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    • 31. 发明授权
    • Conducting device and socket
    • 导电装置和插座
    • US09196991B2
    • 2015-11-24
    • US14396746
    • 2013-04-01
    • Jie Liu
    • Jie Liu
    • H01R13/44H01R13/187H01R13/11H01R13/18
    • H01R13/187H01R13/11H01R13/112H01R13/18H01R13/193
    • The conducting device and the socket with stable electrical-connection ability are provided. The socket comprises a socket body, the conducting device arranged in an accommodating slot of the socket body, and an ending cap arranged on the socket body. The conducting device comprises a movable spring plate, a stationary spring plate and a reset spring member. The movable spring plate is rotatably connected with the stationary spring plate. The reset spring member is located in the outer side of the movable spring plate and contacts with the movable spring plate. An inserting slot is formed between the movable spring plate and the stationary spring plate. The width of the inserting slot is gradually decreased from inner part to outer part. The ending cap blocks the reset spring member and is adaptive with the socket body.
    • 提供具有稳定电连接能力的导电装置和插座。 插座包括插座主体,布置在插座主体的容纳槽中的导电装置和布置在插座主体上的端盖。 导电装置包括可动弹簧板,固定弹簧板和复位弹簧构件。 可动弹簧板与固定弹簧板可旋转地连接。 复位弹簧构件位于可动弹簧板的外侧,并与可动弹簧板接触。 在可动弹簧板和固定弹簧板之间形成插槽。 插槽的宽度从内部到外部逐渐减小。 端盖封闭复位弹簧构件,并与插座主体自适应。
    • 34. 发明授权
    • Granular client inventory management with conflict resolution
    • 具有冲突解决能力的客户端库存管理
    • US09143407B2
    • 2015-09-22
    • US13224362
    • 2011-09-02
    • Chuanbo ZhangJerry LiuJie DuHuajun LuoYumin GuoXueYin JiangZhongGang LiHaibing WangJie LiuShakir Hussain BasheerYue Chen
    • Chuanbo ZhangJerry LiuJie DuHuajun LuoYumin GuoXueYin JiangZhongGang LiHaibing WangJie LiuShakir Hussain BasheerYue Chen
    • G06F15/173H04L12/24
    • H04L41/12
    • Granular inventory management with conflict resolution at a target is provided. A client receives inventory management requests, as default settings and/or from a server. Each request includes action instance(s), which have an action key, action type, action detail(s), a precedence, and a sequence number. The client identifies a conflict if two instances have the same action type but incompatible detail(s). The client resolves the conflict, based on precedence and sometimes also on sequence numbers. The client performs the resulting action instance(s), and results are sent back for inclusion in an inventory report. Action details may specify a schedule for recurring actions. A precedence may be specified by an administrator or be built-in. Default and other requests may be defined by viewing inventory classes in a graphical user interface, entering an action based on inventory class(es), and entering target device group selection(s). Inventory classes may be captured from a live system.
    • 提供了具有目标冲突解决的精细库存管理。 客户端接收库存管理请求作为默认设置和/或从服务器。 每个请求包括动作实例,它们具有动作键,动作类型,动作细节,优先级和序列号。 如果两个实例具有相同的操作类型但不兼容的细节,则客户端会识别冲突。 客户端基于优先级,有时还根据序列号解决冲突。 客户端执行生成的操作实例,并返回结果以包含在清单报告中。 操作细节可以指定重复操作的计划。 优先级可由管理员指定或内置。 可以通过在图形用户界面中查看库存类别,基于库存类别输入操作以及输入目标设备组选择来定义默认和其他请求。 可以从实时系统捕获库存类别。
    • 37. 发明授权
    • Workload interference estimation and performance optimization
    • 工作负载干扰估计和性能优化
    • US08707300B2
    • 2014-04-22
    • US12843054
    • 2010-07-26
    • Sriram GovindanJie LiuAman Kansal
    • Sriram GovindanJie LiuAman Kansal
    • G06F9/46G06F9/455G06F11/00
    • G06F9/5083G06F9/45533G06F9/52
    • Architecture that facilitates the estimation of interference among workloads (e.g., virtual machines) due to sharing of a shared resource (e.g., a shared cache of a computer processor), and optimization of a desired performance objective such as power or energy use in the presence of the interference. Estimation is to the extent of interference by characterizing the nature of shared resource usage and its effect on performance. Performance optimization is accomplished using metrics based on the above estimation, or alternatively, an explicit measurement of the interference effects. Methods are employed to estimate interference on the workload's performance with changes in availability of the shared resource or with combinations of other workloads sharing the same resource and allocating workloads to one or more physical computers or resources to workloads such that a desired performance objective is optimized. The methods can include allocating workloads on demand.
    • 由于共享共享资源(例如,计算机处理器的共享缓存),有助于估计工作负载(例如,虚拟机)之间的干扰的架构,以及优化所期望的性能目标,例如存在的功率或能量使用 的干扰。 通过描述共享资源使用的性质及其对性能的影响来估计干扰程度。 使用基于上述估计的度量或者干扰效应的显式测量来实现性能优化。 采用方法来估计对共享资源的可用性的改变或共享相同资源的其他工作负载的组合的工作负载性能的干扰,并且将工作负载分配给一个或多个物理计算机或资源到工作负载,使得期望的性能目标被优化。 这些方法可以包括按需分配工作负载。