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    • 71. 发明授权
    • Network booting using a platform management coprocessor
    • 网络启动使用平台管理协处理器
    • US07668945B2
    • 2010-02-23
    • US11506738
    • 2006-08-18
    • Mark S. DoranVincent J. ZimmerMichael A. Rothman
    • Mark S. DoranVincent J. ZimmerMichael A. Rothman
    • G06F15/177G06F9/00G06F9/24H04L9/32
    • H04L12/66H04L29/12216H04L61/2007
    • Embodiments of a system and method for enabling a target computer to download a boot image and operating system from a boot server computer over a network are described. The target computer system includes a host processor environment and a platform management coprocessor subsystem that includes a microcontroller for providing manageability of the target computer platform. During a network boot procedure, the platform management coprocessor code employs a network access channel to retrieve the boot server name and a network address for the target computer. The platform management coprocessor code implements security measures to help ensure secure interaction between the boot server and the target computer. Once the secure association is established, the network boot process uses the BIOS code for the successive bulk downloads of the operating system to be loaded onto the target computer. Other embodiments are described and claimed.
    • 描述了一种用于使目标计算机能够通过网络从引导服务器计算机下载引导映像和操作系统的系统和方法的实施例。 目标计算机系统包括主处理器环境和平台管理协处理器子系统,其包括用于提供目标计算机平台的可管理性的微控制器。 在网络引导过程中,平台管理协处理器代码采用网络访问通道来检索目标计算机的引导服务器名称和网络地址。 平台管理协处理器代码实现安全措施,以确保引导服务器与目标计算机之间的安全交互。 一旦建立了安全关联,网络启动过程就会使用BIOS代码来连接大量下载的操作系统,以将其加载到目标计算机上。 描述和要求保护其他实施例。
    • 77. 发明授权
    • Error management topologies
    • 错误管理拓扑
    • US07543179B2
    • 2009-06-02
    • US11385305
    • 2006-03-21
    • Vincent J. ZimmerMichael A. Rothman
    • Vincent J. ZimmerMichael A. Rothman
    • G06F11/00
    • G06F11/0793G06F11/0712G06F11/0724G06F11/0727G06F11/1435G11B20/18G11B20/1883G11B2220/20G11B2220/2516
    • A method may include partitioning a plurality of processor cores into a main partition comprising at least one processor core capable of executing an operating system and an embedded partition comprising at least one different processor core. The embedded partition may be capable of: receiving a write request to write data on a target storage device; communicating with a remote system coupled to the embedded partition and remapping data corresponding to said write request to the remote system; detecting an error when attempting to write data to the storage device, leaving uncommitted data directed to the target storage device; and communicating with said remote system to retrieve the uncommitted data and writing the uncommitted data to the target storage device. The embedded partition of this embodiment may also be capable of performing these operations, at least in part, independently of said operating system being executed on said main partition.
    • 一种方法可以包括将多个处理器核分成包括能够执行操作系统的至少一个处理器核心和包括至少一个不同处理器核心的嵌入式分区的主分区。 嵌入式分区可能能够:接收写入请求以在目标存储设备上写入数据; 与耦合到所述嵌入式分区的远程系统进行通信,并将对应于所述写入请求的数据重新映射到所述远程系统; 当尝试向存储设备写入数据时检测错误,将未提交的数据指向目标存储设备; 并与所述远程系统通信以检索未提交的数据并将未提交的数据写入目标存储设备。 该实施例的嵌入式分区还可能能够至少部分地独立于在所述主分区上执行的所述操作系统来执行这些操作。
    • 78. 发明授权
    • Methods and apparatus for enabling of a remote management agent independent of an operating system
    • 用于启用独立于操作系统的远程管理代理的方法和装置
    • US07543048B2
    • 2009-06-02
    • US10302281
    • 2002-11-22
    • Michael A. RothmanVincent J. ZimmerMark S. DoranAndrew J. Fish
    • Michael A. RothmanVincent J. ZimmerMark S. DoranAndrew J. Fish
    • G06F15/177G06F15/173G06F9/00G06F9/24
    • H04L67/34H04L69/329
    • Methods and apparatus for remotely managing a computer are disclosed. For example, a remote management agent is provided for use in a computer having a processor. The example remote management agent includes a communication agent in communication with the controller to contact a server before an operating system is loaded on the computer to obtain an initialization packet from a server and an initialization packet loader in communication with the controller to load the initialization packet in a protected memory area of the computer, before the operating system is loaded.The remote management agent also includes a monitoring agent, not associated with the operating system, in communication with the controller to monitor the computer for a communication from the server and a command line interface agent, also not associated with the operating system and in communication with the controller to interpret and respond to the communication from the server.
    • 公开了用于远程管理计算机的方法和装置。 例如,提供远程管理代理用于具有处理器的计算机中。 示例性远程管理代理包括与控制器通信的通信代理,以在将操作系统加载到计算机之前联系服务器以获得来自服务器的初始化分组以及与控制器通信的初始化分组加载器以加载初始化分组 在计算机的受保护的存储区域中,在操作系统加载之前。 远程管理代理还包括与操作系统无关的监视代理,与控制器进行通信,以监视计算机与服务器的通信,以及命令行接口代理,也不与操作系统相关联并且与 控制器解释并响应来自服务器的通信。
    • 80. 发明授权
    • Managing peripheral device address space resources using a tunable bin-packing/knapsack algorithm
    • 使用可调整的bin-packing /背包算法来管理外围设备地址空间资源
    • US07478176B2
    • 2009-01-13
    • US11689954
    • 2007-03-22
    • Vincent J. ZimmerMichael A. Rothman
    • Vincent J. ZimmerMichael A. Rothman
    • G06F3/00
    • G06F12/0223G06F12/0646
    • Methods and systems for allocating address space resources to resource requesting peripheral devices in an efficient manner. Resource requests are gathered for enumerated peripheral devices host by a computer platform. A map containing resource alignment requirements is built, and a virtual resource allocation map is computed based on aggregated resource requests and the alignment requirements. The resource aggregations are, in turn, based on a hierarchy of the peripheral devices. A bin-packing algorithm is employed to determine allocation of the resource requests so as to minimize resource address space allocations. The virtual resource map is then used to perform actual resource allocations. The resources include peripheral device I/O address allocation and peripheral device memory address allocations.
    • 用于以有效的方式将地址空间资源分配给资源请求外围设备的方法和系统。 为计算机平台主持的枚举的外围设备收集资源请求。 构建了包含资源对齐要求的映射,并且基于聚合的资源请求和对齐要求来计算虚拟资源分配映射。 资源聚合又依赖于外围设备的层次结构。 采用二进制包装算法来确定资源请求的分配,以最小化资源地址空间分配。 然后,虚拟资源映射用于执行实际的资源分配。 资源包括外围设备I / O地址分配和外围设备内存地址分配。