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    • 1. 发明申请
    • CONTENT DELIVERY SYSTEM
    • 内容交付系统
    • US20090144811A1
    • 2009-06-04
    • US12240124
    • 2008-09-29
    • Daisuke MATSUBARAYukiko TAKEDAKazuho MIKI
    • Daisuke MATSUBARAYukiko TAKEDAKazuho MIKI
    • H04L9/32G06F15/16
    • H04N7/17336H04N21/222H04N21/25875H04N21/47202H04N21/6581
    • The selection of video content to be delivered to a video reproducing terminal is enabled from a communication terminal with WEB function without exposing a user ID. When a terminal makes a transfer request of content data, a web server requests a delivery management server for a transfer ID. The delivery management server issues the transfer ID each time the request is made and transmits it to the web server. The web server transmits the content data to a delivery server. The delivery server stores the content data from the web server correspondingly to the transfer ID. When receiving a delivery request including a transfer ID inputted to a video reproducing terminal from the video reproducing terminal, the delivery server reads the content data corresponding to the received transfer ID, and transmits it to the video reproducing terminal.
    • 通过具有WEB功能的通信终端能够进行向视频再现终端传送的视频内容的选择,而不暴露用户ID。 当终端进行内容数据的转移请求时,Web服务器向传送管理服务器请求传送ID。 交付管理服务器在每次请求时发出传输ID,并将其发送到Web服务器。 Web服务器将内容数据发送到传送服务器。 传送服务器对应于传送ID存储来自web服务器的内容数据。 当从视频再现终端接收包括输入到视频再现终端的传送ID的传送请求时,传送服务器读取与接收到的传送ID相对应的内容数据,并将其发送到视频再现终端。
    • 2. 发明申请
    • CONTENT CONTROL SYSTEM
    • 内容控制系统
    • US20100050274A1
    • 2010-02-25
    • US12535900
    • 2009-08-05
    • Kazuho MIKIDaisuke MATSUBARAHiroshi KURIHARASatoshi NAGANONarihiro OOMOTO
    • Kazuho MIKIDaisuke MATSUBARAHiroshi KURIHARASatoshi NAGANONarihiro OOMOTO
    • G06F7/04
    • H04L63/10H04L67/06H04L67/18H04W4/02
    • A content control system capable of controlling delivery destinations of user contents in respective groups, identifying each group through which each content is delivered, and delivering information/advertisements according to the attribution information of the content. In a content control server, group identifying information is set in each user content to be uploaded to or downloaded from a group memory area corresponding to a gateway ID from a terminal through a gateway having a plurality of its subordinate terminals. The information identifies each gateway through which each object content is delivered according to the gateway ID. The control system controls the delivery destination of each content according to the combination of the content delivery route and a table prepared in the content control server.
    • 一种内容控制系统,其能够控制各组中的用户内容的传送目的地,识别每个内容被传送到的每个组,以及根据内容的属性信息传递信息/广告。 在内容控制服务器中,通过具有多个下属终端的网关,从终端通过具有多个下属终端的网关,在每个用户内容中设置要从每个用户内容上传到与网关ID相对应的组存储区域的组内识别信息。 该信息根据网关ID识别每个通过其传送每个对象内容的网关。 控制系统根据内容传送路径与在内容控制服务器中准备的表的组合来控制各内容的发送目的地。
    • 4. 发明申请
    • COMMUNICATION SYSTEM AND HOME GATEWAY
    • 通信系统和家庭网关
    • US20100034209A1
    • 2010-02-11
    • US12535908
    • 2009-08-05
    • Daisuke MATSUBARAYukiko TAKEDA
    • Daisuke MATSUBARAYukiko TAKEDA
    • H04L12/28
    • H04L29/12113H04L61/1541H04L65/1036H04L65/1069
    • Even when a site of the Internet is used, switching is automatically performed to a connection via NGN, and a service via the NGN is provided to a user terminal. A HGW transmits a request from the user terminal in accordance with a destination address to a redirect server and a service provider server through one of an IP network and an NGN network. The redirect server redirects access to the service provider server via the IP network to access via the NGN network. The user terminal accesses one of communication devices of the service provider server through the IP network, and communication with the service provider server is performed through the NGN network based on address information of a redirect destination from the redirect server.
    • 即使使用因特网的站点,也可以通过NGN对连接进行切换,通过NGN的服务被提供给用户终端。 HGW通过IP网络和NGN网络中的一个,将根据目的地地址的用户终端的请求发送给重定向服务器和服务提供商服务器。 重定向服务器通过IP网络重定向对服务提供商服务器的访问,以通过NGN网络进行访问。 用户终端通过IP网络访问服务提供商服务器的通信设备之一,并且基于重定向服务器的重定向目的地的地址信息,通过NGN网络进行与服务提供商服务器的通信。
    • 6. 发明申请
    • TRANSPORT CONTROL SERVER, NETWORK SYSTEM AND AGGREGATED PATH SETTING METHOD
    • 运输控制服务器,网络系统和集成路径设置方法
    • US20100149988A1
    • 2010-06-17
    • US12637929
    • 2009-12-15
    • Daisuke MATSUBARAKazuma YUMOTO
    • Daisuke MATSUBARAKazuma YUMOTO
    • H04J1/16
    • H04L45/125H04L45/04H04L45/22H04L45/28H04L45/38
    • A transport control server, a network system, and an aggregated path setting method for avoiding congestion on the bypass destination route when an aggregated path consisting of a group of paths was bypassed (diverted) to a bypass destination route. Edge nodes measure the traffic information flowing along each path and notify the transport control server. The transport control server calculates the available capacity of bypass destination routes for each aggregated path based on this traffic information. After receiving a path add request, the transport control server assigns additional paths to the aggregated path so that the aggregated path traffic band that was assigned additional paths, does not exceed the available capacity on the bypass path. The transport control server sends an aggregated path set message to the edge nodes. The edge node complies with the aggregated path set message received from the transport control server and sets the aggregated path.
    • 当由一组路径组成的聚合路径被绕过(转移)到旁路目的地路由时,用于避免旁路目的地路由上的拥塞的传输控制服务器,网络系统和聚合路径设置方法。 边缘节点测量沿着每个路径流动的流量信息,并通知传输控制服务器。 传输控制服务器根据该流量信息计算每个聚合路径的旁路目的路由的可用容量。 传输控制服务器在收到路径添加请求后,为聚合路径分配附加路径,以便分配附加路径的聚合路径流量带不超过旁路路径上的可用容量。 传输控制服务器向边缘节点发送聚合路径集消息。 边缘节点符合从传输控制服务器接收的聚合路径集消息,并设置聚合路径。
    • 7. 发明申请
    • DATA SYNCHRONIZATION SERVER, SYSTEM, AND DATA TRANSFER BANDWIDTH CONTROL METHOD
    • 数据同步服务器,系统和数据传输带宽控制方法
    • US20120246276A1
    • 2012-09-27
    • US13363452
    • 2012-02-01
    • Daisuke MATSUBARAHitoshi YABUSAKI
    • Daisuke MATSUBARAHitoshi YABUSAKI
    • G06F15/16
    • H04L49/35H04L47/22H04L47/2475H04L47/762
    • A data synchronization system transfers data between multiple data synchronization servers connected to a network path. The data synchronization server calculates a transfer delay on a network path involved in the transfer of data of multiple applications in an application server to another data synchronization server, predicts a time at which the transfer delay will exceed the requested delay of each application, and controls the transmission rate of data for each application so that times, at which the transfer delays will exceed the requested delays of all applications, become the same. In this way, the data synchronization system controls the data synchronization of applications between remotely installed distributed data centers so that the requested delay of each application is satisfied as much as possible.
    • 数据同步系统在连接到网络路径的多个数据同步服务器之间传输数据。 数据同步服务器计算在应用服务器中将多个应用的​​数据传送到另一数据同步服务器的网络路径上的传输延迟,预测传输延迟将超过每个应用的请求延迟的时间,并且控制 每个应用的数据的传输速率,使得传输延迟超过所有应用的请求延迟的时间变得相同。 以这种方式,数据同步系统控制远程安装的分布式数据中心之间的应用程序的数据同步,以便尽可能地满足每个应用程序所请求的延迟。