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    • 2. 发明授权
    • Lookups by collisionless direct tables and CAMS
    • 通过无碰撞直接表和CAMS查找
    • US08081632B2
    • 2011-12-20
    • US11962558
    • 2007-12-21
    • Gordon Taylor DavisAndreas Guenther HerkersdorfClark Debs JeffriesMark Anthony Rinaldi
    • Gordon Taylor DavisAndreas Guenther HerkersdorfClark Debs JeffriesMark Anthony Rinaldi
    • G06F12/00H04L12/56
    • H04L49/3009H04L45/745H04L45/7453H04L49/351
    • Computers are caused to provide a hash table wherein each entry is associated with a binary key and indexed by a selected portion of a hash value of the associated key, and points to a data structure location for storing non-selected portions of, or the entire hash value of, the binary key, and action data corresponding to the value of the binary key. Content addressable memory entries store a binary key, or a value unique to it, and an association to a corresponding action. Pointers to the data structure use selected portions of binary key hash values as an index when not selected portions of hash values of other binary keys, and associations are established between CAM entry and associated data structure locations when selected portions of the hash values of the binary keys are the same as selected portions of hash values of one or more other binary keys.
    • 导致计算机提供散列表,其中每个条目与二进制密钥相关联并由相关联的密钥的哈希值的选定部分索引,并且指向用于存储未选择的部分或全部的数据结构位置 哈希值,二进制密钥和对应于二进制密钥值的动作数据。 内容可寻址存储器条目存储二进制密钥或其唯一值,以及与相应操作的关联。 指向数据结构的指针使用二进制密钥散列值的选定部分作为索引,当未选择其他二进制密钥的散列值部分时,以及在CAM条目和相关联的数据结构位置之间建立关联时,二进制对象的哈希值的选定部分 键与一个或多个其他二进制键的哈希值的选定部分相同。
    • 6. 发明授权
    • Connection allocation technology
    • 连接分配技术
    • US07107344B2
    • 2006-09-12
    • US09931540
    • 2001-08-16
    • Gordon Taylor DavisClark Debs JeffriesMark Anthony Rinaldi
    • Gordon Taylor DavisClark Debs JeffriesMark Anthony Rinaldi
    • G06F15/16
    • H04L69/16H04L67/14H04L69/163
    • A method and apparatus useful in network management which makes intelligent, high speed, connection allocation decisions, overcoming difficulties encountered heretofore and providing enhanced network services. During episodes of network congestion, some connection requests for a class of service of low value and with currently a high number of existing connections may be purposefully ignored (not acknowledged with an Acknowledge (ACK) packet) so that the processing capability of a device will not become overwhelmed, causing the dropping of new connection is to note the numbers of connections of different classes relative to their service-level contracts, to ignore abundant, low-value connection requests in accordance with value policies when and only when necessary, and to insure that valuable new connection requests that conform to their contract connection rates can be intelligently accommodated.
    • 一种在网络管理中有用的方法和装置,其实现智能,高速,连接分配决策,克服迄今遇到的困难并提供增强的网络服务。 在网络拥塞发生期间,可以有目的地忽略一些低价值服务和当前具有大量现有连接的连接请求(未被确认(ACK)分组确认),使得设备的处理能力将 不会变得不堪重负,导致新连接的下降是注意到不同类别与其服务级别合同的连接数量,当且仅在必要时根据价值政策忽略丰富的低价值连接请求,并且 确保符合其合同连接率的有价值的新连接请求可以被智能地适应。
    • 9. 发明授权
    • Mixed queue scheduler
    • 混合队列调度程序
    • US06728253B1
    • 2004-04-27
    • US09405691
    • 1999-09-24
    • Clark Debs JeffriesMarco C. HeddesMark Anthony RinaldiMichael Steven Siegel
    • Clark Debs JeffriesMarco C. HeddesMark Anthony RinaldiMichael Steven Siegel
    • H04L1256
    • H04L47/50H04L2012/5682
    • A method and system are disclosed for allocating data input bandwidth from a source link to a plurality of N data queues each having a variable occupancy value, Qi(t), and a constant decrement rate, Di, where i designated the ith queue among the N queues. First, a threshold occupancy value, T, is designated for the N queues. During each time step of a repeating time interval, &Dgr;t, the occupancy value, Qi, is compared with T. In response to each and every of said N data queues having occupancy values exceeding T, pausing data transmission from the source link to the N data queues, such that overflow within the data queues is minimized. In response to at least one of the N data queues having an occupancy value less than or equal to T, selecting one among the N data queues to be incremented, and incrementing the selected data queue, such that underflow of the selected queue is minimized. In the context of scheduling one cell per time step, the value of T is one. Furthermore, the method of the present invention guarantees that output port occupancy shall never, in that context, exceed two cells.
    • 公开了一种用于将数据输入带宽从源链路分配给多个N个数据队列的方法和系统,每个N个数据队列具有可变占用值Qi(t)和常数递减率Di,其中i指定i < 排队N队列。 首先,为N个队列指定阈值占有率T。 在重复时间间隔的每个时间步长,Deltat,占用值Qi与T进行比较。响应于具有超过T的占用值的所述N个数据队列中的每一个,暂停从源链路到N的数据传输 数据队列,使数据队列中的溢出最小化。 响应于具有小于或等于T的占用值的N个数据队列中的至少一个,选择要增加的N个数据队列中的一个,并增加所选择的数据队列,使得所选队列的下溢最小化。 在每个时间步长调度一个单元格的上下文中,T的值为1。 此外,本发明的方法保证输出端口占用在这方面永远不超过两个小区。