摘要:
An adjacent cell is determined to be a private cell, and then a measurement report of it that includes an identifier for the private cell is sent from a UE to the UE's serving network node. Methods, apparatus and computer readable media storing a program are detailed. In exemplary non-limiting embodiments: the identifier is at least a TA ID for the private cell's CSG network, where the UE receives the TA ID over a broadcast channel/system information of the serving network node; the TA ID may be a short TA ID received over a primary broadcast channel of the serving network node; the identifier comprises the TA ID and either a LI cell ID or a CSG cell ID; and if the UE is not a member of the CSG network it sends the measurement report only in response to a command received from the serving network node.
摘要翻译:将相邻小区确定为私有小区,然后将包含专用小区的标识符的测量报告从UE发送到UE的服务网络节点。 详细描述存储程序的方法,装置和计算机可读介质。 在示例性非限制性实施例中:标识符至少为私有小区的CSG网络的TA ID,其中UE通过服务网络节点的广播信道/系统信息接收TA ID; TA ID可以是在服务网络节点的主广播信道上接收的短TA ID; 该标识符包括TAID和L1小区ID或CSG小区ID; 并且如果UE不是CSG网络的成员,则其仅响应于从服务网络节点接收的命令发送测量报告。
摘要:
A network sends to a user equipment UE a range indicator by which a private cell can be distinguished from a non-private cell, a first indicator that indicates whether or not to report private cells in a measurement report, and a second indicator that indicates which private cells are to have their measurements reported. The UE receives these, in an embodiment all in a same message. The UE uses the second indicator to identify at least one cell to report and the received range indicator to distinguish private cells from non-private cells; measures a signal from the identified at least one cell which is determined by the range indicator to be a private cell; and sends to the network a measurement report that comprises a measurement indication from the identified and determined at least one private cell. The network receives from the UE that measurement report.
摘要:
Under a terminal device aspect, a device is proposed, wherein a control module is configured to report a candidate transceiver device for use after a handover via the transceiver module, and receive a handover instruction via the transceiver module. The handover instruction includes at least an indication that information is to be stored in a memory module for use in a processing to be applied after handover. Also, under a network transceiver device aspect, there is proposed a device wherein a control module is configured to receive a report indicative of a candidate transceiver device for use after a handover via the transceiver module, and upon processing the report, to issue a handover instruction via the transceiver module. Methods and respective computer program products are disclosed. Further, network transceiver device aspects related to such device to which handover is performed are encompassed.
摘要:
Systems and methods for providing radio frequency transceiver user equipment in a packet based radio frequency signaling communication system are disclosed. User equipment is provided with closed subscriber group “CSG” capability including permanent storage for a CSG whitelist, the whitelist including identifiers of CSGs the user equipment is a member of. Base stations transmit signals including identifiers corresponding to CSGs the base station supports. The base station or cell selection process performed by the user equipment includes selecting cells that are part of the CSG whitelist. In additional embodiments, the user equipment includes user alterable storage for a user controlled CSG whitelist. The user alterable storage may further be partitioned into permanent and temporary portions. In an exemplary method, the user controls the cell selection process using the CSG whitelist information stored in the user equipment. Methods for managing the CSG whitelist are described.
摘要:
Enhanced mobility for devices using a moving relay, or in a moving relay environment, may be valuable in the Long Term Evolution (LTE) of the 3rd Generation Partnership Project (3 GPP). In particular, enhanced mobility procedures for user equipment (UE) can be useful with respect to a moving relay and the radio access network (RAN) interface (IF) between the user equipment and the moving relay. Thus, certain embodiments can improve the mobility procedures between moving relays and macro layer (stationary nodes, for example, eNodeBs). A method according to certain embodiments can include determining, by a user equipment, a stable average of a signal characteristic of a signal from a mobile access point. The method can also include limiting handover of the user equipment based on the stable average.
摘要:
A network learns capability information indicating whether a user equipment (UE) is capable of simultaneous and independent operation in multiple component carriers (CCs). The network configures a monitoring pattern for each of multiple CCs that are configured for the UE in dependence on the received capability information. The capability information derives from the UE's RF layout; if the UE is capable of such simultaneous and independent operation the network can assign for the CCs different monitoring patterns that are independent of one another and the UE will have no gaps where it cannot take or send a measurement. This knowledge is particularly useful if the CCs are frequency non-contiguous with one another. If the UE is not so capable, the network must assign monitoring patterns to that UE for all its configured CCs that are not independent of one another.
摘要:
The negative impacts on a user equipment (UE) caused by the UE's support in network self-configuration and optimization is limited to an acceptable level by controlling user equipment measurements in a network to configure neighbor lists; requesting one or more measurements; the user equipment performing measurements in one or more adjacent cells in response to one or more measurement requests; reporting the measurements; and identifying cells in the network to be included in the neighbor list such that the user equipment measurements support network self-configuration and optimization.
摘要:
Systems and methods for providing half duplex user equipment in a packet based radio frequency signaling communication system. User equipment with half duplex receiver and half duplex transmitter on IC providing a transceiver capability performs a cycle of receiving downlink messages for a predetermined number of sub frames, shifting to a transmit mode, transmitting uplink messages for the predetermined number of sub frames, shifting to a receive mode, and repeating the cycle of half duplex sub frames. A discontinuous reception function performs a DRX protocol wherein power is reduced to the transceiver for a period of time. A determination is made at the end of the discontinuous reception period to see if the half duplex cycle is at an uplink sub frame; if so, the end of the discontinuous reception is shifted by the user equipment to a downlink sub frame by adding a delay.
摘要:
In an exemplary embodiment there is sent to a user equipment UE downlink control information DCI comprising an indication of an access codeword and an indication that at least one component carrier CC is activated for the UE, and there is received from the UE the access codeword which is an acknowledgement that the UE has activated the at least one CC. The access codeword is received on an uplink channel which a) lies in the at least one activated CC if there is an activated uplink channel in the activated CC, or b) is previously activated if there is no activated uplink channel in the activated CC. In another embodiment DCI comprising the above two indications is received from a network, the received indications are used to select and access the at least one CC; and activating the CC is acknowledged by sending the access codeword.
摘要:
A method for performing cell re-selection in a cellular network includes a subscriber terminal measuring received powers of neighbour cells in accordance with system information received from a current cell, selecting one of the neighbour cells as a new cell, the subscriber terminal receiving a part of the system information sent by the new cell, calculating the time used for receiving the system information of the new cell by employing the length information in the system information part sent by the new cell, and deciding whether to continue the re-selection of said new cell on the basis of the calculated time.