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    • 61. 发明申请
    • CISC TO RISC INSTRUCTION TRANSLATION ALIGNMENT AND DECODING
    • CISC指令翻译对齐和解码
    • WO9320507A3
    • 1994-01-06
    • PCT/JP9300417
    • 1993-03-30
    • SEIKO EPSON CORP
    • COON BRETTMIYAYAMA YOSHIYUKINGUYEN LE TRONGWANG JOHANNES
    • C10G1/00C10G17/02G06F9/22G06F9/30G06F9/318G06F9/38G06F15/76
    • G06F9/30101C10G1/00C10G17/02G06F9/30145G06F9/30149G06F9/30152G06F9/30163G06F9/30167G06F9/3017G06F9/30174G06F9/30185G06F9/3816G06F9/382G06F9/3853
    • A system and method for extracting complex, variable length computer instructions from a stream of complex instructions each subdivided into a variable number of instruction bytes, and aligning instruction bytes of individual ones of the complex instructions. The system receives a portion of the stream of complex instructions and extracts a first set of instruction bytes starting with the first instruction bytes, using an extract shifter. The set of instruction bytes are then passed to an align latch where they are aligned and output to a next instruction detector. The next instruction detector determines the end of the first instruction based on said set of instruction bytes. An extract shifter is used to extract and provide the next set of instruction bytes to an align shifter which aligns and outputs the next instruction. The process is then repeated for the remaining instruction bytes in the stream of complex instructions. The isolated complex instructions are decoded into nano-instructions which are processed by a RISC processor core.
    • 一种用于从复杂指令流中提取复杂的可变长度计算机指令的系统和方法,每个细分流被分成可变数量的指令字节,并且对齐复杂指令中各个指令的指令字节。 系统接收复指令流的一部分,并使用提取移位器从第一指令字节开始提取第一组指令字节。 然后将该组指令字节传递到对齐锁存器,在该锁存器中它们对准并输出到下一个指令检测器。 下一个指令检测器基于所述指令字节集来确定第一指令的结束。 提取移位器用于提取并提供下一组指令字节到对齐移位器,对准移位器对齐并输出下一条指令。 然后对复杂指令流中的剩余指令字节重复该过程。 孤立的复杂指令被解码成由RISC处理器核心处理的纳米指令。
    • 69. 发明申请
    • COMPUTER AUTOMATED SYSTEM AND METHOD
    • 计算机自动化系统与方法
    • WO2017010941A1
    • 2017-01-19
    • PCT/SG2016/050324
    • 2016-07-11
    • THINXTREAM TECHNOLOGIES PTE. LTD.
    • SHET, Sanjiv ShrikantRAJ, RangaLOW, Teck Lee
    • G06F17/00G06F15/76
    • G06F17/30569G06F17/30557G06F17/30572G06F17/30595G06N99/005G06Q10/00G06Q30/06
    • Embodiments disclosed include a platform for collecting, normalizing, aggregating, and presenting/processing data over a wide range of devices, machines and applications in real-time, in a wired or wireless networked framework. An embodiment includes a computer automated system and method for aggregating data from a plurality of devices and applications. Embodiments disclosed further include a system and method for normalizing data from a plurality of devices and applications, for canonical-izing all normalized and aggregated data, and via a graphical user interface, combining the aggregated and normalized data, and displaying the combined data in a display compatible format. The computer system is further configured to abstract a plurality of classes of devices via a data modeling language comprised in the configuration of the computer system.
    • 公开的实施例包括用于在有线或无线网络框架中实时地,在各种各样的设备,机器和应用上收集,规范化,聚集和呈现/处理数据的平台。 一个实施例包括用于聚合来自多个设备和应用的数据的计算机自动化系统和方法。 所公开的实施例还包括用于对来自多个设备和应用的数据进行归一化的系统和方法,用于规范化所有归一化和聚合的数据,以及经由图形用户界面组合聚合和归一化数据,并将组合数据显示在 显示兼容格式。 计算机系统还被配置为经由包括在计算机系统的配置中的数据建模语言来抽象多个类别的设备。
    • 70. 发明申请
    • HARDWARE INSTRUCTION GENERATION UNIT FOR SPECIALIZED PROCESSORS
    • 专用处理器的硬件指令生成单元
    • WO2016135712A1
    • 2016-09-01
    • PCT/IB2016/052248
    • 2016-04-20
    • MIREPLICA TECHNOLOGY, LLC
    • JOHNSON, William
    • G06F9/30G06F9/38G06F9/455G06T1/20G06F15/76
    • G06F9/3016G06F9/3017G06F9/3881G06F9/3893G06F9/4552G06F15/76G06F15/80G06T1/20
    • Methods, devices and systems are disclosed that interface a host computer to a specialized processor. In an embodiment, an instruction generation unit comprises attribute, decode, and instruction buffer stages. The attribute stage is configured to receive a host- program operation code and a virtual host-program operand from the host computer and to expand the virtual host-program operand into an operand descriptor. The decode stage is configured to receive the first operand descriptor and the host-program operation code, convert the host-program operation code to one or more decoded instructions for execution by the specialized processor, and allocate storage locations for use by the specialized processor. The instruction buffer stage is configured to receive the decoded instruction, place the one or more decoded instructions into one or more instruction queues, and issue decoded instructions from at least one of the one or more instruction queues for execution by the specialized processor.
    • 公开了将主计算机与专用处理器连接的方法,装置和系统。 在一个实施例中,指令生成单元包括属性,解码和指令缓冲级。 属性级配置为从主机接收主机程序操作码和虚拟主机程序操作数,并将虚拟主机程序操作数扩展为操作数描述符。 解码级被配置为接收第一操作数描述符和主机程序操作代码,将主机程序操作代码转换为一个或多个解码指令以供专门处理器执行,并分配专用处理器使用的存储位置。 指令缓冲器级被配置为接收解码的指令,将一个或多个解码的指令放入一个或多个指令队列中,并从一个或多个指令队列中的至少一个指令队列发出解码的指令,以供专门的处理器执行。