会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 35. 发明授权
    • Transport format combination selection for compressed mode in a W-CDMA system
    • 用于W-CDMA系统中压缩模式的传输格式组合选择
    • US06985473B2
    • 2006-01-10
    • US10846383
    • 2004-05-13
    • Alkinoos Hector VayanosSerge WilleneggerJosef Blanz
    • Alkinoos Hector VayanosSerge WilleneggerJosef Blanz
    • H04J13/00
    • H04W52/346H04W28/18H04W52/26
    • Techniques for determining valid (i.e., supported) TFCs from among all configured TFCs for normal and compressed modes. These techniques maintain sufficient historical information such that “TFC qualification” may be accurately performed. In a first scheme, Tx—power—requirement states are maintained for different combinations of each TFC. One combination is applicable for each TFC at each TFC interval, and valid TFCs are determined from applicable combinations in the proper state(s). In a second scheme, two Tx—power—requirement states are maintained for each TFC for the normal and compressed modes. In a third scheme, a single Tx—power—requirement state is maintained for each TFC for both modes based on a particular relative power requirement. In a fourth scheme, Tx—power—requirement states are maintained for a set of relative “bins” that cover the total range of required transmit power for all TFCs. And in a fifth scheme, a set of relative power requirement thresholds are maintained.
    • 用于从用于正常模式和压缩模式的所有配置的TFC中确定有效(即,支持的)TFC的技术。 这些技术保持足够的历史信息,使得可以准确地执行“TFC资格”。 在第一方案中,针对每个TFC的不同组合保持Tx 功率 - 要求状态。 一个组合在每个TFC间隔适用于每个TFC,并且在适当的状态下从适用的组合确定有效的TFC。 在第二方案中,针对正常和压缩模式,为每个TFC保持两个Tx 功率需求状态。 在第三方案中,基于特定的相对功率要求,针对两种模式为每个TFC维持单个Tx 功率需求状态。 在第四方案中,针对覆盖所有TFC的所需发射功率的总范围的一组相对“仓”来维持Tx 功率 - 要求状态。 并且在第五方案中,维持一组相对功率需求阈值。
    • 36. 发明授权
    • Method and apparatus for efficient use of communication resources in a CDMA communication system
    • 用于在CDMA通信系统中有效利用通信资源的方法和装置
    • US06831906B2
    • 2004-12-14
    • US10032955
    • 2001-10-26
    • Durga P. MalladiAlkinoos Hector Vayanos
    • Durga P. MalladiAlkinoos Hector Vayanos
    • H04J300
    • H04W52/322H04W52/16H04W52/54
    • A method and apparatus provides for efficient use of communication resources in a CDMA communication system (100) by selecting, at a time prior to a first time period (401), a first mobile station to receive transmission during the first time period (401) on a downlink shared channel, and selecting, at a time prior to the first time period (401), a second mobile station to receive transmission during a second time period (402) on the downlink shared channel. Transmission power level of a downlink shared control channel is determined for transmission to the second mobile station during an overlapping time period (403) with the first time period (401), and the transmission power level of the downlink shared channel for transmission during the first time period (401) is determined based on at least the determined transmission power level of the downlink shared control channel during the overlapping time period (403).
    • 一种方法和装置通过在第一时间段(401)之前的第一时间段(401)选择第一移动站来接收在第一时间段(401)期间的传输,从而提供CDMA通信系统(100)中的通信资源的有效使用, 在下行链路共享信道上,并且在所述第一时间段(401)之前的时间选择第二移动站,以在所述下行链路共享信道上的第二时间段(402)期间接收传输。 在第一时间段(401)的重叠时间段(403)期间,下行链路共享控制信道的发送功率电平被确定为发送到第二移动台,以及用于在第一时间段(401)期间传输的下行链路共享信道的发送功率电平 至少在重叠时间段(403)期间,至少基于所确定的下行链路共享控制信道的发送功率电平来确定时间段(401)。
    • 37. 发明授权
    • Method and apparatus for determining an algebraic solution to GPS terrestrial hybrid location system equations
    • 用于确定GPS地面混合定位系统方程的代数解的方法和装置
    • US06289280B1
    • 2001-09-11
    • US09460180
    • 1999-12-10
    • Ivan J. Fernandez-CorbatonAlkinoos Hector VayanosParag A. AgasheSamir S. Soliman
    • Ivan J. Fernandez-CorbatonAlkinoos Hector VayanosParag A. AgasheSamir S. Soliman
    • G06G778
    • G01S19/46G01S19/22
    • A method and apparatus for use in a hybrid position location system. The method and apparatus combines measurements from Global Positioning System (GPS) and terrestrial transceiver stations to compute the location of a device. An algebraic solution to hybrid position location system equations is output from the method and apparatus. The method and apparatus determines the position of a device using a non-iterative method, as against the use of a conventional iterative least mean square method. The method of the present invention can be used to solve the location system equations in scenarios where a non-iterative solution is desirable. In certain scenarios, the location system equations may have two possible solutions. An iterative method would converge on one of the solutions, without any indication of the existence of the other ambiguous solution. Moreover, the iterative method may converge on the incorrect of the two ambiguous solutions. Use of the presently disclosed method and apparatus yields both the ambiguous solutions. The disclosed method may be followed up with iterative methods, using the solutions from the algebraic method as initial estimates of the device location for the iterative method. A different process can then select the correct solution. Thus, the algebraic method can be used to detect the existence of ambiguous solutions, and to find both solutions.
    • 一种用于混合位置定位系统的方法和装置。 该方法和装置将来自全球定位系统(GPS)和地面收发台的测量结合在一起,以计算设备的位置。 从方法和装置输出混合位置定位系统方程的代数解。 方法和装置使用非迭代方法来确定装置的位置,与使用传统的迭代最小均方法相比。 本发明的方法可用于在需要非迭代解的情况下解决位置系统方程。 在某些情况下,定位系统方程可能有两种可能的解决方案。 迭代方法会收敛于其中一个解,而没有任何指示存在其他不明确的解决方案。 此外,迭代方法可能会收敛于两个模糊解的不正确。 使用本公开的方法和装置产生两个不明确的解决方案。 所公开的方法可以跟随迭代方法,使用来自代数方法的解决方案作为用于迭代方法的设备位置的初始估计。 然后,不同的过程可以选择正确的解决方案。 因此,代数方法可以用于检测模糊解的存在,并找到两种解决方案。
    • 38. 发明授权
    • Data delivery in conjunction with a hybrid automatic retransmission mechanism in CDMA communication systems
    • 数据传输与CDMA通信系统中的混合自动重传机制相结合
    • US08831004B2
    • 2014-09-09
    • US12117493
    • 2008-05-08
    • Alkinoos Hector VayanosDurga Prasad MalladiSai Yiu Duncan Ho
    • Alkinoos Hector VayanosDurga Prasad MalladiSai Yiu Duncan Ho
    • H04L12/28H04L1/18
    • H04L1/1851H04L1/1845H04L1/1877
    • Techniques for delivering data recovered by a HARQ entity in proper order to higher layers in a CDMA system. In a method, packets are received from the HARQ entity by the re-ordering entity and missing packets among the received packets are detected. Packets may be transmitted in a sequential order based on transmission sequence numbers (TSNs) assigned to the packets, and missing packets may be detected based on the TSNs of the received packets. Delivery of received packets later than the missing packets are stalled because higher layers expect data in-order. A determination is thereafter made whether each missing packet is (1) subsequently received from the HARQ entity or (2) lost, by successively eliminating HARQ channels that may be used to send the missing packet. Received packets previously stalled by each missing packet are delivered after the missing packet is determined to be lost or received.
    • 用于将由HARQ实体恢复的数据以适当的顺序递送到CDMA系统中的较高层的技术。 在一种方法中,由重排序实体从HARQ实体接收分组,并且检测出接收分组中的丢失分组。 可以基于分配给分组的传输序列号(TSN)以顺序的顺序发送分组,并且可以基于接收的分组的TSN来检测丢失的分组。 接收到的数据包的传送迟于丢失的数据包被停止,因为更高的层要求数据按顺序排列。 此后,确定每个丢失的分组是否(1)随后从HARQ实体接收或(2)通过连续消除可用于发送丢失分组的HARQ信道而丢失。 在丢失的数据包被确定丢失或接收之后,由每个丢失的数据包先前停止的接收到的数据包被传送。
    • 40. 发明申请
    • DATA DELIVERY IN CONJUNCTION WITH A HYBRID AUTOMATIC RETRANSMISSION MECHANISM IN CDMA COMMUNICATION SYSTEMS
    • 数字传输与CDMA通信系统中的混合自动恢复机制相结合
    • US20080212541A1
    • 2008-09-04
    • US12117493
    • 2008-05-08
    • Alkinoos Hector VayanosDurga P. MalladiSai Yiu Duncan Ho
    • Alkinoos Hector VayanosDurga P. MalladiSai Yiu Duncan Ho
    • H04B7/216
    • H04L1/1851H04L1/1845H04L1/1877
    • Techniques for delivering data recovered by a HARQ entity in proper order to higher layers in a CDMA system. In a method, packets are received from the HARQ entity by the re-ordering entity and missing packets among the received packets are detected. Packets may be transmitted in a sequential order based on transmission sequence numbers (TSNs) assigned to the packets, and missing packets may be detected based on the TSNs of the received packets. Delivery of received packets later than the missing packets are stalled because higher layers expect data in-order. A determination is thereafter made whether each missing packet is (1) subsequently received from the HARQ entity or (2) lost, by successively eliminating HARQ channels that may be used to send the missing packet. Received packets previously stalled by each missing packet are delivered after the missing packet is determined to be lost or received.
    • 用于将由HARQ实体恢复的数据以适当的顺序递送到CDMA系统中的较高层的技术。 在一种方法中,由重排序实体从HARQ实体接收分组,并且检测出接收分组中的丢失分组。 可以基于分配给分组的传输序列号(TSN)以顺序的顺序发送分组,并且可以基于接收的分组的TSN来检测丢失的分组。 接收到的数据包的传送迟于丢失的数据包被停止,因为更高的层要求数据按顺序排列。 此后,确定每个丢失的分组是否(1)随后从HARQ实体接收或(2)通过连续消除可用于发送丢失分组的HARQ信道而丢失。 在丢失的数据包被确定丢失或接收之后,由每个丢失的数据包先前停止的接收到的数据包被传送。