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    • 2. 发明申请
    • VLAN server
    • VLAN服务器
    • US20050111455A1
    • 2005-05-26
    • US10898221
    • 2004-07-26
    • Daiki NozueHiroaki MiyataNorihiro KambeShinsuke Shimizu
    • Daiki NozueHiroaki MiyataNorihiro KambeShinsuke Shimizu
    • H04L12/46H04L12/00H04L12/28H04L12/56
    • H04L12/4645
    • One physical VLAN server provides a plurality of VLANs with services. VLANs #1 to #3 are connected to the VLAN server though a switching hub. The VLAN server includes server processes #1 to #3 corresponding to the VLANs #1 to #3, respectively, for providing the VLANs with services. The server processes #1 to #3 each have internal IP addresses N1, N2, and N3. The VLAN server has external IP addresses G1, G2, and G3 for the VLANs #1 to #3, respectively. When a client #1-1 on the VLAN #1 issues data to the VLAN server with the destination IP address being set to G1, a receiving-VLAN-tag-NAT processing section of a device driver in the VLAN server changes the destination IP address from G1 to N1 with the use of a VLAN tag V1, and the server process #1 receives the data
    • 一个物理VLAN服务器为服务提供了多个VLAN。 VLAN#1到#3通过交换集线器连接到VLAN服务器。 VLAN服务器分别包括与VLAN#1〜#3对应的服务器进程#1〜#3,为VLAN提供业务。 服务器进程#1到#3都具有内部IP地址N1,N2和N3。 VLAN服务器分别具有VLAN#1〜#3的外部IP地址G1,G2,G3。 当VLAN#1上的客户端#1-1向目的IP地址设置为“G1”的VLAN服务器发送数据时,VLAN服务器中的设备驱动程序的接收VLAN-tag-NAT处理部分会更改目的IP 地址从G1到N1,使用VLAN标签V1,服务器进程#1接收数据
    • 3. 发明授权
    • VLAN server
    • VLAN服务器
    • US07420979B2
    • 2008-09-02
    • US10898221
    • 2004-07-26
    • Daiki NozueHiroaki MiyataNorihiro KambeShinsuke Shimizu
    • Daiki NozueHiroaki MiyataNorihiro KambeShinsuke Shimizu
    • H04L12/28
    • H04L12/4645
    • One physical VLAN server provides a plurality of VLANs with services. VLANs #1 to #3 are connected to the VLAN server though a switching hub. The VLAN server includes server processes #1 to #3 corresponding to the VLANs #1 to #3, respectively, for providing the VLANs with services. The server processes #1 to #3 each have internal IP addresses N1, N2, and N3. The VLAN server has external IP addresses G1, G2, and G3 for the VLANs #1 to #3, respectively. When a client #1-1 on the VLAN #1 issues data to the VLAN server with the destination IP address being set to G1, a receiving-VLAN-tag-NAT processing section of a device driver in the VLAN server changes the destination IP address from G1 to N1 with the use of a VLAN tag V1, and the server process #1 receives the data
    • 一个物理VLAN服务器为服务提供了多个VLAN。 VLAN#1到#3通过交换集线器连接到VLAN服务器。 VLAN服务器分别包括与VLAN#1〜#3对应的服务器进程#1〜#3,为VLAN提供业务。 服务器进程#1到#3都具有内部IP地址N 1,N 2和N 3。 VLAN服务器分别具有VLAN#1〜#3的外部IP地址G 1,G 2,G 3。 当VLAN#1上的客户端#1向目标IP地址设置为G 1的VLAN服务器发出数据时,VLAN服务器中的设备驱动程序的接收VLAN-tag-NAT处理部分会更改目的地 IP地址从G 1到N 1,使用VLAN标签V 1,服务器进程#1接收数据
    • 4. 发明授权
    • Access server and connection restriction method
    • 访问服务器和连接限制方法
    • US08082579B2
    • 2011-12-20
    • US12145778
    • 2008-06-25
    • Shinsuke ShimizuHiroaki MiyataDaiki Nozue
    • Shinsuke ShimizuHiroaki MiyataDaiki Nozue
    • G06F21/00H04L29/06
    • H04L63/0236H04L63/0281H04L63/08
    • The access server receives an authentication packet including an authentication result, a port change setting information, a port change time, a filtering setting information and a filtering time from the authentication server. The access server stores the respective information in the authentication packet into a memory. The access server refers to the memory, and in the case where the port change setting information on an arbitrary user identifier is set to perform port change, when it becomes the port change time, the access server changes the output destination of a packet from a user terminal to, for example, a proxy server B from a proxy server A. Besides, in the case where the filtering setting information on an arbitrary user identifier is set to perform filtering, when it becomes the filtering start time, the access server performs filtering on the port to which the user terminal is connected.
    • 访问服务器从认证服务器接收包括认证结果,端口改变设置信息,端口改变时间,过滤设置信息和过滤时间的认证包。 访问服务器将认证包中的相应信息存储到存储器中。 访问服务器是指存储器,并且在端口改变关于任意用户标识符的设置信息被设置为执行端口改变的情况下,当其变为端口改变时间时,访问服务器将数据包的输出目的地从 用户终端例如是来自代理服务器A的代理服务器B.此外,在将任意用户标识符的过滤设定信息设定为进行过滤的情况下,当成为过滤开始时刻时,访问服务器执行 在用户终端连接的端口上进行过滤。
    • 5. 发明授权
    • Bridged LAN and communication node therefor
    • 桥接局域网和通信节点
    • US07710985B2
    • 2010-05-04
    • US11780070
    • 2007-07-19
    • Daiki NozueHiroaki Miyata
    • Daiki NozueHiroaki Miyata
    • H04L12/28
    • H04L12/4641H04L12/462H04L45/00H04L45/04H04L45/302H04L45/48H04L69/326
    • A spanning tree is formed for each of MST (Multiple Spanning Tree Protocol) instances defined by a VLAN ID and a COS value. Each terminal apparatus specifies the COS value corresponding to the TCP/UDP port number of a Ethernet frame to be transmitted, based on a conversion table indicating the correspondence of a TCP/UDP port number to a COS value and sets the specified COS value to the header of the Ethernet frame. Each of bridges in the transit network specifies the MST instance identifier of a received frame based on a conversion table indicating the correspondence of the MST instance identifier to the combination of a VLAN ID and a COS value and forwards the received frame in accordance with the spanning tree having the specified MST instance.
    • 为VLAN ID和COS值定义的每个MST(Multiple Spanning Tree Protocol,多生成树协议)实例生成一个生成树。 各终端装置根据表示TCP / UDP端口号与COS值的对应关系的转换表,指定与要发送的以太网帧的TCP / UDP端口号对应的COS值,并将规定的COS值设定为 以太网帧的头。 传输网络中的每个桥接器基于指示MST实例标识符与VLAN ID和COS值的组合的对应关系的转换表来指定接收到的帧的MST实例标识符,并根据跨越 树具有指定的MST实例。
    • 6. 发明申请
    • Packet forwarding apparatus for connecting mobile terminal to ISP network
    • 用于将移动终端连接到ISP网络的分组转发装置
    • US20070053334A1
    • 2007-03-08
    • US11342850
    • 2006-01-31
    • Noriyuki SueyoshiHiroaki MiyataDaiki Nozue
    • Noriyuki SueyoshiHiroaki MiyataDaiki Nozue
    • H04Q7/24
    • H04L12/2856H04L12/2898H04W8/26H04W80/04
    • A packet forwarding apparatus enabling the selective provider type access service in a mobile communication network, comprising a first group of line interfaces connected to a plurality of routers deployed to service areas of a mobile network, a second group of line interfaces connected to the Internet or to routers belonging to different ISP networks, an ISP management table indicating the correspondence of domain name of each ISP networks to an authentication server address, and a controller that identifies, upon receiving from a mobile terminal a request to connect to one of said ISP networks, the domain name of the ISP network from a user ID in the connection request, transmits an authentication request including the user ID and password specified in said connection request to an authentication server associated with the ISP network, according to the authentication server address corresponding to said domain name retrieved from said ISP management table, and notifies the mobile terminal of a result of authentication received from said authentication server.
    • 一种在移动通信网络中实现选择性提供者类型接入服务的分组转发装置,包括连接到部署到移动网络的服务区域的多个路由器的第一组线路接口,连接到因特网的第二组线路接口或 属于不同ISP网络的路由器,指示每个ISP网络的域名与认证服务器地址的对应关系的ISP管理表,以及在从移动终端接收到连接到所述ISP网络之一的请求时, 根据与所述ISP网络对应的认证服务器地址,将来自所述连接请求中的用户ID的所述ISP网络的域名发送到与所述ISP网络相关联的认证服务器,所述认证请求包括所述连接请求中指定的用户ID和密码, 所述域名从所述ISP管理表检索,并通知移动台 从所述认证服务器接收到的认证结果。
    • 7. 发明授权
    • Packet forwarding apparatus for connecting mobile terminal to ISP network
    • 用于将移动终端连接到ISP网络的分组转发装置
    • US07616615B2
    • 2009-11-10
    • US11342850
    • 2006-01-31
    • Noriyuki SueyoshiHiroaki MiyataDaiki Nozue
    • Noriyuki SueyoshiHiroaki MiyataDaiki Nozue
    • H04W4/00
    • H04L12/2856H04L12/2898H04W8/26H04W80/04
    • A packet forwarding apparatus enabling selective provider type access service in a mobile communication network, including a first group of line interfaces connected to routers deployed to service areas of a mobile network, a second group of line interfaces connected to the Internet or to routers belonging to different ISP networks, an ISP management table indicating correspondence of domain name of each ISP networks to an authentication server address, and a controller that identifies, upon receiving from a mobile terminal a request to connect to one of said ISP networks, the domain name of the ISP network from a user ID in the request, transmits an authentication request including the user ID and password specified in said request to an authentication server associated with the ISP network, based on said ISP management table, and notifies the mobile terminal of a result of authentication by said authentication server.
    • 一种在移动通信网络中实现选择性提供者类型接入服务的分组转发装置,包括连接到部署到移动网络的服务区域的路由器的第一组线路接口,连接到因特网的第二组线路接口或属于 不同的ISP网络,指示每个ISP网络的域名与认证服务器地址的对应关系的ISP管理表,以及控制器,当从移动终端接收到连接到所述ISP网络之一的请求时, 来自所述请求中的用户ID的ISP网络基于所述ISP管理表向所述ISP网络相关联的认证服务器发送包括在所述请求中指定的用户ID和密码的认证请求,并将结果通知给移动终端 由认证服务器进行认证。
    • 8. 发明申请
    • BRIDGED LAN AND COMMUNICATION NODE THEREFOR
    • BRIDGED LAN和通信节点
    • US20080137557A1
    • 2008-06-12
    • US11780070
    • 2007-07-19
    • Daiki NozueHiroaki Miyata
    • Daiki NozueHiroaki Miyata
    • H04L12/28
    • H04L12/4641H04L12/462H04L45/00H04L45/04H04L45/302H04L45/48H04L69/326
    • A spanning tree is formed for each of MST (Multiple Spanning Tree Protocol) instances defined by a VLAN ID and a COS value. Each terminal apparatus specifies the COS value corresponding to the TCP/UDP port number of a Ethernet frame to be transmitted, based on a conversion table indicating the correspondence of a TCP/UDP port number to a COS value and sets the specified COS value to the header of the Ethernet frame. Each of bridges in the transit network specifies the MST instance identifier of a received frame based on a conversion table indicating the correspondence of the MST instance identifier to the combination of a VLAN ID and a COS value and forwards the received frame in accordance with the spanning tree having the specified MST instance.
    • 为VLAN ID和COS值定义的每个MST(Multiple Spanning Tree Protocol,多生成树协议)实例生成一个生成树。 各终端装置根据表示TCP / UDP端口号与COS值的对应关系的转换表,指定与要发送的以太网帧的TCP / UDP端口号对应的COS值,并将规定的COS值设定为 以太网帧的头。 传输网络中的每个桥接器基于指示MST实例标识符与VLAN ID和COS值的组合的对应关系的转换表来指定接收到的帧的MST实例标识符,并根据跨越 树具有指定的MST实例。