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    • 1. 发明申请
    • EFFICIENT ACCUMULATION OF PERFORMANCE STATISTICS IN A MULTI-PORT NETWORK
    • 多端口网络中性能统计的有效累积
    • US20070076627A1
    • 2007-04-05
    • US11555818
    • 2006-11-02
    • Matthew KalosMichael BenhaseJames ChenPatricia Lu
    • Matthew KalosMichael BenhaseJames ChenPatricia Lu
    • H04L12/66
    • G06F11/3409G06F3/0605G06F3/0653G06F3/067G06F11/3485G06F2201/88
    • Computer networks are provided with a resource efficient ability to generate link performance statistics. To calculate the average link utilization per I/O operation, a first counter accumulates the number of I/O operations processed by a link and a second counter accumulates the time required by the link to complete each I/O operation. The second value is then divided by the first value. The number of operations per second for a link may be computed by dividing the first number by a predetermined period of time and the average number of operations using the link may be computed by dividing the second number by the predetermined period of time. A third counter may be employed to accumulate the number of bytes transferred by a link during each I/O operation. Then, average size of an I/O operation may be computed by dividing the third number by the first number and the average bandwidth per link operation may be computed by dividing the third number by the predetermined period of time. Separate sets of counters are preferably associated with each of several link types associated with a single port, thereby allowing separate statistics to be generated for each link type. The generated statistics are useful for such activities as problem resolution, load balancing and capacity planning.
    • 计算机网络具有生成链路性能统计资源的资源有效能力。 为了计算每个I / O操作的平均链路利用率,第一计数器累加由链路处理的I / O操作的数量,并且第二计数器累加链接完成每个I / O操作所需的时间。 然后将第二个值除以第一个值。 可以通过将第一个数除以预定时间段来计算每秒链接的操作次数,并且可以通过将第二个数除以预定时间段来计算使用该链接的平均操作次数。 可以使用第三计数器来累积每个I / O操作期间由链路传送的字节数。 然后,可以通过将第三个数除以第一个数字来计算I / O操作的平均大小,并且可以通过将第三个数除以预定时间段来计算每个链接操作的平均带宽。 单独的计数器组优选地与与单个端口相关联的几个链路类型中的每一个相关联,从而允许针对每个链路类型生成单独的统计信息。 生成的统计信息对于解决问题,负载平衡和容量规划等活动非常有用。
    • 2. 发明申请
    • Efficient accumulation of performance statistics in a multi-port network
    • 在多端口网络中高效地累积性能统计信息
    • US20060041664A1
    • 2006-02-23
    • US10911904
    • 2004-08-04
    • Matthew KalosMichael BenhaseJames ChenPatricia Lu
    • Matthew KalosMichael BenhaseJames ChenPatricia Lu
    • G06F15/16
    • G06F11/3409G06F3/0605G06F3/0653G06F3/067G06F11/3485G06F2201/88
    • Computer networks are provided with a resource efficient ability to generate link performance statistics. To calculate the average link utilization per I/O operation, a first counter accumulates the number of I/O operations processed by a link and a second counter accumulates the time required by the link to complete each I/O operation. The second value is then divided by the first value. The number of operations per second for a link may be computed by dividing the first number by a predetermined period of time and the average number of operations using the link may be computed by dividing the second number by the predetermined period of time. A third counter may be employed to accumulate the number of bytes transferred by a link during each I/O operation. Then, average size of an I/O operation may be computed by dividing the third number by the first number and the average bandwidth per link operation may be computed by dividing the third number by the predetermined period of time. Separate sets of counters are preferably associated with each of several link types associated with a single port, thereby allowing separate statistics to be generated for each link type. The generated statistics are useful for such activities as problem resolution, load balancing and capacity planning.
    • 计算机网络具有生成链路性能统计资源的资源有效能力。 为了计算每个I / O操作的平均链路利用率,第一计数器累加由链路处理的I / O操作的数量,并且第二计数器累加链接完成每个I / O操作所需的时间。 然后将第二个值除以第一个值。 可以通过将第一个数除以预定时间段来计算每秒链接的操作次数,并且可以通过将第二个数除以预定时间段来计算使用该链接的平均操作次数。 可以使用第三计数器来累积每个I / O操作期间由链路传送的字节数。 然后,可以通过将第三个数除以第一个数字来计算I / O操作的平均大小,并且可以通过将第三个数除以预定时间段来计算每个链接操作的平均带宽。 单独的计数器组优选地与与单个端口相关联的几个链路类型中的每一个相关联,从而允许针对每个链路类型生成单独的统计信息。 生成的统计信息对于解决问题,负载平衡和容量规划等活动非常有用。
    • 8. 发明申请
    • Apparatus, system, and method for adapter fastload
    • 适配器快速装载的装置,系统和方法
    • US20050125650A1
    • 2005-06-09
    • US10717822
    • 2003-11-20
    • James ChenBrian CorcoranMatthew KalosRicardo Padilla
    • James ChenBrian CorcoranMatthew KalosRicardo Padilla
    • G06K19/07G06F9/00G06F9/445G06F11/00G06F13/28
    • G06F8/65
    • An apparatus, system, and method are disclosed for fastload code update on a communications adapter. The apparatus includes an image load module, a memory initialization module, and an image overlay module. The image load module is configured to load a copy of a new code image in a memory on the communications adapter. The memory also concurrently stores a copy of an old code image used by the communications adapter. The memory initialization module is configured to invoke the new code image to perform a memory initialization operation. The memory initialization module may perform the memory initialization operation concurrently with ongoing I/O requests possibly accepted, but not necessarily processed, by the old code image. The image overlay module is configured to overlay the old code image with the new code image. The fastload code update minimizes the time that the communications adapter is off-line to overlay the old code image with the new code image and reinitialize the communications adapter.
    • 公开了用于通信适配器上的快速加载代码更新的装置,系统和方法。 该装置包括图像加载模块,存储器初始化模块和图像覆盖模块。 图像加载模块被配置为将新代码图像的副本加载到通信适配器上的存储器中。 存储器还同时存储通信适配器使用的旧代码映像的副本。 存储器初始化模块被配置为调用新的代码图像以执行存储器初始化操作。 存储器初始化模块可以与可能接受但不一定由旧代码映像处理的正在进行的I / O请求同时执行存储器初始化操作。 图像叠加模块被配置为使用新的代码图像覆盖旧的代码图像。 快速代码更新最大限度地缩短通信适配器离线覆盖旧代码图像与新代码映像并重新初始化通信适配器的时间。
    • 9. 发明申请
    • Decreased response time for PPRC write operation
    • 减少PPRC写入操作的响应时间
    • US20050114358A1
    • 2005-05-26
    • US10719229
    • 2003-11-20
    • James ChenMinh-Ngoc HuynhMatthew KalosChung Fung
    • James ChenMinh-Ngoc HuynhMatthew KalosChung Fung
    • G06F3/06H04L12/56G06F7/00
    • G06F3/065G06F3/0611G06F3/067G06F3/0689H04L47/10
    • Methods, system and computer program product are provided to improve the efficiency of data transfers in a PPRC environment. Any or all of three features may be implemented, each of which reduces the number of round trips required for the exchange of handshaking, data and control information. A first feature includes disabling the “transfer ready” acknowledgment which normally occurs between a primary storage controller and a secondary storage controller. A second feature includes pre-allocating payload and data buffers in the secondary storage controller. A third feature includes packaging write control information with a write command in an extended command descriptor block (CDB). Such a step eliminated the need for a separate transmission of the write control information. The CDB is transmitted along with a data block from the primary storage controller to the secondary storage controller and placed in the respective, pre-allocated buffers. Data may also be pipelined to the secondary. By decreasing the response time for data transfers, the distance separating the primary and secondary storage controllers may be increased.
    • 提供了方法,系统和计算机程序产品,以提高PPRC环境中数据传输的效率。 可以实现三个特征中的任何一个或全部,每个特征减少交换握手,数据和控制信息所需的往返次数。 第一个功能包括禁用通常在主存储控制器和辅助存储控制器之间发生的“传送就绪”确认。 第二特征包括在副存储控制器中预分配有效载荷和数据缓冲器。 第三个特征包括在扩展命令描述符块(CDB)中用写入命令封装写入控制信息。 这样的步骤消除了对写入控制信息的单独发送的需要。 CDB与来自主存储控制器的数据块一起传送到辅助存储控制器并且被放置在相应的预先分配的缓冲器中。 数据也可以流水线到次级。 通过减少数据传输的响应时间,可以增加分离主存储控制器和辅助存储控制器的距离。