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
    • 41. 发明申请
    • Tuning the fingers of rake receiver
    • 调整耙式接收器的手指
    • US20020136234A1
    • 2002-09-26
    • US09782188
    • 2001-02-14
    • Hakan ErikssonJohan NilssonAnders Ericsson
    • H04L012/43
    • H04B1/7115H04B1/7075H04B1/7117
    • Path delays experienced by a received signal are estimated for use in, for example, a RAKE receiver. This involves hypothesizing a plurality of path delays. For each of a plurality of measurement time slots and for each of the hypothesized path delays, a measurement based on the received signal is made along with a determination of whether a fade occurred. For each of the plurality of measurement time slots and for each of the hypothesized path delays, the measurement is combined with a corresponding one of a plurality of cumulative metrics only if it was determined that no fade occurred. Then, for each of the plurality of hypothesized path delays, the corresponding one of the plurality of cumulative metrics is used to determine whether the hypothesized path delay corresponds to a real path delay.
    • 估计接收信号经历的路径延迟用于例如RAKE接收机。 这涉及假设多个路径延迟。 对于多个测量时隙中的每个以及针对每个假设路径延迟,基于接收到的信号进行测量以及是否发生衰落的确定。 对于多个测量时隙中的每一个以及对于每个假设的路径延迟,仅当确定没有发生衰落时,将测量与多个累积度量中的相应的一个进行组合。 然后,对于多个假设路径延迟中的每一个,使用多个累积度量中的相应一个来确定假设的路径延迟是否对应于实际路径延迟。
    • 43. 发明申请
    • Time slot assigner for communication system
    • 时隙分配器用于通信系统
    • US20010038613A1
    • 2001-11-08
    • US09902089
    • 2001-07-10
    • Mitel Corporation
    • Thomas Gray
    • H04Q011/00H04L012/43
    • H04L12/46
    • The present invention relates to a method of assigning data from time slots on an input bus to time slots on an output bus comprised of determining the order of time slots of data in a frame, determining whether each time slot of data in an input frame is to be located in the same or later time slot in an output frame, or whether it is to be located in an earlier time slot in an output frame, in the event each time slot of data of the input frame is to be located in the same or later time slot in an output frame, applying each time slot of data of the input frame to the same or a later time slot in the output frame, in the event a time slot of data of the input frame is to be located in an earlier time slot in an output frame, delaying for one time slot internal and then applying each time slot of data of the input frame to the same or a later time slot in the output frame, whereby the order of time slots in a stream of output data is always from an earlier time slot to a later time slot.
    • 本发明涉及一种将数据从输入总线上的时隙分配给输出总线上的时隙的方法,包括:确定帧中数据的时隙顺序,确定输入帧中的每个时隙是否为 位于输出帧中的相同或稍后的时隙中,或者它们是否位于输出帧中较早的时隙中,在输入帧的数据的每个时隙将位于 在输入帧中的相同或更晚的时隙中,在输入帧的数据的时隙将位于输入帧的时隙中的情况下,将输入帧的数据的每个时隙应用于输出帧中的相同或更迟的时隙 在输出帧中较早的时隙,延迟内部的一个时隙,然后将输入帧的数据的每个时隙应用到输出帧中的相同或更迟的时隙,由此时隙的顺序 输出数据总是从较早的时隙到较晚的时间 ot。
    • 45. 发明申请
    • Protected switching ring
    • 保护开关环
    • US20040223503A1
    • 2004-11-11
    • US10839864
    • 2004-05-06
    • Overture Networks, Inc.
    • Robert Leroy LynchDavid Stephen GriswoldGlenn Russell SwopePrayson Will Pate
    • H04L012/28H04L012/43
    • H04L12/42H04L12/437
    • Normal 802.3 Ethernet requires a tree topology. If a ring or a loop exists, then packets will be forwarded around the ring indefinitely. If the ring is broken, then there is no possibility of packets being propagated forever. This invention shows how to quickly impose a virtual break in the ring such that all nodes can communicate with each other, and how to remove the virtual break when a real failure occurs. This is accomplished by placing intelligent nodes on the ring that work together to virtually break and restore the ring. An embodiment is disclosed that handles a unidirectional break in a communication link. This abstract is provided as an aid to those performing prior art searches and not a limitation on the scope of the claims.
    • 普通802.3以太网需要树型拓扑。 如果环路或环路存在,则数据包将无限期地转发到环上。 如果环路断开,则不会永远传播数据包的可能性。 本发明显示了如何在环中快速强加一个虚拟中断,使得所有节点可以相互通信,以及如何在发生真实故障时如何去除虚拟中断。 这是通过将智能节点放置在环上来实现的,以便虚拟地断开和恢复环。 公开了处理通信链路中的单向中断的实施例。 提供本摘要作为对执行现有技术搜索的那些人的帮助,而不是对权利要求的范围的限制。
    • 46. 发明申请
    • Method and device for data transfer in telecommunication system
    • 电信系统中数据传输的方法和装置
    • US20040218619A1
    • 2004-11-04
    • US10853528
    • 2004-05-26
    • Kaj Salo
    • H04B007/212H04L012/43
    • H04L12/43H04L12/4135H04L12/417H04L29/06H04L69/324
    • A method and a device for transferring data in a telecommunication system comprising a data transfer path (8) and devices (21, 22, 1) using the data transfer path for data transfer, data being transferred cyclically in messages (4) between the devices according to at least one cycle having a cycle time, whereby the device (1) is configured to monitor the cyclic communication on the data transfer path; determine, on the basis of the monitoring and the cycle time of said at least one cycle of the cyclic communication, at least one expected occurrence time slot of the cyclic communication; and transmit a message not belonging to the cyclic communication to the data transfer path on the basis of at least one determined occurrence time slot such that it does not collide with one or more messages of the cyclic communication occurring in the determined at least one occurrence time slot.
    • 一种用于在电信系统中传输数据的方法和装置,包括使用数据传输路径进行数据传输的数据传输路径(8)和设备(21,22,1),数据在设备之间的消息(4)中循环传输 根据具有周期时间的至少一个周期,由此所述设备(1)被配置为监视所述数据传输路径上的循环通信; 基于循环通信的所述至少一个周期的监视和周期时间来确定循环通信的至少一个预期发生时隙; 并且基于至少一个确定的发生时隙将不属于循环通信的消息发送到数据传输路径,使得其不与所确定的至少一个发生时间中发生的循环通信的一个或多个消息相冲突 槽
    • 50. 发明申请
    • Multi-tier, hierarchical fiber optic control network
    • 多层次分层光纤控制网络
    • US20040008721A1
    • 2004-01-15
    • US10193731
    • 2002-07-10
    • I/O Controls Corporation
    • Jeffrey YingYongchang Wang
    • H04L012/43
    • H04L12/43H04L12/422H04L12/437
    • A control network comprises multiple master nodes and multiple slave nodes, connected together in a loop configuration by at least one fiber optic cable. The master nodes share concurrent control over the network nodes by time multiplexing or other techniques. The control network may include two fiber optic rings which carry the same data simultaneously in opposite directions around the loop. A polling scheme may be used by the master nodes such that only one node transmits at a given time in both directions around the loop. The receiving node(s) propagate the transmissions and select between the transmissions based on time, error rate, or other factors. A hierarchical control network may be constructed with upper tier and lower tier fiber optic rings. Multiple master nodes may be used at any level of the ring, and some or all of the rings may include two fiber optics for bidirectional, redundant communication within the network.
    • 控制网络包括多个主节点和多个从节点,通过至少一根光纤电缆以环路配置连接在一起。 主节点通过时间复用或其他技术共享对网络节点的并发控制。 控制网络可以包括两个光纤环,其在相对于环路的相反方向上同时携带相同的数据。 主节点可以使用轮询方案,使得只有一个节点在循环周围的两个方向上的给定时间发送。 接收节点基于时间,错误率或其他因素传播传输并在传输之间进行选择。 层级控制网络可以由上层和下层光纤环构成。 可以在环的任何级别使用多个主节点,并且一些或所有环可以包括用于网络内的双向冗余通信的两个光纤。