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    • 13. 发明授权
    • Encryption processor with shared memory interconnect
    • 具有共享内存互连的加密处理器
    • US06434699B1
    • 2002-08-13
    • US09584930
    • 2000-06-01
    • David E. JonesCormac M. O'Connell
    • David E. JonesCormac M. O'Connell
    • G06F124
    • G06F7/5324G06F7/49931G06F7/5052G06F7/72G06F7/722G06F2207/382G06F2207/3828H04L9/14H04L2209/125
    • An encryption chip is programmable to process a variety of secret key and public key encryption algorithms. The chip includes a pipeline of processing elements, each of which can process a round within a secret key algorithm. Data is transferred between the processing elements through dual port memories. A central processing unit allows for processing of very wide data words from global memory in single cycle operations. An adder circuit is simplified by using plural relatively small adder circuits with sums and carries looped back in plural cycles. Multiplier circuitry can be shared between the processing elements and the central processor by adapting the smaller processing element multipliers for concatenation as a very wide central processor multiplier.
    • 加密芯片是可编程的,用于处理各种秘密密钥和公钥加密算法。 该芯片包括处理元件的流水线,每个处理元件可以在秘密密钥算法内处理一轮。 通过双端口存储器在处理元件之间传送数据。 中央处理单元允许在单周期操作中处理来自全局存储器的非常宽的数据字。 通过使用多个具有和的相对较小的加法器电路来简化加法器电路,并以多个周期进行循环。 乘法器电路可以通过将较小的处理单元乘法器适配为级联,作为非常宽的中央处理器乘法器而在处理元件和中央处理器之间共享。
    • 17. 再颁专利
    • Encryption processor with shared memory interconnect
    • 具有共享内存互连的加密处理器
    • USRE44697E1
    • 2014-01-07
    • US13603137
    • 2012-09-04
    • David E. JonesCormac M. O'Connell
    • David E. JonesCormac M. O'Connell
    • G06F21/00
    • G06F7/5324G06F7/49931G06F7/5052G06F7/72G06F7/722G06F2207/382G06F2207/3828H04L9/14H04L2209/125
    • An encryption chip is programmable to process a variety of secret key and public key encryption algorithms. The chip includes a pipeline of processing elements, each of which can process a round within a secret key algorithm. Data is transferred between the processing elements through dual port memories. A central processing unit allows for processing of very wide data words from global memory in single cycle operations. An adder circuit is simplified by using plural relatively small adder circuits with sums and carries looped back in plural cycles. Multiplier circuitry can be shared between the processing elements and the central processor by adapting the smaller processing element multipliers for concatenation as a very wide central processor multiplier.
    • 加密芯片是可编程的,用于处理各种秘密密钥和公钥加密算法。 该芯片包括处理元件的流水线,每个处理元件可以在秘密密钥算法内处理一轮。 通过双端口存储器在处理元件之间传送数据。 中央处理单元允许在单周期操作中处理来自全局存储器的非常宽的数据字。 通过使用多个具有和的相对较小的加法器电路来简化加法器电路,并以多个周期进行循环。 乘法器电路可以通过将较小的处理单元乘法器适配为级联,作为非常宽的中央处理器乘法器而在处理元件和中央处理器之间共享。