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    • 71. 发明申请
    • Policy based service management
    • 基于策略的服务管理
    • US20070124797A1
    • 2007-05-31
    • US10866508
    • 2004-06-12
    • Rajiv GuptaSekhar Sarukkai
    • Rajiv GuptaSekhar Sarukkai
    • H04L9/00
    • H04L63/102H04L67/02H04L67/28H04L67/2823
    • A system and a method for policy management in a web services environment includes a policy design tool, a policy storage and a policy manager controller. The policy design tool creates (or updates) a policy for association with a web service. The policy storage stores the policy. The policy manager controller provides an interface for transmission of the policy to a policy enforcement tool and also receives messages relating to the policy from the policy enforcement tool. In addition, a system and method for policy enforcement in a web services environment includes a policy enforcement controller, a policy enforcement repository, an enforcer, a policy enforcement framework, and a policy container. The policy enforcement controller receives and commits a policy and the policy enforcement repository stores the committed policy. The enforcer module receives a request to invoke the policy and the policy enforcement framework determines whether the requested policy is committed in the policy enforcement repository and whether the policy is instantiated. The policy container determines whether the policy is enforceable.
    • 用于Web服务环境中的策略管理的系统和方法包括策略设计工具,策略存储和策略管理器控制器。 策略设计工具创建(或更新)与Web服务关联的策略。 策略存储存储策略。 策略管理器控制器提供用于将策略传输到策略执行工具的接口,并且还从策略执行工具接收与该策略相关的消息。 另外,用于web服务环境中的策略执行的系统和方法包括策略执行控制器,策略实施库,执行器,策略实施框架和策略容器。 策略执行控制器接收并提交策略,策略执行库存储所承诺的策略。 执行者模块接收到调用策略的请求,策略执行框架确定策略执行库中是否提交了请求的策略,以及策略是否被实例化。 策略容器确定策略是否可执行。
    • 80. 发明授权
    • Low power crystal oscillator
    • 低功耗晶体振荡器
    • US5486795A
    • 1996-01-23
    • US051134
    • 1993-04-22
    • John R. SpenceRajiv GuptaMingming Zhang
    • John R. SpenceRajiv GuptaMingming Zhang
    • H03B5/32H03B5/36H03B5/06
    • H03B5/364
    • The LOW POWER CRYSTAL OSCILLATOR shown here reduces power consumption of a Pierce oscillator which has an inverter preferably made of an NFET N0 and a PFET P0 in series. A load, preferably an NFET N1 with its gate wired to its source, is placed in parallel with a switch, preferably a PFET P1, between P0 and Vcc. A clamp, preferably a PFET P2 with its gate wired to its source, is placed in parallel with a switch, preferably an NFET N2, between N0 and ground. The switches are enabled during power-up, thereby providing quick turn-on of the oscillator. They are then disabled, thereby reducing the voltage across the crystal XTAL and consequently reducing the power consumed.
    • 这里所示的低功率晶体振荡器降低了具有由NFET N0和PFET P0串联的变换器的皮尔斯振荡器的功耗。 负载,优选地,其栅极连接到其源极的NFET N1与P0和Vcc之间的开关(优选PFET P1)平行放置。 夹具,优选地是其栅极连接到其源极的PFET P2与N0和地之间的开关,优选NFET N2平行放置。 开关在上电时使能,从而提供快速开启振荡器。 然后它们被禁用,从而降低晶体XTAL两端的电压,从而降低功耗。