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    • 81. 发明申请
    • CALL RECOVERY IN TD-SCDMA HANDOVER FAILURE
    • TD-SCDMA切换失败中的呼叫恢复
    • US20130176866A1
    • 2013-07-11
    • US13344441
    • 2012-01-05
    • Ming YangTom ChinQingxin ChenGuangming Shi
    • Ming YangTom ChinQingxin ChenGuangming Shi
    • H04W24/00H04W36/00
    • H04W56/0045H04W36/0079H04W36/08H04W56/0005
    • A method of wireless communication includes measuring and recording a path loss of a first downlink signal from a source base station, prior to attempting handoff from the source base station to a target base station. The path loss of a second downlink signal from the source base station is measured after unsuccessful handoff from the source base station to the target base station. A UE communicates with the source base station, after unsuccessful handoff, using an uplink timing corresponding to an uplink timing recorded prior to attempting handoff when a difference between the path loss of the first downlink signal and the path loss of the second downlink signal fails to meet a threshold value. A new uplink timing is used when the difference meets the threshold value.
    • 一种无线通信方法包括在尝试从源基站到目标基站的切换之前测量并记录来自源基站的第一下行链路信号的路径损耗。 在从源基站到目标基站的切换不成功之后,测量来自源基站的第二下行链路信号的路径损耗。 在第一下行链路信号的路径损耗与第二下行链路信号的路径损耗之间的差异不成立时,UE在切换不成功之后,使用对应于在尝试切换之前记录的上行链路定时的上行链路定时,与源基站通信, 满足阈值。 当差值满足阈值时,使用新的上行链路定时。
    • 83. 发明申请
    • AGENT-BASED ROAD TRANSPORTATION MODELING AND SIMULATION METHOD AND SYSTEM
    • 基于代理的道路交通建模与仿真方法与系统
    • US20130116995A1
    • 2013-05-09
    • US13292426
    • 2011-11-09
    • Ming Yang
    • Ming Yang
    • G06G7/76
    • G08G1/0129G08G1/012
    • Methods, systems and processor-readable media for collecting vehicle data utilizing an agent-based road transportation modeling and simulation. An object can be defined to hold a vehicle and a distance can be measured along a road path from one end of a road section having a constant number of lanes and no merge and split point in the middle. A collection object can be defined to hold the defined object on a particular lane within one section of the road. A collection object can be defined to hold the above defined collection objects of one lane on a particular road section. Finally, A collection object can be defined to hold the above defined collection objects of one road section. Insert, remove and other functions can be defined to conduct a lane switch and/or other operation.
    • 使用基于代理的道路运输建模和模拟来收集车辆数据的方法,系统和处理器可读介质。 可以将物体定义为保持车辆,并且可以沿着具有常数车道的路段的一端的道路路径测量距离,并且在中间不进行合并和分裂点。 可以定义集合对象以将定义的对象保存在道路一段内的特定车道上。 可以定义集合对象以在特定路段上保存上一个定义的一个通道的集合对象。 最后,可以定义一个集合对象来保存一个路段的上述定义的集合对象。 可以定义插入,移除等功能进行车道切换和/或其他操作。
    • 88. 发明授权
    • Transparent kerboros delegation with a storage virtualization system
    • 透明kerboros委托与存储虚拟化系统
    • US08250640B1
    • 2012-08-21
    • US12483993
    • 2009-06-12
    • Yuan ZhangZhaohui GuoMing YangPhilip LoveMario WurzlMingzhou Sun
    • Yuan ZhangZhaohui GuoMing YangPhilip LoveMario WurzlMingzhou Sun
    • G06F7/04
    • G06F3/0665G06F3/0622G06F3/0637G06F3/0647G06F3/067G06F21/33G06F21/335H04L9/3213
    • The invention is a system and method for ensuring that a storage virtualization system performs as a trusted delegate for a user attempting to access data on an authenticated server. Data is moved from a first server to a second server by a storage virtualization system. Even though the user may have been authenticated to access the first server, the storage virtualization system which re-directs user requests to the migrated data on the second server may not be authenticated. The first time a user is re-directed to the second server, the storage virtualization system will obtain request to act as a trusted delegate for the user by communicating with a third server, such as a Kerberos domain controller. After the storage virtualization system is properly authenticated as a trusted delegate for the user, future re-directed requests will be seamless and transparent to the user.
    • 本发明是一种系统和方法,用于确保存储虚拟化系统作为用户尝试访问经认证的服务器上的数据的受信任委托。 存储虚拟化系统将数据从第一个服务器移动到第二个服务器。 尽管用户可能已被认证以访问第一服务器,但是可能无法认证将用户请求重定向到第二服务器上的迁移数据的存储虚拟化系统。 第一次将用户重新定向到第二个服务器时,存储虚拟化系统将通过与第三个服务器(如Kerberos域控制器)进行通信,获得用户作为受信任委托的请求。 在存储虚拟化系统被正确认证为用户的受信任委托之后,未来的重定向请求将对用户是无缝和透明的。
    • 90. 发明申请
    • METHOD AND SYSTEM FOR CALIBRATING A MULTIPLE-BEAM CURVATURE/FLATNESS SENSOR
    • 用于校准多光束弯曲/平坦传感器的方法和系统
    • US20110228282A1
    • 2011-09-22
    • US12724857
    • 2010-03-16
    • Ming Yang
    • Ming Yang
    • G01B11/24
    • G01B21/042G01B11/306G01B2210/44G01B2210/46
    • A method and system for calibrating a multiple-beam curvature/flatness sensor in order to provide an accurate media curvature/flatness measurement. One or more flat media sheets are passed through a multiple-beam media curvature/flatness sensor and the timing data associated with the lead edge/trail edge crossing each beam associated with the multiple beam curvature/flatness sensor is used for the calibration of the curvature/flatness sensor system. The unknown variables in the media curvature/flatness equation which takes into consideration of the manufacture and assembly errors of the sensor as well as the media deflection due to gravity can be determined and eliminated in order to obtain a calibrated media curvature/flatness equation. The calibrated media curvature/flatness equation can further be applied in the curvature/flatness measurement in order to achieve accurate measurement results.
    • 用于校准多光束曲率/平坦度传感器以便提供精确的介质曲率/平坦度测量的方法和系统。 一个或多个平坦介质片材通过多光束介质曲率/平坦度传感器,并且与与多光束曲率/平坦度传感器相关联的每个光束的引导边缘/轨迹边缘相关联的定时数据用于校准曲率 /平面度传感器系统。 考虑到传感器的制造和组装误差以及由于重力引起的介质挠度的介质曲率/平坦度方程中的未知变量可以被确定和消除,以获得校准的介质曲率/平坦度方程式。 校准介质曲率/平坦度方程可以进一步应用于曲率/平坦度测量,以获得准确的测量结果。