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    • 4. 发明授权
    • System and method for quality of service management in mobile wireless networks
    • 移动无线网络服务质量管理系统和方法
    • US08631104B2
    • 2014-01-14
    • US09946796
    • 2001-09-06
    • Prathima AgrawalShinichi BabaFaramak Vakil
    • Prathima AgrawalShinichi BabaFaramak Vakil
    • G06F15/173
    • H04L41/0896H04L41/142H04L41/147H04W28/24H04W28/26H04W36/08H04W64/006H04W72/0453
    • A system and method are provided by which a wireless network service provider is able to provide and maintain a high level of quality of service for terminals in the corresponding network, by overcoming problems that result in a diminished quality of service, including handoff delays as terminals move between cells in a network and the uncertainly as to which cell the individual terminals are moving to as they roam within the network. Providing and maintaining a high level of quality of service in a wireless network includes recording a history of movements of a terminal within the wireless network, analyzing the movements of the terminal within the wireless network to compute a probability distribution of the terminal's target location, and allocating network resources, including bandwidth and priority scheme, to the terminal based on the probability distribution for the terminal.
    • 提供了一种系统和方法,通过该系统和方法,无线网络服务提供商能够通过克服导致服务质量降低的问题(包括作为终端的切换延迟)来提供并维持相应网络​​中的终端的高水平的服务质量 在网络中的小区之间移动,并且不确定地指出当各个终端在网络内漫游时移动到哪个小区。 在无线网络中提供和维持高水平的服务质量包括记录终端在无线网络内的移动历史,分析无线网络内的终端的移动以计算终端的目标位置的概率分布,以及 基于终端的概率分布向终端分配包括带宽和优先级方案的网络资源。
    • 7. 发明授权
    • Frequency hop collision prediction in a multi-channel, bluetooth-enabled packet transmission system
    • 在多通道,支持蓝牙的分组传输系统中进行频跳冲突预测
    • US07139285B2
    • 2006-11-21
    • US10016238
    • 2001-12-10
    • Prathima AgrawalDavid Famolari
    • Prathima AgrawalDavid Famolari
    • H04L12/43H04J3/00
    • H04W16/14H04B1/715H04B2001/7154H04W84/18
    • An arrangement including a scannable matrix for predicting the occurrence of a future collision of frequency hops of the channel hopping patterns on the respective activated first paths of a Bluetooth packet transmission system is described. A first coordinate of the matrix defines columns representative of a selectable window of N successive future time slots of the channel hopping patterns, and a second coordinate of the matrix defines rows each exhibiting the successive frequency hops of the patterns segments transmitted on a separate one of the activated channels during such window. The first coordinate is scanned to detect the occurrence, if any, of identical frequency hops appearing at an intersection of the then-scanned column and at least a pair of the rows. If a particular scan does not detect an occurrence of such identical frequency hops in any of the time slots of the scanned window, the first coordinate may be incremented by a selected number of time slots at the end of the scan, and the scan is then successively repeated for each new window that results. If and when identical frequency hops are detected in a particular future time slot during a scan, the channel hopping pattern(s) on a subset of the affected channels may be suitably altered to avoid the predicted collision.
    • 描述了包括用于预测蓝牙分组传输系统的相应的激活的第一路径上的信道跳频模式的跳频的未来冲突的发生的可扫描矩阵的布置。 矩阵的第一坐标定义表示信道跳频图案的N个连续未来时隙的可选窗口的列,并且矩阵的第二坐标定义各自表现出在单独的一个上发送的模式段的连续跳频的行 在这样的窗口中激活的通道。 扫描第一个坐标以检测出现在当时扫描的列和至少一对行的交点处的相同跳频的发生(如果有的话)。 如果特定扫描未检测到扫描窗口的任何时隙中出现这样相同的跳频,则第一坐标可以在扫描结束时递增选定数量的时隙,然后扫描 连续重复每个新窗口的结果。 如果并且当在扫描期间在特定的未来时隙中检测到相同的跳频时,可以适当地改变受影响信道的子集上的信道跳频模式以避免预测的冲突。
    • 10. 发明授权
    • Method and systems for toll-free internet protocol communication services
    • 用于免费网际协议通信服务的方法和系统
    • US07848312B2
    • 2010-12-07
    • US11007868
    • 2004-12-09
    • Tao ZhangMiriam TauilSunil Hukmichand MadhaniPrathima AgrawalToshikazu Kodama
    • Tao ZhangMiriam TauilSunil Hukmichand MadhaniPrathima AgrawalToshikazu Kodama
    • H04L12/56
    • H04L12/14G06Q10/02H04L12/1464H04L12/1467H04L12/1471
    • This document describes Toll Free IP (TIP), a business model and its enabling methods to provide no-charge-to-user (“toll-free”) connectivity through IP-based access networks (e.g., public wireless hotspot networks based on IEEE 802.11), which may be operated by different network operators. With TIP, the use of networks to communicate with a toll-free IP destination will be paid by the owner of the toll-free IP destination. A toll-free IP destination can be identified in many ways, e.g., by a toll-free IP address, toll-free Internet Domain Name, a toll-free Universal Resource Identifier or Universal Resource Locator. TIP enables a user to use networks without prior service subscriptions with network or service providers and without any special terminal software or hardware for gaining permission to use a network. It allows users to use more access networks, i.e., larger “footprints”, than any individual network operator or aggregator can provide. With TIP, a service provider can provide services over IP-based access networks without the need to have business arrangements with each individual network operator or aggregator. TIP can also be used to enable other value-added services such as Prepaid IP, Collect IP, Selective Charging, and a single prepaid account across access networks of multiple operators or aggregators and even across wireless LANs (e.g., public hotspots and enterprise wireless LANs) and cellular networks.
    • 本文档描述了免费IP(TIP),一种商业模式及其通过基于IP的接入网络(例如,基于IEEE的公共无线热点网络)提供免费到用户(“免费”)连接的启用方法 802.11),其可以由不同的网络运营商操作。 通过TIP,使用网络与免费IP目的地通信将由免费IP目的地的所有者支付。 可以通过许多方式来识别免费的IP目的地,例如通过免费IP地址,免费因特网域名,免费通用资源标识符或通用资源定位器。 TIP使用户能够使用网络,而不需要网络或服务提供商进行先前的服务订阅,并且没有任何特殊的终端软件或硬件来获得使用网络的权限。 它允许用户使用比任何单独的网络运营商或聚合器可以提供的更多的接入网络,即更大的“足迹”。 通过TIP,服务提供商可以通过基于IP的接入网络提供服务,而无需与每个单独的网络运营商或聚合商进行业务安排。 TIP还可用于启用其他增值服务,如预付费IP,收集IP,选择性收费以及跨多个运营商或聚合商的接入网络以及甚至跨无线LAN(例如,公共热点和企业无线局域网)的单个预付帐户 )和蜂窝网络。