摘要:
The radio access network for allowing to construct a system abundant in scalability in a W-CDMA mobile communication system. A RNC in the radio access network is physically separated into a C plane control equipment for controlling signaling and a U plane control equipment for processing user data, where the user data is transferred between a mobile terminal and a host device via only the U plane control equipment and a control signal is terminated by the U plane control equipment and the C plane control equipment. This allows a system abundant in scalability to be constructed, and even in the case of soft handover across the C plane control equipments, also enables the continuous use of the same U plane control equipment, thereby eliminating the conventional connection path for connecting between RNCs and preventing delay due to passing through the RNCs.
摘要:
A mobile communication system according to the present invention is a mobile communication system including user equipment, and a node device, in which a radio base station for performing radio communication with the user equipment and a radio network control device for controlling the radio base station are integrated; wherein the user equipment has an environment propagation reporting portion for reporting the node device of the environment for propagation at an RRC (Radio Resource Control) level only when the environment for propagation at the RRC level needs to be reported when FCS (Fast Cell Selection) is performed where soft handover is not performed.
摘要:
A mobile communication system comprising a user plane controller (any of 42a, 42b, 42c) for controlling user data; a control plane controller (41) for controlling said user plane controller; and a radio base station apparatus (any of 6a, 6b, 6c) for carrying out radio communication, wherein said user plane controller is separated from said control plane controller, and said user plane controller is incorporated into said radio base station apparatus.
摘要:
A mobile communication system according to the present invention is a mobile communication system including user equipment, and a node device, in which a radio base station for performing radio communication with the user equipment and a radio network control device for controlling the radio base station are integrated; wherein the user equipment has an environment propagation reporting portion for reporting the node device of the environment for propagation at an RRC (Radio Resource Control) level only when the environment for propagation at the RRC level needs to be reported when FCS (Fast Cell Selection) is performed where soft handover is not performed.
摘要:
The radio access network for allowing to construct a system abundant in scalability in a W-CDMA mobile communication system. A RNC in the radio access network is physically separated into a C plane control equipment for controlling signaling and a U plane control equipment for processing user data, where the user data is transferred between a mobile terminal and a host device via only the U plane control equipment and a control signal is terminated by the U plane control equipment and the C plane control equipment. This allows a system abundant in scalability to be constructed, and even in the case of soft handover across the C plane control equipments, also enables the continuous use of the same U plane control equipment, thereby eliminating the conventional connection path for connecting between RNCs and preventing delay due to passing through the RNCs.
摘要:
A mobile communication system comprising a user plane controller (any of 42a, 42b, 42c) for controlling user data; a control plane controller (41) for controlling said user plane controller; and a radio base station apparatus (any of 6a, 6b, 6c) for carrying out radio communication, wherein said user plane controller is separated from said control plane controller, and said user plane controller is incorporated into said radio base station apparatus.
摘要:
The radio access network for allowing to construct a system abundant in scalability in a W-CDMA mobile communication system. A RNC in the radio access network is physically separated into a C plane control equipment (41) for controlling signaling and a U plane control equipment (42a,42b,42c) for processing user data, where the user data is transferred between a mobile terminal and a host device via only the U plane control equipment (42a,42b,42c) and a control signal is terminated by the U plane control equipment (42a,42b,42c) and the C plane control equipment (41). This allows a system abundant in scalability to be constructed, and even in the case of soft handover across the C plane control equipments, also enables the continuous use of the same U plane control equipment, thereby eliminating the conventional connection path for connecting between RNCs and preventing delay due to passing through the RNCs.
摘要:
The radio access network for allowing to construct a system abundant in scalability in a W-CDMA mobile communication system. A RNC in the radio access network is physically separated into a C plane control equipment for controlling signaling and a U plane control equipment for processing user data, where the user data is transferred between a mobile terminal and a host device via only the U plane control equipment and a control signal is terminated by the U plane control equipment and the C plane control equipment. This allows a system abundant in scalability to be constructed, and even in the case of soft handover across the C plane control equipments, also enables the continuous use of the same U plane control equipment, thereby eliminating the conventional connection path for connecting between RNCs and preventing delay due to passing through the RNCs.