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    • 32. 发明申请
    • PROACTIVE TRANSFER OF NETWORK SERVICES DATA USING NETWORK MAP DATA
    • 使用网络地图数据实现网络服务数据的传输
    • US20160112864A1
    • 2016-04-21
    • US14515722
    • 2014-10-16
    • TOYOTA JIDOSHA KABUSHIKI KAISHA
    • Dustin HARBER
    • H04W8/12H04W68/04H04W4/02
    • H04W4/029H04L67/2847H04W4/024H04W4/18H04W64/006
    • The disclosure includes a system and method for proactively providing the transfer of network services data using network map data. The system includes a processor and a memory storing instructions that, when executed, cause the system to: estimate a present journey for a user based on time synchronicity data and historical journey data; determine one or more preferred network services for the user based on preference hierarchy data; determine that a mobile system associated with the user will enter a dead zone based on the estimation of the present journey and network map data describing the dead zone; determine network services data configured to enable the mobile system to consume the preferred network services while in the dead zone; and transmit a request for network services data configured to enable the mobile system to consume the preferred network services while in the dead zone.
    • 本公开包括使用网络地图数据主动提供网络服务数据的传送的系统和方法。 该系统包括处理器和存储指令的存储器,所述指令在执行时使系统基于时间同步数据和历史旅程数据来估计用户的当前行程; 基于偏好层次数据确定用户的一个或多个优选网络服务; 确定与用户相关联的移动系统将基于当前旅程的估计和描述死区的网络地图数据进入死区; 确定被配置为使得移动系统在死区中消耗优选网络服务的网络服务数据; 并且发送网络服务数据的请求,所述网络服务数据被配置成使得移动系统能够在死区中消耗优选的网络服务。
    • 38. 发明授权
    • Telecommunication system
    • 电信系统
    • US5978682A
    • 1999-11-02
    • US874616
    • 1997-06-13
    • Martin Remco Van Der WerffJohannes Marinus Antonius CampsPieter Gerrit GroenewegWillem Johannes HelwigPaul Bernardus Johannes Oude VrielinkSicke Westerdijk
    • Martin Remco Van Der WerffJohannes Marinus Antonius CampsPieter Gerrit GroenewegWillem Johannes HelwigPaul Bernardus Johannes Oude VrielinkSicke Westerdijk
    • H04B7/185H04W68/00H04W68/04H04W68/06H04Q7/20
    • H04W68/04H04B7/1856H04W68/06
    • Telecommunication system in which local terminals may be called from one or more central stations by way of transmission paths selected by selection device on the probability of success. Selection takes place with the help of selection tables on the basis of exchanged signalling messages obtained from, or by way of, a switching system (3); other selection tables are also possible, e.g., on the basis of geographic or cartographic information. To the transmission paths there are assigned scores on the basis of the points in time of successful and unsuccessful calls, and of numbers of successful calls. During a session, a call is first made by way of the transmission path having the highest score (S(ok), S(nok) or S(rc)) in one of the selection tables (OK, NOK and RC, respectively). In the event of failure, the call is repeated by way of a preferred transmission path (PP), once again in sequence of the scores from one of the selection tables. If these calls are unsuccessful as well, the other transmission paths are tested, once again in sequence of the scores (S(ok), S(nok) or S(rc)) from one of the selection tables (OK, NOK and RC, respectively). Transmission paths for which it is a short while ago (e.g., less than 5 minutes) that an unsuccessful call took place, are not used. All this is useful, inter alia, for Inmarsat, GSM, UMTS and UPT.
    • 通过选择装置选择的传输路径可以从成功的概率通过一个或多个中心站呼叫本地终端的通信系统。 基于从交换系统(3)获取或通过交换系统(3)的交换的信令消息,选择表的选择发生在选择表的帮助下。 其他选择表也是可能的,例如,基于地理或制图信息。 对于传输路径,根据成功和不成功呼叫的时间点以及成功呼叫的数量,分配分数。 在会话期间,首先通过在选择表(分别为OK,NOK和RC)中具有最高分数(S(ok),S(nok)或S(rc))的传输路径进行呼叫, 。 在失败的情况下,通过优选传输路径(PP)重复呼叫,再次按照来自选择表之一的得分顺序。 如果这些呼叫不成功,则从其中一个选择表(OK,NOK和RC)再次按照分数(S(ok),S(nok)或S(rc))顺序测试其他传输路径 , 分别)。 不使用发生不成功的传输路径(例如,不到5分钟)。 所有这一切对于国际海事卫星组织,GSM,UMTS和UPT尤其有用。