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    • 3. 发明申请
    • STATE-MEDIATED DATA SIGNALING USED FOR COMPRESSION IN TELECOMMUNICATION SERVICES
    • 用于电信服务中压缩的状态媒体数据信令
    • WO2004088850A1
    • 2004-10-14
    • PCT/SE2004/000475
    • 2004-03-26
    • TELEFONAKTIEBOLAGET LM ERICSSON (publ)HANNU, HansCHRISTOFFERSSON, Jan
    • HANNU, HansCHRISTOFFERSSON, Jan
    • H03M7/30
    • H04L69/04H03M7/30H04L67/14
    • The invention relates to message-based communication between at least two units (100; 200) participating in a communications session. A first communications unit (100) generates and stores a state (10) comprising unit-associated data applicable for multiple messages to be communicated between the unit (100) and a second unit (200). A copy of this state (10) is then transmitted to the second unit (200), where it is stored. The state (10) and state copy can now be used in message processing for the purpose of reducing the message size and reducing utilization of communications resources. Data contained in the state (10) or state copy and found in the message (m1) is removed from the message prior transmission thereof. The resulting reduced-size message (m1'USD) is transmitted to the receiving unit, where the message (m1'USD) is anew processed by re-entering the data, removed by the transmitting unit, into the message (m1'USD) using the state copy or state. The original message (m1) is then recreated.
    • 本发明涉及参与通信会话的至少两个单元(100; 200)之间的基于消息的通信。 第一通信单元(100)生成并存储包括适用于要在单元(100)和第二单元(200)之间传送的多个消息的单元相关数据的状态(10)。 然后将该状态(10)的副本发送到第二单元(200),在那里被存储。 现在可以在消息处理中使用状态(10)和状态拷贝,以减少消息大小并减少通信资源的利用。 在消息(m1)中发现的状态(10)或状态拷贝中包含的数据在传输之前被从消息中去除。 所产生的缩小尺寸消息(m1'USD)被发送到接收单元,其中通过将由发送单元移除的数据重新输入到消息(m1'USD)中来重新处理消息(m1'USD) 使用状态复制或状态。 然后重新创建原始消息(m1)。
    • 4. 发明申请
    • CHANNEL DEPENDENT GATING
    • 频道相关节拍
    • WO2009025593A1
    • 2009-02-26
    • PCT/SE2007/000743
    • 2007-08-22
    • TELEFONAKTIEBOLAGET LM ERICSSON (publ)CHRISTOFFERSSON, JanERICSON, Mårten
    • CHRISTOFFERSSON, JanERICSON, Mårten
    • H04L1/00H04B7/005
    • H04W52/241H04L1/0033H04W52/44
    • Network element (400, 500), method and computer program for communication in a wireless communication network comprising: receiving at least one measured parameter value indicative of the channel quality on a radio channel at the processing unit (420, 520) of the network element (400, 500), calculating a deviation from a nominal parameter value indicative of the expected quality of the radio channel in the processing unit (420, 520), comparing the deviation from the nominal parameter value with at least a lower threshold value indicative of the lower threshold for the deviation from the nominal parameter value and/or an upper threshold value indicative of the upper threshold of deviation from the nominal parameter value and altering the gating scheme for the power control channel in the processing unit (420, 520) and using a control unit (450, 540) in the network element (400, 500) to signal the change of the gating scheme on control channel via the transceiver (410, 510).
    • 一种用于在无线通信网络中通信的网络单元(400,500),方法和计算机程序,包括:在所述网络单元(420,520)处的无线电信道上接收指示所述信道质量的至少一个测量参数值 (400,500),计算与指示处理单元(420,520)中的无线电信道的期望质量的标称参数值的偏差,将与标称参数值的偏差与指示 用于偏离标称参数值的下阈值和/或指示偏离标称参数值的上限阈值的上阈值,并且改变处理单元(420,520)中的功率控制信道的选通方案,以及 使用网络元件(400,500)中的控制单元(450,540)经由收发器(410,510)在控制信道上发出选通方案的改变。
    • 7. 发明申请
    • CONTROLLING RADIO CONNECTION STATES
    • 控制无线电连接状态
    • WO2013125990A1
    • 2013-08-29
    • PCT/SE2012/050191
    • 2012-02-22
    • TELEFONAKTIEBOLAGET L M ERICSSON (PUBL)HANNU, HansCHRISTOFFERSSON, Jan
    • HANNU, HansCHRISTOFFERSSON, Jan
    • H04W76/04H04W52/02
    • H04W76/27H04W52/0216Y02D70/1242Y02D70/1244Y02D70/1246
    • Control of transitions between radio resource control, RRC, states for a wireless terminal in a radio access network is described. The radio resource control states comprise a first state and a second state. A calculation (702) is made of a prediction of an inter-arrival time, ITB, between data bursts to be handled. A detection (704) that a data burst is to be handled is done and then it is decided (706) whether to make a transition from the first state to the second state essentially immediately and upon termination of handling of the detected data burst if the prediction of the ITB is greater than a current ITB threshold. The current ITB threshold is a time interval that is depending on a function of RRC state transition costs and the fractional distribution of true predictions and false predictions of a plurality of predicted ITB values in relation to recorded ITB values. Then, in accordance with the decision, the wireless terminal is directed (708) either to remain in the first state or switch to the second state.
    • 描述无线电接入网络中的无线电资源控制,RRC,无线终端的状态之间的转换的控制。 无线电资源控制状态包括第一状态和第二状态。 对要处理的数据突发之间的到达间时间ITB的预测进行计算(702)。 完成数据脉冲串处理的检测(704),然后确定(706)是否基本上立即从第一状态到第二状态的转换,以及在检测到的数据突发的处理结束时 ITB的预测大于当前的ITB阈值。 当前的ITB阈值是一个时间间隔,该时间间隔取决于RRC状态转换成本的函数以及与记录的ITB值相关的多个预测ITB值的真实预测和虚假预测的分数分布。 然后,根据该决定,无线终端被引导(708)保持在第一状态或切换到第二状态。
    • 10. 发明申请
    • CONTROLLING FAST DORMANCY
    • 控制快速DORMANCY
    • WO2013184050A1
    • 2013-12-12
    • PCT/SE2012/050598
    • 2012-06-05
    • TELEFONAKTIEBOLAGET L M ERICSSON (PUBL)HANNU, HansCHRISTOFFERSSON, Jan
    • HANNU, HansCHRISTOFFERSSON, Jan
    • H04W76/04H04W52/28
    • H04W72/048H04W52/0225H04W76/27H04W76/38Y02D70/1242Y02D70/1262Y02D70/142Y02D70/24
    • A user equipment, UE, in a radio communication network is given a threshold time value that the UE uses to decide whether it should trigger a fast dormancy request to a network node or not. The determination of the threshold time value can be adapted so that it minimizes UE battery consumption when the load in the network node is low and at other times minimizes the load on the network node. That is, if the UE estimates that a predicted time interval until reception of a data burst is less than threshold time value it will not trigger a fast dormancy request, and if the estimated time interval is larger than the threshold time value it will trigger a fast dormancy request. Since the network typically controls state switching, there is a large benefit for the UE to comply with the scheme, otherwise the network may not obey the UEs wish to be down switched by the fast dormancy request.
    • 无线电通信网络中的用户设备UE被给予UE使用的阈值时间值,以决定是否应该向网络节点触发快速休眠请求。 可以适应阈值时间值的确定,使得当网络节点中的负载较低并且其他时间使网络节点上的负载最小化时,UE电池消耗最小化。 也就是说,如果UE估计直到接收到数据脉冲串为止的预测时间间隔小于阈值时间值,则不会触发快速休眠请求,并且如果估计的时间间隔大于阈值时间值,则触发一个 快速休眠请求 由于网络通常控制状态切换,因此UE有很大的好处符合该方案,否则网络可能不服从希望通过快速休眠请求进行切换的UE。