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    • 2. 发明授权
    • Controlling connection status of network adapters
    • 控制网络适配器的连接状态
    • US08046602B2
    • 2011-10-25
    • US12037161
    • 2008-02-26
    • Anbazhagan ManiJorge Rafael NoguerasRavindran RajanVasu Vallabhaneni
    • Anbazhagan ManiJorge Rafael NoguerasRavindran RajanVasu Vallabhaneni
    • G06F1/00
    • G06F1/325G06F1/3209
    • A method, medium and implementing processing system are provided for controlling the number of Ethernet adapters connected in an EtherChannel depending upon the current bandwidth requirements of the system. This system reduces power consumption, inter alia, wherever possible while not sacrificing performance or flexibility of an EthernetChannel. An exemplary embodiment EtherChannel's total bandwidth utilization is monitored and controlled. When the bandwidth utilization is a predetermined amount less than or more than a predetermined threshold level, power supplied to one or more of the physical Ethernet adapters that are part of the EtherChannel is adjusted, i.e. reduced or increased, accordingly. In another embodiment, in systems where ethernet devices support different levels of power, the power supplied to one or more adapters can be systematically incrementally reduced or increased in response to reduced or increased bandwidth utilization.
    • 提供了一种方法,介质和实现处理系统,用于根据系统的当前带宽需求来控制在EtherChannel中连接的以太网适配器的数量。 该系统尤其可以在可能的情况下降低功耗,而不会牺牲EthernetChannel的性能或灵活性。 示例性实施例监视和控制EtherChannel的总带宽利用率。 当带宽利用率小于或大于预定阈值水平的预定量时,提供给作为以太通道一部分的物理以太网适配器中的一个或多个的功率被相应调整,即减小或增加。 在另一个实施例中,在以太网设备支持不同级别的功率的系统中,响应于减小或增加的带宽利用率,提供给一个或多个适配器的功率可以被系统地递增地减小或增加。
    • 5. 发明申请
    • CONTROLLING CONNECTION STATUS OF NETWORK ADAPTERS
    • 控制网络适配器的连接状态
    • US20090217066A1
    • 2009-08-27
    • US12037161
    • 2008-02-26
    • Anbazhagan ManiJorge Rafael NoguerasRavindran RajanVasu Vallabhaneni
    • Anbazhagan ManiJorge Rafael NoguerasRavindran RajanVasu Vallabhaneni
    • G06F1/00
    • G06F1/325G06F1/3209
    • A method, medium and implementing processing system are provided for controlling the number of Ethernet adapters connected in an EtherChannel depending upon the current bandwidth requirements of the system. This system reduces power consumption, inter alia, wherever possible while not sacrificing performance or flexibility of an EthernetChannel. An exemplary embodiment EtherChannel's total bandwidth utilization is monitored and controlled. When the bandwidth utilization is a predetermined amount less than or more than a predetermined threshold level, power supplied to one or more of the physical Ethernet adapters that are part of the EtherChannel is adjusted, i.e. reduced or increased, accordingly. In another embodiment, in systems where ethernet devices support different levels of power, the power supplied to one or more adapters can be systematically incrementally reduced or increased in response to reduced or increased bandwidth utilization.
    • 提供了一种方法,介质和实现处理系统,用于根据系统的当前带宽需求来控制在EtherChannel中连接的以太网适配器的数量。 该系统尤其可以在可能的情况下降低功耗,而不会牺牲EthernetChannel的性能或灵活性。 示例性实施例监视和控制EtherChannel的总带宽利用率。 当带宽利用率小于或大于预定阈值水平的预定量时,提供给作为以太通道一部分的物理以太网适配器中的一个或多个的功率被相应调整,即减小或增加。 在另一个实施例中,在以太网设备支持不同级别的功率的系统中,响应于减小或增加的带宽利用率,提供给一个或多个适配器的功率可以被系统地递增地减小或增加。
    • 9. 发明申请
    • METHOD FOR INTELLIGENT PATCH SCHEDULING USING HISTORIC AVERAGES OF VIRTUAL I/O UTILIZATION AND PREDICTIVE MODELING
    • 使用虚拟I / O利用和预测建模的历史平均值进行智能调度调度的方法
    • US20090187899A1
    • 2009-07-23
    • US12018461
    • 2008-01-23
    • Anbazhagan ManiRobert G. KovacsMorgan J. RosasVasu Vallabhaneni
    • Anbazhagan ManiRobert G. KovacsMorgan J. RosasVasu Vallabhaneni
    • G06F9/44
    • G06F9/4401G06F8/65
    • A method for intelligent patch scheduling for a virtual (I/O) server is provided. Virtual I/O performance indicators of a virtual I/O server are monitored. The performance indicators are stored in a database. Historic averages of the performance indicators are maintained in the database. Patches to be applied to a client partition of the virtual I/O server are received. A reboot window is received for the client partition and is an allowed time frame for rebooting to apply the patches. Future virtual I/O utilization is predicted by running predictive modeling utilizing the historic averages of the performance indicators, and based on the predictive modeling, a specific time within the allowed time frame is determined for rebooting the client partition of the virtual I/O server to apply the patches. The virtual I/O server is rebooted to apply the patches to the client partition at the specific time within the reboot window.
    • 提供了一种用于虚拟(I / O)服务器的智能补丁调度的方法。 监视虚拟I / O服务器的虚拟I / O性能指标。 性能指标存储在数据库中。 绩效指标的历史平均值保持在数据库中。 接收到应用于虚拟I / O服务器的客户机分区的补丁。 接收到客户端分区的重新启动窗口,并且是允许重新启动以应用修补程序的时间框架。 未来的虚拟I / O利用率通过使用性能指标的历史平均值运行预测建模来预测,并且基于预测建模,确定允许的时间范围内的特定时间以重新启动虚拟I / O服务器的客户端分区 应用补丁。 重新启动虚拟I / O服务器,以便在重新引导窗口中的特定时间将修补程序应用于客户端分区。
    • 10. 发明申请
    • METHOD FOR DYNAMICALLY ALLOCATING NETWORK ADAPTERS TO COMMUNICATION CHANNELS FOR A MULTI-PARTITION COMPUTER SYSTEM
    • 将网络适配器动态分配到用于多分段计算机系统的通信信道的方法
    • US20080080544A1
    • 2008-04-03
    • US11537309
    • 2006-09-29
    • Anbazhagan ManiVasu Vallabhaneni
    • Anbazhagan ManiVasu Vallabhaneni
    • H04J3/16
    • G06F9/5083G06F9/5077
    • In an arrangement comprising a partitioned computer system and a switch with multiple adapters, wherein adapters are combined to form channels on respective partitions, a method is provided for dynamically changing the configuration of channels to which some of the adapters are assigned. The method allows better utilization for over-all network bandwidth. In one embodiment, the method includes initially allocating the adapters to establish at least one communication channel between each partition and the switch, wherein one or more adapters are allocated to each channel. Metric data is acquired for each channel during a time period, wherein the metric data indicates bandwidth utilization of respective channels. The metric data is evaluated to detect a first channel that under-utilizes available bandwidth when a second channel is over-utilizing available bandwidth. Adapters are reallocated from the first channel to the second channel by leveraging advanced Operating System and firmware support for dynamic adapter configuration, following detection of such event.
    • 在包括分区计算机系统和具有多个适配器的交换机的布置中,其中适配器被组合以在相应分区上形成信道,提供了用于动态地改变分配了一些适配器的信道的配置的方法。 该方法可以更好地利用整个网络带宽。 在一个实施例中,该方法包括最初分配适配器以在每个分区和交换机之间建立至少一个通信信道,其中一个或多个适配器被分配给每个信道。 在一段时间内为每个信道获取度量数据,其中度量数据指示相应信道的带宽利用率。 评估度量数据以检测当第二信道是过度利用可用带宽时利用可用带宽的第一信道。 在检测到此类事件之后,通过利用高级操作系统和固件支持动态适配器配置,将适配器从第一个通道重新分配到第二个通道。