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    • 5. 发明授权
    • System and method to improve service in a group of servers
    • 提高一组服务器服务的系统和方法
    • US07698710B1
    • 2010-04-13
    • US09692596
    • 2000-10-19
    • Lily Barkovic MummertWilliam G. Pope
    • Lily Barkovic MummertWilliam G. Pope
    • G06F15/16G06F15/173G06F9/46
    • G06F9/5083G06F2209/5019
    • A system and method for evaluating workload units in a computer system whereby each workload unit is assigned an impact number representing the number of days that the expiration date of a computer system would be changed if the workload unit were to be added or removed from the system with all other workload units remaining the same. Each workload unit may be assigned a different number for each system in the environment. The inventive system and method simplify the task of combining multidimensional workload measures and incorporate the interaction with other workload units in the system by assessing the impact on both a donor and a recipient computer systems' expiration dates. Thus, the invention provides a more robust way to measure the effect of moving workload units between systems to result in a better allocation of work amongst computer systems in a processing environment.
    • 一种用于评估计算机系统中的工作量单元的系统和方法,其中每个工作负荷单元被分配有代表如果要从系统中添加或移除工作负荷单元将改变计算机系统的到期日期的天数的冲击数 所有其他工作负载单位保持不变。 可以为环境中的每个系统分配不同的号码。 本发明的系统和方法简化了组合多维工作负荷措施的任务,并通过评估对捐赠者和接受方计算机系统的到期日期的影响,将与系统中其他工作负载单元的互动结合起来。 因此,本发明提供了一种更稳健的方法来测量移动工作负载单元在系统之间的影响,以便在处理环境中的计算机系统之间更好地分配工作。
    • 6. 发明授权
    • System and method for analyzing capacity in a plurality of processing systems
    • 用于分析多个处理系统中的容量的系统和方法
    • US06907607B1
    • 2005-06-14
    • US09690872
    • 2000-10-17
    • Lily Barkovic MummertWilliam G. Pope
    • Lily Barkovic MummertWilliam G. Pope
    • G06F15/177G06F9/46G06F9/50
    • G06F9/5088
    • A system and method for projecting capacity of computer resources for a plurality of processing systems in a processing environment and for adjusting workload among said systems to improve resource utilization. An administrative processor determines the projected usage of computer resources for a plurality of computer systems in a processing environment by representing the capacity of each of the plurality of computer systems in a normalized unit and by sorting the capacities of the computer systems by the normalized or standardized units. The standardized unit, optimally time as measured as the life expectancy of each different resource of the computer system, is used for the N-axes of the N-dimensional space called a capacity space. Each computer system is mapped to a point in the capacity space, which normalizes configuration and capacity differences between systems by expressing the usage of all resources in the units of time. Once the normalized values have been defined and sorted, the administrative processor can make adjustments to the workload among the plurality of processing systems to improve the utilization of the capacity of the greatest number of processing systems in the processing environment.
    • 一种用于在处理环境中为多个处理系统投射计算机资源的能力并用于调整所述系统中的工作量以提高资源利用率的系统和方法。 管理处理器通过以标准化单元表示多个计算机系统中的每一个的容量并且通过归一化或标准化的方式对计算机系统的容量进行排序来确定在处理环境中对于多个计算机系统的计算机资源的预计使用 单位。 标准化单位,以计算机系统的每个不同资源的预期寿命测量的最佳时间用于称为容量空间的N维空间的N轴。 每个计算机系统被映射到容量空间中的一个点,其通过以时间单位表示所有资源的使用来规范系统之间的配置和容量差异。 一旦规范化值被定义和分类,管理处理器可以对多个处理系统中的工作负载进行调整,以提高处理环境中最大数量的处理系统的容量的利用率。