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1.发明授权Relocating page tables and data amongst memory modules in a virtualized environment 有权在虚拟化环境中的内存模块之间重新定位页表和数据公开(公告)号：US09058287B2
公开(公告)日：2015-06-16
申请号：US13595328
申请日：2012-08-27
Applicant: Stuart Z. Jacobs , David A. Larson , Wade B. Ouren , Edward C. Prosser , Kenneth C. Vossen
Inventor： Stuart Z. Jacobs , David A. Larson , Wade B. Ouren , Edward C. Prosser , Kenneth C. Vossen
CPC classification number: G06F12/1027 , G06F9/505 , G06F9/5088 , G06F12/1009
Abstract: Relocating data in a virtualized environment maintained by a hypervisor administering access to memory with a Cache Page Table (‘CPT’) and a Physical Page Table (‘PPT’), the CPT and PPT including virtual to physical mappings. Relocating data includes converting the virtual to physical mappings of the CPT to virtual to logical mappings; establishing a Logical Memory Block (‘LMB’) relocation tracker that includes logical addresses of an LMB, source physical addresses of the LMB, target physical addresses of the LMB, a translation block indicator for each relocation granule, and a pin count associated with each relocation granule; establishing a PPT entry tracker including PPT entries corresponding to the LMB to be relocated; relocating the LMB in a number of relocation granules including blocking translations to the relocation granules during relocation; and removing the logical addresses from the LMB relocation tracker.
Abstract translation: 在由虚拟机管理程序维护的虚拟化环境中重定位数据，该管理程序使用缓存页表（'CPT'）和物理页表（'PPT'）来管理对存储器的访问，CPT和PPT包括虚拟到物理映射。 重定位数据包括将CPT的虚拟对物理映射转换为虚拟映射到逻辑映射; 建立逻辑内存块（“LMB”）重定位跟踪器，其包括LMB的逻辑地址，LMB的源物理地址，LMB的目标物理地址，每个重新定位粒子的平移块指示符，以及与每个 搬迁颗粒 建立PPT条目跟踪器，其中包括对应于要迁移的LMB的PPT条目; 将LMB重新定位在多个搬迁颗粒中，包括在搬迁过程中将迁移物重新定位到重新定位的颗粒中; 并从LMB重定位跟踪器中删除逻辑地址。
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公开(公告)号：US08677356B2
公开(公告)日：2014-03-18
申请号：US13004106
申请日：2011-01-11
Applicant: Stuart Z. Jacobs , David A. Larson , Kyle A. Lucke
Inventor： Stuart Z. Jacobs , David A. Larson , Kyle A. Lucke
IPC: G06F9/455
CPC classification number: G06F9/5077
Abstract: Operating system-directed workload scheduling of an adjunct partition in a logically partitioned computer is selectively overridden to handle platform work requiring a Quality of Service (QoS) guarantee. Firmware may track outstanding requests for platform work for an adjunct partition, and in response to a request for platform work that requires a QoS guarantee, the firmware may assume or take over scheduling decisions for the adjunct partition from the operating system of an associated logical partition and schedule execution of the adjunct partition to ensure that the adjunct partition will be allocated sufficient execution resources to perform the platform work independent of the scheduling desires of the operating system. As a result, any platform work that potentially impacts the platform work of other adjunct partitions will not be held up as a result of an unwillingness or inability of the operating system to schedule execution of the adjunct partition.
Abstract translation: 选择性地覆盖逻辑分区计算机中的附属分区的操作系统导向的工作负载调度，以处理需要服务质量（QoS）保证的平台工作。 固件可以跟踪用于辅助分区的平台工作的未完成请求，并且响应于需要QoS保证的对平台工作的请求，固件可以从相关逻辑分区的操作系统承担或接管辅助分区的调度决定 并调度附加分区的执行，以确保辅助分区将被分配足够的执行资源，以独立于操作系统的调度需求执行平台工作。 因此，任何可能影响其他辅助分区的平台工作的平台工作不会因操作系统不愿意或无法调度附加分区的执行而被阻止。
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3.发明申请DYNAMIC CONTROL OF PARTITION MEMORY AFFINITY IN A SHARED MEMORY PARTITION DATA PROCESSING SYSTEM 有权分布式存储器分区数据处理系统中分段存储器的动态控制
公开(公告)号：US20120311274A1
公开(公告)日：2012-12-06
申请号：US13586420
申请日：2012-08-15
Applicant: Stuart Z. JACOBS , David A. LARSON , Wade B. OUREN , Edward C. PROSSER , Kenneth C. VOSSEN
Inventor： Stuart Z. JACOBS , David A. LARSON , Wade B. OUREN , Edward C. PROSSER , Kenneth C. VOSSEN
IPC: G06F12/02
CPC classification number: G06F11/0793 , G06F11/0712 , G06F11/0724 , G06F11/073 , G06F11/0745
Abstract: Dynamic control of memory affinity is provided for a shared memory logical partition within a shared memory partition data processing system having a plurality of nodes. The memory affinity control approach includes: determining one or more home node assignments for the shared memory logical partition, with each assigned home node being one node of the plurality of nodes of the system; determining a desired physical page level per node for the shared memory logical partition; and allowing the shared memory partition to run and using the home node assignment(s) and its desired physical page level(s) in the dispatching of tasks to physical processors in the nodes and in hypervisor page memory management to dynamically control memory affinity of the shared memory logical partition in the data processing system.
Abstract translation: 为具有多个节点的共享存储器分区数据处理系统内的共享存储器逻辑分区提供对存储器相关性的动态控制。 存储器相关性控制方法包括：确定共享存储器逻辑分区的一个或多个家庭节点分配，其中每个分配的归属节点是系统的多个节点中的一个节点; 为共享存储器逻辑分区确定每个节点的期望物理页面级别; 并且允许共享存储器分区在将任务分配到节点中的物理处理器和虚拟机管理程序页面存储器管理中的家庭节点分配和其期望的物理页面级别上运行并使用其所需的物理页面级别，以动态地控制 数据处理系统中的共享内存逻辑分区。
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4.发明申请HYPERVISOR PAGE FAULT PROCESSING IN A SHARED MEMORY PARTITION DATA PROCESSING SYSTEM 有权在共享存储器分区数据处理系统中的更高版本页面故障处理
公开(公告)号：US20120131260A1
公开(公告)日：2012-05-24
申请号：US13362402
申请日：2012-01-31
Applicant: David A. LARSON , Edward C. PROSSER , Kenneth C. VOSSEN
Inventor： David A. LARSON , Edward C. PROSSER , Kenneth C. VOSSEN
IPC: G06F12/10
CPC classification number: G06F11/0793 , G06F11/0712 , G06F11/0724 , G06F11/073 , G06F11/0745
Abstract: Hypervisor page fault processing logic is provided for a shared memory partition data processing system. The logic, responsive to an executing virtual processor of the shared memory partition data processing system encountering a hypervisor page fault, allocates an input/output (I/O) paging request to the virtual processor from an I/O paging request pool and increments an outstanding I/O paging request count for the virtual processor. A determination is then made whether the outstanding I/O paging request count for the virtual processor is at a predefined threshold, and if not, the logic places the virtual processor in a wait state with interrupt wake-up reasons enabled based on the virtual processor's state, otherwise, it places the virtual processor in a wait state with interrupt wake-up reasons disabled.
Abstract translation: 为共享内存分区数据处理系统提供管理程序页面故障处理逻辑。 响应于遇到管理程序页面故障的共享存储器分区数据处理系统的执行虚拟处理器的逻辑从I / O寻呼请求池向虚拟处理器分配输入/输出（I / O）寻呼请求，并且增加 虚拟处理器的未完成的I / O寻呼请求计数。 然后确定虚拟处理器的未完成的I / O寻呼请求计数是否处于预定义的阈值，否则逻辑将虚拟处理器置于基于虚拟处理器的中断唤醒原因启用的等待状态 状态，否则，它会将虚拟处理器置于等待状态，中断唤醒原因被禁用。
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5.发明申请Transparent Hypervisor Pinning of Critical Memory Areas in a Shared Memory Partition Data Processing System 有权透明管理程序在共享内存分区数据处理系统中关键内存区域的固定
公开(公告)号：US20090307440A1
公开(公告)日：2009-12-10
申请号：US12403447
申请日：2009-03-13
Applicant: Stuart Z. Jacobs , David A. Larson , Naresh Nayar , Wade B. Ouren
Inventor： Stuart Z. Jacobs , David A. Larson , Naresh Nayar , Wade B. Ouren
CPC classification number: G06F11/0793 , G06F11/0712 , G06F11/0724 , G06F11/073 , G06F11/0745
Abstract: Transparent hypervisor pinning of critical memory areas is provided for a shared memory partition data processing system. The transparent hypervisor pinning includes receiving at a hypervisor a hypervisor call initiated by a logical partition to register a logical memory area of the logical partition with the hypervisor. Responsive to this hypervisor call, the hypervisor transparently determines whether the logical memory is a critical memory area for access by the hypervisor. If the logical memory area is a critical memory area, then the hypervisor automatically pins the logical memory area to physical memory of the shared memory partition data processing system, thereby ensuring that the memory area will not be paged-out from physical memory to external storage, and thus ensuring availability of the logic memory area to the hypervisor.
Abstract translation: 为共享内存分区数据处理系统提供关键内存区域的透明管理程序固定。 透明管理程序钉扎包括在管理程序处接收由逻辑分区启动的管理程序调用，以向管理程序注册逻辑分区的逻辑存储器区域。 响应于该管理程序调用，管理程序透明地确定逻辑存储器是否是由管理程序访问的关键存储器区域。 如果逻辑存储器区域是关键存储器区域，则管理程序自动将逻辑存储器区域引导到共享存储器分区数据处理系统的物理存储器，从而确保存储区域不会从物理存储器到外部存储器 ，从而确保对管理程序的逻辑存储区的可用性。
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公开(公告)号：US5335977A
公开(公告)日：1994-08-09
申请号：US67181
申请日：1993-05-26
Applicant: Roger J. Morrell , David A. Larson , Peter L. Ruzzi
Inventor： Roger J. Morrell , David A. Larson , Peter L. Ruzzi
Abstract: A double acting bit holder that permits bits held in it to be resharpened during cutting action to increase energy efficiency by reducing the amount of small chips produced. The holder consist of: a stationary base portion capable of being fixed to a cutter head of an excavation machine and having an integral extension therefrom with a bore hole therethrough to accommodate a pin shaft; a movable portion coextensive with the base having a pin shaft integrally extending therefrom that is insertable in the bore hole of the base member to permit the moveable portion to rotate about the axis of the pin shaft; a recess in the movable portion of the holder to accommodate a shank of a bit; and a biased spring disposed in adjoining openings in the base and moveable portions of the holder to permit the moveable portion to pivot around the pin shaft during cutting action of a bit fixed in a turret to allow front, mid and back positions of the bit during cutting to lessen creation of small chip amounts and resharpen the bit during excavation use.
Abstract translation: 允许在切割动作期间保持在其中的钻头的双作用钻头夹持器能够通过减少产生的小芯片的数量来提高能量效率。 保持器包括：固定基部，其能够固定到挖掘机的切割头，并且具有与其一体的延伸部，并具有穿过其的孔孔以容纳销轴; 与所述基座共同延伸的可动部分具有从其一体延伸的销轴，所述销轴可插入所述基座构件的钻孔中，以允许所述可移动部分围绕所述销轴的轴线旋转; 在所述保持器的可移动部分中的凹部，以容纳钻头的柄; 以及偏置的弹簧，其设置在所述基座的相邻开口中，并且所述保持器的可移动部分允许所述可移动部分在固定在转台中的钻头的切削动作期间绕所述销轴枢转，以允许所述钻头的前，后和后位置 切割减少挖掘使用过程中小芯片数量的产生和重新磨合。
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公开(公告)号：US5013093A
公开(公告)日：1991-05-07
申请号：US351134
申请日：1989-05-04
Applicant: Roger J. Morrell , David A. Larson
Inventor： Roger J. Morrell , David A. Larson
Abstract: A universal ripper miner used to cut, collect and transfer material from an underground mine working face includes a cutter head that is vertically movable in an arcuate cutting cycle by means of drive members, such as hydraulically actuated pistons. The cutter head may support a circular cutter bit having a circular cutting edge that may be indexed to incrementally expose a fresh cutting edge. An automatic indexing system is disclosed wherein indexing occurs by means of a worm gear and indexing lever mechanism. The invention also contemplates a bi-directional bit holder enabling cutting to occur in both the upstroke and the downstroke cutting cycle. Another feature of the invention discloses multiple bits arranged in an in-line, radially staggered pattern, or a side-by-side pattern to increase the mining capacity in each cutting cycle. An on-board resharpening system is also disclosed for resharpening the cutting edge at the end of cutting stroke position. The aforementioned improvement features may be used either singly, or in any proposed combination with each other.
Abstract translation: 用于从地下矿井工作面切割，收集和转移材料的通用裂土工矿机包括可通过驱动构件（例如液压致动活塞）在弓形切割循环中垂直移动的切割头。 刀头可以支撑具有圆形切割边缘的圆形切割刀头，该切割刀头可被索引以递增地暴露新鲜的切割边缘。 公开了一种自动分度系统，其中通过蜗轮和分度杆机构进行分度。 本发明还考虑了双向钻头保持器，其能够在上冲程和下行程切削循环中进行切割。 本发明的另一特征公开了以直列，径向交错图案或并排图案布置的多个钻头，以增加每个切割循环中的挖掘能力。 还公开了一种板上再磨削系统，用于在切割行程位置结束时重新研磨切削刃。 上述改进特征可以单独使用，也可以以任何提出的组合使用。
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公开(公告)号：US4750257A
公开(公告)日：1988-06-14
申请号：US868658
申请日：1986-05-29
Applicant: David A. Larson
Inventor： David A. Larson
CPC classification number: H04R9/047 , H04R31/00 , H04R2209/024 , Y10T29/49005 , Y10T29/4902
Abstract: The method of making the diaphragm includes pressing on the front face of a film at spaced apart areas to deform it progressively into a series of closely-spaced generally U-shaped projections. A manufacturing device presses the sides of the projections inwardly to rigidify them. The transducer magnet assembly includes a series of elongated magnet pole-piece strips which confine magnets and are arranged in parallel spaced-apart rows with the ends thereof fitted into transverse elongated grooves extending within a pair of elongated cross-piece end members. The driver is fixed together in a precise manner by flowing an adhesive material into the grooves, and then by allowing such material to harden.
Abstract translation: 制造隔膜的方法包括在间隔开的区域上压在膜的前表面上，以逐渐变形成一系列紧密间隔的大致U形突起。 制造装置向内挤压突起的侧面以使它们刚性化。 换能器磁体组件包括一系列细长的磁极极片条，其限制磁体并且布置成平行间隔开的行，其端部装配在在一对细长的横向端部构件内延伸的横向细长槽中。 驱动器通过将粘合剂材料流入凹槽中，然后通过使这种材料硬化而以精确的方式固定在一起。
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公开(公告)号：US4703510A
公开(公告)日：1987-10-27
申请号：US684389
申请日：1984-12-20
Applicant: David A. Larson
Inventor： David A. Larson
Abstract: The transducer diaphragm includes a folded sheet of thin film material, having printed circuit conductors formed thereon in a Greek or serpentine pattern. The Greek pattern includes an odd number of spaced, parallel, printed conductor lines formed into longitudinal and transverse groups, with return conductors extending around the perimeter of the pattern to complete loops of a voice coil. The sheet is folded to form a plurality of rearwardly extending projections, with the folding being along the center lines of each of the longitudinal groups. In the preferred form of the invention, each one of the projections is generally channel-shaped throughout its length, and has a bight portion interconnecting a pair of leg portions, with a longitudinal conductor in the center of the bight and other conductors in the longitudinal group opposite each other on the leg portions.
Abstract translation: 换能器隔膜包括折叠的薄膜材料片，其上形成有以希腊或蛇形图案形成的印刷电路导体。 希腊图案包括形成纵向和横向组的奇数个间隔平行的印刷导体线，其中返回导体围绕图案的周边延伸以完成音圈的环。 片材被折叠以形成多个向后延伸的突起，折叠沿着每个纵向组的中心线。 在本发明的优选形式中，每个突起在其整个长度上通常为通道形状，并且具有将一对腿部相互连接的弯曲部分，其中纵向导体位于弯曲部的中心，纵向导体处于纵向 在腿部彼此相对的组。
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公开(公告)号：US4604792A
公开(公告)日：1986-08-12
申请号：US684379
申请日：1984-12-20
Applicant: David A. Larson
Inventor： David A. Larson
CPC classification number: H04R31/003 , H04R9/047 , Y10T29/49005
Abstract: The method of making the diaphragm includes pressing on the front face of a film at spaced apart areas to deform it progressively into a series of closely-spaced generally U-shaped projections. A manufacturing device presses the sides of the projections inwardly to rigidify them. The transducer magnet assembly includes a series of elongated magnet pole-piece strips which confine magnets and are arranged in parallel spaced-apart rows with the ends thereof fitted into transverse elongated grooves extending within a pair of elongated cross-piece end members. The driver is fixed together in a precise manner by flowing an adhesive material into the grooves, and then by allowing such material to harden.
Abstract translation: 制造隔膜的方法包括在间隔开的区域上压在膜的前表面上，以逐渐变形成一系列紧密间隔的大致U形突起。 制造装置向内挤压突起的侧面以使它们刚性化。 换能器磁体组件包括一系列细长的磁极极片条，其限制磁体并且布置成平行间隔开的行，其端部装配在在一对细长的横向端部构件内延伸的横向细长槽中。 驱动器通过将粘合剂材料流入凹槽中，然后通过使这种材料硬化而以精确的方式固定在一起。
