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    • 12. 发明授权
    • Gateway apparatus with LAC function
    • 具有LAC功能的网关设备
    • US06981026B2
    • 2005-12-27
    • US10951856
    • 2004-09-27
    • Mitsuhiro NodaSusumu MatsuiAkinori Honda
    • Mitsuhiro NodaSusumu MatsuiAkinori Honda
    • H04L29/06H04L29/08G06F15/16
    • H04L29/06H04L67/2842H04L69/329
    • A gateway apparatus 104 connected to an access network 105 accommodating a plurality of ISP networks 108, and having an LAC function of transferring a PPP frame received from a user terminal to any one of the ISP networks via an L2TP connection set on the access network, includes: a cache server interface 112 for connection to a cache server; and a packet transfer controller (81A to 81C and 87) for selecting a PPP frame in which a Web contents request message is included in a payload field from a stream of PPP frames received from a user terminal, and transferring the request message indicated in the PPP frame to the cache server via the cache server interface.
    • 连接到容纳多个ISP网络108的接入网络105的网关装置104,并且具有通过在接入网络上设置的L2TP连接将从用户终端接收到的PPP帧传送到任何一个ISP网络的LAC功能, 包括:用于连接到缓存服务器的缓存服务器接口112; 以及用于从从用户终端接收的PPP帧的流中选择其中Web内容请求消息被包括在有效载荷字段中的PPP帧的分组传送控制器(81A至81C和87),并且传送所指示的请求消息 在PPP帧中通过缓存服务器接口到缓存服务器。
    • 15. 发明授权
    • Information reception processing method and computer-telephony integration system
    • 信息接收处理方法和计算机电话集成系统
    • US06636587B1
    • 2003-10-21
    • US09103816
    • 1998-06-24
    • Yasuhiko NagaiSusumu Matsui
    • Yasuhiko NagaiSusumu Matsui
    • H04M1100
    • H04M3/5307H04L51/066H04L51/36H04M3/42323H04M3/5335H04M2201/60H04M2203/4509H04M2207/20
    • When a sender sends a transmission message to a receiver by use of a communication appliance such as telephone, portable telephone, facsimile or electronic mail, the transmission massage is temporarily received by a computer-telephony integration (CTI) server. The CTI server makes reference to a user contact table to thereby specify a contact point of the receiver at present and the kind of a communication appliance capable of being used by the receiver which are registered in advance in the user contact table. Then, the CTI server sends the transmission message to the receiver after automatic media conversion in accordance with the communication appliance and reception condition which are allowed for the receiver to use. A reception condition requested by the sender may be reflected in a part of the reception condition of the receiver.
    • 当发送者通过使用诸如电话,便携式电话,传真或电子邮件的通信设备向接收者发送传输消息时,传输按摩被计算机电话集成(CTI)服务器临时接收。 CTI服务器引用用户接触表,从而指定目前接收机的接触点和能够由接收机使用的通信设备的类型,该接收机预先登录在用户接触表中。 然后,CTI服务器根据允许接收机使用的通信设备和接收条件在自动媒体转换之后将发送消息发送到接收者。 发送者请求的接收条件可以反映在接收机的接收状态的一部分中。
    • 16. 发明授权
    • Key distribution method and system in secure broadcast communication
    • 安全广播通信中的密钥分发方法和系统
    • US06512829B1
    • 2003-01-28
    • US09520627
    • 2000-03-07
    • Mototsugu NishiokaHisashi UmekiSusumu Matsui
    • Mototsugu NishiokaHisashi UmekiSusumu Matsui
    • H04L900
    • H04L9/083H04L2209/601
    • A key distribution method and system are disclosed in which a sender and receivers share a common key information for performing a secure broadcast communication. By use of a center side apparatus, a center generates key information of a receiver in association with a subset inclusive of two or more elements of a proper finite set S1 on the basis of a space determined by a subset inclusive of two or more elements of another finite set S2. A sender side apparatus, a sender makes the multi-address transmission of key distribution data W inclusive of data generated corresponding to each element of the finite set S1 and data generated corresponding to a set of plural receivers through a communication network. By use of a receiver side apparatus, a receiver generates common key information between the sender and the receiver from the key distribution data W and the key information of the receiver.
    • 公开了一种密钥分配方法和系统,其中发送方和接收方共享用于执行安全广播通信的公共密钥信息。 通过使用中心侧装置,中心基于由包括两个或更多个元素的子集确定的空间的空间来生成与包括适当有限集合S1的两个或更多个元素的子集相关联的接收机的密钥信息 另一个有限集S2。 发送方装置,发送方通过通信网络进行密钥分发数据W的多地址传输,包括对应于有限集合S1的每个元素产生的数据和对应于一组多个接收者生成的数据。 通过使用接收机侧设备,接收机从密钥分发数据W和接收者的密钥信息生成发送方和接收方之间的公共密钥信息。
    • 18. 发明授权
    • Information processing system, communication method, and recording medium
    • 信息处理系统,通信方式和记录介质
    • US06360247B1
    • 2002-03-19
    • US09313971
    • 1999-05-19
    • Takahiro FujishiroSusumu MatsuiYasuhiro TakahashiTaro Saito
    • Takahiro FujishiroSusumu MatsuiYasuhiro TakahashiTaro Saito
    • G06F1516
    • H04L69/16H04L29/06H04L69/162H04L69/32H04L69/40H04W36/0011H04W80/04H04W80/06
    • An information processing system continues communication without affecting the operation of an application when a communication line is disconnected due to a communication error. When the application sends a communication connection request to another system, an MS Manager portion connects the application via a communication line. An MS portion sends a control handle, instead of a communication line handle, to the application. When the application sends data, the MS portion changes the control handle appended to the data to the handle of the actual communication line. When data is received from another system, the MS portion changes the handle of the actual communication line to the control handle and passes the control handle to the application. When the communication line is disconnected due to an error, the MS Manager portion connects the application to the other system via another communication line. The MS portion re-sends data not yet received by the other system if there are any.
    • 当通信线由于通信错误而断开时,信息处理系统继续通信而不影响应用的操作。 当应用程序向另一个系统发送通信连接请求时,MS管理器部分通过通信线路连接应用程序。 MS部分将控制句柄(而不是通信线路句柄)发送到应用程序。 当应用程序发送数据时,MS部分将附加到数据的控制手柄改变为实际通信线路的句柄。 当从另一个系统接收到数据时,MS部分将实际通信线路的句柄改变为控制句柄,并将控制句柄传递给应用程序。 当通信线由于错误而断开连接时,MS管理器部分通过另一通信线将应用连接到另一个系统。 如果有的话,MS部分重新发送尚未被其他系统接收的数据。
    • 20. 发明授权
    • Personal station authentication system and authentication method
    • 个人站认证系统和认证方式
    • US6134431A
    • 2000-10-17
    • US943221
    • 1997-10-06
    • Norihisa MatsumotoMasato HayashiSusumu MatsuiKazuhisa Tanaka
    • Norihisa MatsumotoMasato HayashiSusumu MatsuiKazuhisa Tanaka
    • H04L9/08H04L9/30H04L9/32H04W84/16H04Q7/20
    • H04W84/16H04L9/083H04L9/3271H04L2209/80
    • A public key cryptosystem is used for the authentication of a personal station (PS) which subscribes for a plurality of radio communication exchange systems. A public key of PS is registered into a public key DB of a public key management device. A private key is registered into PS. When PS moves into a service area of a certain radio communication exchange system, an exchange in that radio communication exchange system requests the public key management device for a public key of PS and makes a check for authentication of PS based on the public key cryptosystem by use of the received public key. Thereafter, when PS moves into a service area of another radio communication exchange system, an exchange in the other radio communication exchange system similarly requests the public key management device for a public key of PS and receives the same public key. The exchange in the other radio communication exchange system makes a check for authentication of PS based on the public key cryptosystem by use of the received public key. In the case where the authentication between each radio communication exchange system and PS results in success, each radio communication exchange system can determine a peculiar authentication key to inform PS of the peculiar authentication key so that the authentication of PS from that time onward is performed using the peculiar authentication key.
    • 公共密钥密码系统用于订阅多个无线电通信交换系统的个人站(PS)的认证。 PS的公钥被登记到公钥管理装置的公开密钥DB中。 私钥在PS中注册。 当PS移动到某个无线电通信交换系统的服务区域时,该无线电通信交换系统中的交换机向公钥管理装置请求公共密钥,并且基于公钥密码系统对PS的认证进行检查, 使用收到的公钥。 此后,当PS移动到另一无线电通信交换系统的服务区域时,另一无线电通信交换系统中的交换类似地向公钥管理装置请求PS的公开密钥并接收相同的公钥。 其他无线通信交换系统中的交换通过使用所接收的公开密钥来检查基于公钥密码系统的PS的认证。 在每个无线电通信交换系统和PS之间的认证成功的情况下,每个无线电通信交换系统可以确定特定的认证密钥以通知PS特有的认证密钥,使得从那时开始的PS的认证是使用 特有的认证密钥。