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    • 1. 发明授权
    • Method and apparatus for establishing secure sessions
    • 用于建立安全会话的方法和装置
    • US07240203B2
    • 2007-07-03
    • US10025509
    • 2001-12-19
    • Richard E. KesslerDavid A. CarlsonMuhammad Raghib HussainRobert A. SanzoneKhaja E. AhmedMichael D. Varga
    • Richard E. KesslerDavid A. CarlsonMuhammad Raghib HussainRobert A. SanzoneKhaja E. AhmedMichael D. Varga
    • H04L9/00
    • H04L63/164G06F21/606
    • A method and apparatus for processing security operations are described. In one embodiment, a processor includes a number of execution units to process a number of requests for security operations. The number of execution units are to output the results of the number of requests to a number of output data structures associated with the number of requests within a remote memory based on pointers stored in the number of requests. The number of execution units can output the results in an order that is different from the order of the requests in a request queue. The processor also includes a request unit coupled to the number of execution units. The request unit is to retrieve a portion of the number of requests from the request queue within the remote memory and associated input data structures for the portion of the number of requests from the remote memory. Additionally, the request unit is to distribute the retrieved requests to the number of execution units based on availability for processing by the number of execution units.
    • 描述用于处理安全操作的方法和装置。 在一个实施例中,处理器包括多个执行单元,用于处理多个安全操作请求。 执行单元的数量是基于存储在请求数中的指针,将与多个与远程存储器内的请求数相关联的输出数据结构的请求数的结果输出。 执行单元的数量可以按照与请求队列中的请求顺序不同的顺序输出结果。 处理器还包括耦合到执行单元数量的请求单元。 请求单元从远程存储器中的请求队列中检索一部分请求数,并且从远程存储器中获取部分请求的相关联的输入数据结构。 此外,请求单元是基于执行单元的数量的处理的可用性将检索到的请求分发到执行单元的数量。
    • 2. 发明授权
    • Interface for a security coprocessor
    • 用于安全协处理器的接口
    • US06789147B1
    • 2004-09-07
    • US10025512
    • 2001-12-19
    • Richard E. KesslerDavid A. CarlsonMuhammad Raghib HussainRobert A. SanzoneKhaja E. AhmedMichael D. Varga
    • Richard E. KesslerDavid A. CarlsonMuhammad Raghib HussainRobert A. SanzoneKhaja E. AhmedMichael D. Varga
    • G06F900
    • H04L63/166G06F21/602
    • A method and apparatus for processing security operations are described. In one embodiment, a processor includes a number of execution units to process a number of requests for security operations. The number of execution units are to output the results of the number of requests to a number of output data structures associated with the number of requests within a remote memory based on pointers stored in the number of requests. The number of execution units can output the results in an order that is different from the order of the requests in a request queue. The processor also includes a request unit coupled to the number of execution units. The request unit is to retrieve a portion of the number of requests from the request queue within the remote memory and associated input data structures for the portion of the number of requests from the remote memory. Additionally, the request unit is to distribute the retrieved requests to the number of execution units based on availability for processing by the number of execution units.
    • 描述用于处理安全操作的方法和装置。 在一个实施例中,处理器包括多个执行单元,用于处理多个安全操作请求。 执行单元的数量是基于存储在请求数中的指针,将与多个与远程存储器内的请求数相关联的输出数据结构的请求数的结果输出。 执行单元的数量可以按照与请求队列中的请求顺序不同的顺序输出结果。 处理器还包括耦合到执行单元数量的请求单元。 请求单元从远程存储器中的请求队列中检索一部分请求数,并且从远程存储器中获取部分请求的相关联的输入数据结构。 此外,请求单元是基于执行单元的数量的处理的可用性将检索到的请求分发到执行单元的数量。
    • 8. 发明授权
    • Direct access to low-latency memory
    • 直接访问低延迟内存
    • US07594081B2
    • 2009-09-22
    • US11024002
    • 2004-12-28
    • Gregg A. BouchardDavid A. CarlsonRichard E. KesslerMuhammad R. Hussain
    • Gregg A. BouchardDavid A. CarlsonRichard E. KesslerMuhammad R. Hussain
    • G06F12/00G06F13/00G06F13/28
    • G06F9/3824G06F9/3885G06F12/0888
    • A content aware application processing system is provided for allowing directed access to data stored in a non-cache memory thereby bypassing cache coherent memory. The processor includes a system interface to cache coherent memory and a low latency memory interface to a non-cache coherent memory. The system interface directs memory access for ordinary load/store instructions executed by the processor to the cache coherent memory. The low latency memory interface directs memory access for non-ordinary load/store instructions executed by the processor to the non-cache memory, thereby bypassing the cache coherent memory. The non-ordinary load/store instruction can be a coprocessor instruction. The memory can be a low-latency type memory. The processor can include a plurality of processor cores.
    • 提供内容感知应用处理系统,用于允许定向访问存储在非高速缓冲存储器中的数据,从而绕过高速缓存一致存储器。 该处理器包括用于缓存相干存储器的系统接口和用于非高速缓存一致记忆体的低延迟存储器接口。 系统接口将由处理器执行的普通加载/存储指令的存储器访问指向高速缓存一致存储器。 低延迟存储器接口将由处理器执行的非普通加载/存储指令的存储器访问引导到非高速缓存存储器,从而绕过高速缓存一致存储器。 非普通的加载/存储指令可以是协处理器指令。 存储器可以是低延迟型存储器。 处理器可以包括多个处理器核。
    • 9. 发明授权
    • Selective replication of data structures
    • 数据结构的选择性复制
    • US07558925B2
    • 2009-07-07
    • US11335189
    • 2006-01-18
    • Gregg A. BouchardDavid A. CarlsonRichard E. Kessler
    • Gregg A. BouchardDavid A. CarlsonRichard E. Kessler
    • G06F12/02
    • G06F12/06G06F12/0653G06F2212/174
    • Methods and apparatus are provided for selectively replicating a data structure in a low-latency memory. The memory includes multiple individual memory banks configured to store replicated copies of the same data structure. Upon receiving a request to access the stored data structure, a low-latency memory access controller selects one of the memory banks, then accesses the stored data from the selected memory bank. Selection of a memory bank can be accomplished using a thermometer technique comparing the relative availability of the different memory banks. Exemplary data structures that benefit from the resulting efficiencies include deterministic finite automata (DFA) graphs and other data structures that are loaded (i.e., read) more often than they are stored (i.e., written).
    • 提供了用于在低延迟存储器中选择性地复制数据结构的方法和装置。 存储器包括被配置为存储相同数据结构的复制副本的多个单独存储体。 在接收到访问所存储的数据结构的请求时,低延迟存储器访问控制器选择存储体之一,然后从所选存储体存取所存储的数据。 可以使用比较不同存储体的相对可用性的温度计技术来实现存储体的选择。 受益于所产生的效率的示例性数据结构包括确定性有限自动机(DFA)图和与它们被存储(即,写入)相比更加加载(即读)的其他数据结构。