会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 91. 发明申请
    • Adaptive method of floor control with fast response time and fairness in communication network
    • 自适应地板控制方法,响应时间快,通信网络公平
    • US20080159177A1
    • 2008-07-03
    • US11647930
    • 2006-12-29
    • Krishna BalachandranThomas P. ChuJoseph H. Kang
    • Krishna BalachandranThomas P. ChuJoseph H. Kang
    • H04L12/16
    • H04L12/1822H04W72/005
    • In a floor control system for a network, a floor control server controls a floor-based application for communications between multiple participant terminals. The server carries out a floor determination process that includes an adaptive waiting function. Upon receiving an initial floor request message, the server waits for additional requests before determining the floor winner. The wait time is a function of the floor request load. When the system is lightly loaded, the wait time is generally small. For heavier request loads, the wait time is generally longer, to ensure that a reasonable number of requests are received before awarding the floor. The wait time may be limited by a maximum wait time, which is a function of the floor request load. If a designated number of floor requests is received before the maximum wait time expires, a temporary floor winner is granted the floor if its priority is sufficiently high.
    • 在用于网络的楼层控制系统中,楼层控制服务器控制用于多个参与者终端之间的通信的基于楼层的应用。 服务器执行包括自适应等待功能的楼层确定过程。 在接收到初始楼层请求消息之后,服务器在确定楼层赢家之前等待附加请求。 等待时间是楼层请求负载的函数。 当系统轻载时,等待时间通常较小。 对于较重的请求负载,等待时间通常较长,以确保在授予发言权之前收到合理数量的请求。 等待时间可能受限于最大等待时间,这是楼层请求负载的函数。 如果在最大等待时间到期之前接收到指定数量的楼层请求,则如果其优先级足够高,则临时楼层优胜者被授予楼层。
    • 92. 发明申请
    • Methods of discovering neighbors in opportunistic open access ad hoc wireless networks
    • 在机会开放接入自组织无线网络中发现邻居的方法
    • US20080075145A1
    • 2008-03-27
    • US11525495
    • 2006-09-22
    • Krishna BalachandranJoseph H. Kang
    • Krishna BalachandranJoseph H. Kang
    • H04B1/713
    • H04W8/005H04B1/7143H04B1/715H04W84/18
    • In an ad hoc wireless network, for purposes of neighbor discovery, a transmitting node transmits a beacon within a timeslot and at a frequency that varies from timeslot-to-timeslot according to one or more associated and known pseudo-random or cyclical frequency hopping sequences. When, during a timeslot, the frequency hopping sequence would select a beacon frequency that if transmitted would violate spectrum policy that is in place during that timeslot, then, during that timeslot, a beacon is not transmitted during that timeslot. During each timeslot, a neighbor receiving node attempts to detect and decode a transmitted beacon at a frequency specified by the frequency hopping sequence that it expects a transmitting node to be using. When a receiving node successfully detects and decodes a beacon transmitted by a transmitting node, neighbor discovery between the transmitting and receiving nodes is achieved.
    • 在自组织无线网络中,为了邻居发现的目的,发射节点根据一个或多个相关联和已知的伪随机或循环跳频序列在时隙内和频率上发射信标,时隙到时隙变化 。 当在时隙期间跳频序列将选择一个信标频率,如果传输的信号频率将违反在该时隙期间就位的频谱策略,则在该时隙期间,在该时隙期间不发送信标。 在每个时隙期间,邻居接收节点尝试以期望发射节点正在使用的跳频序列指定的频率来检测和解码所发送的信标。 当接收节点成功地检测并解码由发送节点发送的信标时,实现发送节点与接收节点之间的邻居发现。