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    • 81. 发明授权
    • Branch target address cache storing direct predictions
    • 分支目标地址缓存存储直接预测
    • US07844807B2
    • 2010-11-30
    • US12024197
    • 2008-02-01
    • David S. LevitanLixin Zhang
    • David S. LevitanLixin Zhang
    • G06F9/35G06F9/355G06F9/40
    • G06F9/3806G06F9/322G06F9/3844
    • In at least one embodiment, a processor includes at least one execution unit and instruction sequencing logic that fetches instructions for execution by the execution unit. The instruction sequencing logic includes branch logic that outputs predicted branch target addresses for use as instruction fetch addresses. The branch logic includes a branch target address cache (BTAC) having at least one direct entry providing storage for a direct branch target address prediction associating a first instruction fetch address with a branch target address to be used as a second instruction fetch address immediately after the first instruction fetch address and at least one indirect entry providing storage for an indirect branch target address prediction associating a third instruction fetch address with a branch target address to be used as a fourth instruction fetch address subsequent to both the third instruction fetch address and an intervening fifth instruction fetch address.
    • 在至少一个实施例中,处理器包括至少一个执行单元和指令排序逻辑,其提取由执行单元执行的指令。 指令排序逻辑包括分支逻辑,该分支逻辑输出用作指令获取地址的预测分支目标地址。 分支逻辑包括分支目标地址高速缓存(BTAC),其具有至少一个直接条目,为直接分支目标地址预测提供存储,该直接分支目标地址预测将第一指令获取地址与分支目标地址相关联,以将分配目标地址紧随在第二指令获取地址之后 第一指令获取地址和至少一个间接条目提供用于间接分支目标地址预测的存储,用于将第三指令获取地址与分支目标地址相关联,以将分配目标地址用作第三指令提取地址和中间地址之后的第四指令获取地址 第五指令提取地址。
    • 82. 发明申请
    • SPAR HULL BELLY STRAKE DESIGN AND INSTALLATION METHOD
    • SPAR HULL BELLY STRAKE设计和安装方法
    • US20100192829A1
    • 2010-08-05
    • US12365811
    • 2009-02-04
    • Michael Y. H. LuoHarvey O. MohrLixin Zhang
    • Michael Y. H. LuoHarvey O. MohrLixin Zhang
    • B63B3/14B63B35/44
    • B63B39/005B63B1/048B63B35/4406B63B2035/442
    • A spar hull for a floating vessel can include a hard tank having a belly portion, a fixed strake coupled to the outer surface of the tank and a folding strake coupled to the belly portion of the tank, the folding strake having one or more strake panels and one or more support frames. A method for installing folding belly strakes on a spar hull may include providing a floating spar hull having a hard tank with a belly side, rotating the spar so that the belly side is in a first workable position, coupling at least one folding strake to the belly side of the spar, and coupling the strake in a folded position for transport. The method may include positioning the spar hull offshore in a transport position, upending the spar hull, unfolding the strake, fixing the strake in the unfolded position and installing the spar hull.
    • 用于浮动船只的翼梁可以包括具有腹部的硬罐,耦合到罐的外表面的固定板条和耦合到罐的腹部的折叠板,折叠板具有一个或多个板条板 和一个或多个支撑框架。 用于在翼梁上安装折叠式腹板的方法可以包括:提供具有带有腹部侧面的硬罐的浮动翼梁,旋转翼梁使得腹部侧处于第一可操作位置,将至少一个折叠板连接到 翼梁的腹部侧面,并将平台连接在折叠位置以便运输。 该方法可以包括将桨叶船体近海定位在运输位置,从而升高翼梁船体,展开船形板,将船板固定在展开位置并安装翼梁船体。
    • 85. 发明申请
    • Jump Starting Prefetch Streams Across Page Boundaries
    • 跨页面边界跳转开始预取流
    • US20090198909A1
    • 2009-08-06
    • US12024632
    • 2008-02-01
    • William E. SpeightLixin Zhang
    • William E. SpeightLixin Zhang
    • G06F12/08
    • G06F12/0862G06F2212/1024G06F2212/6026G06F2212/655
    • A method, processor, and data processing system for enabling utilization of a single prefetch stream to access data across a memory page boundary. A prefetch engine includes an active streams table in which information for one or more scheduled prefetch streams are stored. The prefetch engine also includes a victim table for storing a previously active stream whose next prefetch crosses a memory page boundary. The scheduling logic issues a prefetch request with a real address to fetch data from the lower level memory. Then, responsive to detecting that the real address of the stream's next sequential prefetch crosses the memory page boundary, the prefetch engine determines when the first prefetch stream can continue across the page boundary of the first memory page (via an effective address comparison). The PE automatically reinserts the first prefetch stream into the active stream table to jump start prefetching across the page boundary.
    • 一种方法,处理器和数据处理系统,用于使单个预取流能够跨存储器页面边界访问数据。 预取引擎包括活动流表,其中存储一个或多个调度预取流的信息。 预取引擎还包括用于存储先前活动的流的受害者表,其下一个预取跨越存储器页面边界。 调度逻辑发出具有真实地址的预取请求以从下层存储器获取数据。 然后,响应于检测到流的下一个顺序预取的实际地址与存储器页面边界相交,预取引擎确定第一预取流何时可以跨第一存储器页的页面边界(经由有效的地址比较)继续。 PE自动将第一个预取流重新插入到活动流表中,以跨页边界跳转开始预取。
    • 86. 发明申请
    • Techniques for Multi-Level Indirect Data Prefetching
    • 多级间接数据预取技术
    • US20090198906A1
    • 2009-08-06
    • US12024260
    • 2008-02-01
    • Ravi K. ArmilliBalaram SinharoyWilliam E. SpeightLixin Zhang
    • Ravi K. ArmilliBalaram SinharoyWilliam E. SpeightLixin Zhang
    • G06F12/00
    • G06F12/1027G06F12/0862G06F12/0897G06F2212/6026G06F2212/681
    • A technique for performing data prefetching using multi-level indirect data prefetching includes determining a first memory address of a pointer associated with a data prefetch instruction. Content that is included in a first data block (e.g., a first cache line of a memory) at the first memory address is then fetched. A second memory address is then determined based on the content at the first memory address. Content that is included in a second data block (e.g., a second cache line) at the second memory address is then fetched (e.g., from the memory or another memory). A third memory address is then determined based on the content at the second memory address. Finally, a third data block (e.g., a third cache line) that includes another pointer or data at the third memory address is fetched (e.g., from the memory or the another memory).
    • 使用多级间接数据预取来执行数据预取的技术包括确定与数据预取指令相关联的指针的第一存储器地址。 然后取出包含在第一存储器地址的第一数据块(例如,存储器的第一高速缓存行)中的内容。 然后基于第一存储器地址处的内容来确定第二存储器地址。 包含在第二存储器地址的第二数据块(例如,第二高速缓存行)中的内容然后被取出(例如,从存储器或另一个存储器)。 然后基于第二存储器地址处的内容来确定第三存储器地址。 最后,取出(例如,从存储器或另一个存储器)中包含第三存储器地址处的另一指针或数据的第三数据块(例如,第三高速缓存行)。
    • 88. 发明申请
    • Techniques for Data Prefetching Using Indirect Addressing with Offset
    • 使用偏移量进行间接寻址的数据预取技术
    • US20090198904A1
    • 2009-08-06
    • US12024246
    • 2008-02-01
    • Ravi K. ArimilliBalaram SinharoyWilliam E. SpeightLixin Zhang
    • Ravi K. ArimilliBalaram SinharoyWilliam E. SpeightLixin Zhang
    • G06F12/08
    • G06F12/0862G06F12/1045G06F2212/6028
    • A technique for performing data prefetching using indirect addressing includes determining a first memory address of a pointer associated with a data prefetch instruction. Content, that is included in a first data block (e.g., a first cache line) of a memory, at the first memory address is then fetched. An offset is then added to the content of the memory at the first memory address to provide a first offset memory address. A second memory address is then determined based on the first offset memory address. A second data block (e.g., a second cache line) that includes data at the second memory address is then fetched (e.g., from the memory or another memory). A data prefetch instruction may be indicated by a unique operational code (opcode), a unique extended opcode, or a field (including one or more bits) in an instruction.
    • 使用间接寻址执行数据预取的技术包括确定与数据预取指令相关联的指针的第一存储器地址。 然后取出包含在第一存储器地址的存储器的第一数据块(例如,第一高速缓存行)中的内容。 然后将偏移量添加到第一存储器地址处的存储器的内容以提供第一偏移存储器地址。 然后基于第一偏移存储器地址确定第二存储器地址。 包括第二存储器地址上的数据的第二数据块(例如,第二高速缓存行)然后被取出(例如,从存储器或另一个存储器)。 数据预取指令可以由指令中的唯一操作代码(操作码),唯一扩展操作码或字段(包括一个或多个位)来指示。
    • 89. 发明申请
    • Isotactic 3, 4-isoprene-based polymer
    • 全异戊二烯基异戊二烯基聚合物
    • US20070179260A1
    • 2007-08-02
    • US10591322
    • 2005-03-04
    • Zhaomin HouLixin Zhang
    • Zhaomin HouLixin Zhang
    • C08F4/06C08F4/44
    • C08F136/08C08F4/54C08F4/52
    • The present invention provides 3,4-isoprene-based polymer with high regioregularity, in particular high tacticity. Specifically, the present invention provides an isoprene-based polymer, including a structural unit represented by Formula (I) in Claims, wherein the isotacticity of an arrangement of the structural units is 99% mmmm or more in terms of pentad content. Further, the present invention provides a production method for the isoprene-based polymer, which comprises polymerizing an isoprene-based compound in the presence of a polymerization catalyst containing a complex represented by the following Formula (A) in Claims.
    • 本发明提供了具有高定向性,特别是高立构规整度的3,4-异戊二烯类聚合物。 具体地说,本发明提供了一种异戊二烯类聚合物,其包括由权利要求中的式(I)表示的结构单元,其中结构单元的排列的全同立构规整度为五元组含量为99%mm以上。 此外,本发明提供了一种异戊二烯类聚合物的制造方法,其包括在含有权利要求中的下述通式(A)所示的络合物的聚合催化剂的存在下使异戊二烯系化合物聚合。