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    • 2. 发明授权
    • Methods, apparatuses, and computer program product for traffic data aggregation using virtual trip lines and GPS-enabled mobile handsets
    • 使用虚拟跳闸线路和启用GPS的手机进行交通数据聚合的方法,设备和计算机程序产品
    • US07818114B2
    • 2010-10-19
    • US11948779
    • 2007-11-30
    • Quinn JacobsonBaik HohMurali Annavaram
    • Quinn JacobsonBaik HohMurali Annavaram
    • G06F19/00
    • G08G1/0104G08G1/052
    • A device for determining when a virtual trip line has been crossed or traversed is provided. The device includes a memory for storing the virtual trip lines which are defined pairs of location descriptors corresponding to a geographic area. The device further includes a processor that is capable of determining the location of the device when it crosses a virtual trip line as well as its speed and direction. The processing element is further capable of sending this information to another electronic device such as a server that may determine a number of vehicles crossing a virtual trip line for a specified amount of time, the average speed of vehicles crossing the virtual trip line and the traffic density in a region near the virtual trip line. The device is capable of receiving the information that was determined by the server.
    • 提供了一种用于确定虚拟跳闸线何时已被越过或穿过的装置。 该设备包括用于存储虚拟跳闸线的存储器,虚拟跳闸线是对应于地理区域的定义的位置描述符对。 该设备还包括处理器,其能够在穿过虚拟跳闸线以及其速度和方向时确定设备的位置。 处理元件还能够将该信息发送到诸如可以确定跨越虚拟跳闸线路的车辆数量达指定时间量的其他电子设备,穿过虚拟跳闸线路的车辆的平均速度和交通 在虚拟跳闸线附近的区域的密度。 该设备能够接收由服务器确定的信息。
    • 6. 发明申请
    • RUNTIME SELECTION OF MOST ENERGY-EFFICIENT APPROACH FOR SERVICES REQUESTED BY MOBILE APPLICATIONS
    • 选择移动应用服务所需的最有效的方法
    • US20130275794A1
    • 2013-10-17
    • US13861140
    • 2013-04-11
    • Murali AnnavaramSangwon Lee
    • Murali AnnavaramSangwon Lee
    • G06F1/32
    • G06F1/3234G06F1/3278Y02D10/157
    • An energy conservation module may be included in a mobile communication device that receives requests for services from application programs running in the device. For each request, the energy conservation module may determine which of different, selectable ways of performing the request is likely to be the most energy efficient. The energy conservation module may then cause the request to be performed in this most energy-efficient way. This determination may be dynamic and based on current operating conditions. Middleware between the application programs and an operating system may be included that presents various APIs to the application programs to allow them to easily invoke this functionality. The different, selectable ways of performing the services may be of any type, including different, selectable computer network interfaces (e.g., Wi-Fi and cellular) and whether a complex computation should be performed within or outside of the mobile communication device.
    • 节能模块可以包括在从在设备中运行的应用程序接收对服务的请求的移动通信设备中。 对于每个请求,节能模块可以确定执行请求的哪些不同的可选择的方式可能是最节能的。 节能模块然后可以以最节能的方式使得请求被执行。 该确定可以是动态的并且基于当前的操作条件。 可以包括应用程序和操作系统之间的中间件,其向应用程序提供各种API,以允许它们容易地调用该功能。 执行服务的不同的可选择的方式可以是任何类型的,包括不同的可选择的计算机网络接口(例如,Wi-Fi和蜂窝),以及是否应该在移动通信设备内部或外部执行复杂的计算。
    • 9. 发明申请
    • AUTOMATED DETECTION OF AND COMPENSATION FOR GUARDBAND DEGRADATION DURING OPERATION OF CLOCKED DATA PROCESSING CIRCUIT
    • 自动检测和补偿时钟数据处理电路运行期间的数据丢失
    • US20120159276A1
    • 2012-06-21
    • US13327561
    • 2011-12-15
    • Bardia ZANDIANMurali ANNAVARAM
    • Bardia ZANDIANMurali ANNAVARAM
    • G01R31/3181
    • G01R31/3016
    • An automated guardband compensation system may automatically compensate for degradation in the guardband of a clocked data processing circuit while that circuit is connected within a data processing system. A control circuit may automatically and repeatedly request: a switching circuit to switch a critical path within the clocked data processing circuit out of a data processing pathway within the data processing system while the clocked data processing circuit is connected within the data processing system; a guardband test circuit to test the guardband of the critical path while the critical path is switched out of the data processing pathway; a guardband compensation circuit to increase the guardband when the results of the test indicate a material degradation in the guardband; and a switching circuit to switch the critical path back into the data processing pathway after the test.
    • 自动保护带补偿系统可以自动补偿在数据处理系统内连接时钟数据处理电路的保护带中的劣化。 控制电路可以自动且重复地请求:切换电路,用于在时钟数据处理电路连接在数据处理系统内的情况下,从数据处理系统内的数据处理路径切换时钟数据处理电路内的关键路径; 一个防护带测试电路,用于测试关键路径的保护带,同时将关键路径切换出数据处理路径; 当测试结果指示保护带中的材料劣化时,用于增加保护带的保护带补偿电路; 以及在测试之后将关键路径切换回数据处理路径的切换电路。