capacitor decreases with respect to said second charging voltage on said second capacitor. 27. The cellular telephone as set forth in claim 26 wherein said non-inverting input of said operational amplifier is coupled to said first capacitor by a first selectable voltage divider resistor array. 28. The cellular telephone as set forth in claim 27 wherein said inverting input of said operational amplifier is coupled to said second capacitor by a second selectable voltage divider resistor array.