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    • 6. 发明授权
    • Proxy processing method
    • 代理处理方法
    • US06847975B2
    • 2005-01-25
    • US10201960
    • 2002-07-25
    • Takashi NishikadoKouzou HatakeyamaMasahiko NakaharaYasuhiro TakahashiFumio Noda
    • Takashi NishikadoKouzou HatakeyamaMasahiko NakaharaYasuhiro TakahashiFumio Noda
    • G06F17/30H04L29/06H04L29/08
    • H04L67/2804G06F17/30902H04L29/06H04L67/2819H04L69/22Y10S707/99942
    • A proxy processing method to flexibly add/modify customized operations, such as customized user authentication and accounting, is provided. A state transition engine stores state information and moves processing forward by updating states. It has the following characteristics. (1) a state transition table indicating a proxy processing procedure is generated from a state definition file at start-up (i-(i)). (2) A state transition engine implements proxy processing according to the state transition table (1-(2)). (3) A feature is provided to add an extended region for extended features to the session management table. (1(3)). Also, with regard to extended logging: (1) An extended log definition file indicates extended log information to be logged (2-(1)). (2) Extended log information based on the extended log definition is stored in the session management table (2-(2)). (3) Each access log provides two types of separate information, a fixed-length standard log and a variable-length extended log.
    • 提供了灵活添加/修改自定义操作(如定制用户认证和计费)的代理处理方法。 状态转换引擎存储状态信息,并通过更新状态来向前移动处理。 它具有以下特点。 (1)从启动(i-(i))的状态定义文件生成表示代理处理过程的状态转移表。 (2)状态转换引擎根据状态转换表(1-(2))实现代理处理。 (3)提供了一种功能,用于将扩展功能的扩展区域添加到会话管理表。 (1(3))。 此外,关于扩展日志记录:(1)扩展日志定义文件指示要记录的扩展日志信息(2-(1))。 (2)基于扩展日志定义的扩展日志信息存储在会话管理表(2-(2))中。 (3)每个访问日志提供两种类型的单独信息,固定长度标准日志和可变长度扩展日志。
    • 7. 发明授权
    • Congestion control system and method for web service
    • 拥塞控制系统和Web服务的方法
    • US07239609B2
    • 2007-07-03
    • US10190584
    • 2002-07-09
    • Daisuke YokotaFumio NodaYasuhiro Takahashi
    • Daisuke YokotaFumio NodaYasuhiro Takahashi
    • H04L1/00
    • H04L47/822H04L29/06H04L47/10H04L47/11H04L47/15H04L47/193H04L47/28H04L47/70H04L47/745H04L67/42
    • A congestion control system provided in a connection portion between a network for an Internet provider and the Internet estimates a processing capability of a Web server on the basis of states of TCP/IP such as a window size of connection being connected, a cancellation rate of packet, a response time, a throughput and the like in a congestion state of the Web server to be requested and a network to the Web server and calculates a regulation duration for each Web server on the basis of the processing capability and the number of clients being in a waiting state for a re-request to the Web server so that the client is regulated when a response for regulating the re-request with the regulation duration is returned to the client. Consequently, since the number of re-requests per unit time can be made fixed, congestion due to re-requests can be prevented and the user can necessarily utilize the Web server upon re-request. Further, the service utilizable hour can be grasped to utilize the Web service deliberately.
    • 提供在因特网提供商的网络和因特网之间的连接部分中的拥塞控制系统基于诸如所连接的连接的窗口大小的TCP / IP的状态来估计Web服务器的处理能力,取消率 在要请求的Web服务器的拥塞状态下的分组,响应时间,吞吐量等,以及到Web服务器的网络,并且基于处理能力和客户端数量来计算每个Web服务器的调节持续时间 处于等待状态以重新请求到Web服务器,以便在将调节持续时间的重新请求的响应响应返回给客户端时,客户端被调节。 因此,由于可以使每单位时间的重新请求数量变得固定,所以可以防止由于重新请求引起的拥塞,并且用户可以在再次请求时必然利用Web服务器。 此外,可以抓住服务可用时间以故意利用Web服务。
    • 8. 发明申请
    • Priority control device
    • 优先控制装置
    • US20060036764A1
    • 2006-02-16
    • US10933242
    • 2004-09-03
    • Daisuke YokotaFumio NodaYasuhiro Takahashi
    • Daisuke YokotaFumio NodaYasuhiro Takahashi
    • G06F15/173
    • H04L67/322
    • When a client-server system that adopts a Web service featuring dynamic connection among different systems is constructed, an existing priority control device therein disconnects communication with lower priority, at the time of server overload that continues for several hours. Thus, the availability of the system is reduced. A client-server Web service system includes a unit for interpreting communication protocols at a protocol layer 4 used in the system, a unit for receiving requests transmitted from clients to a server, for buffering, a unit for analyzing the protocol type, the destination, and the communication contents of each of the requests, a unit for converting the result of the analysis into a priority, and a unit for transmitting the buffered requests to the server based on the priority and then transmitting to the clients responses from the server.
    • 当构建采用在不同系统之间具有动态连接的Web服务的客户端 - 服务器系统时,其中现有的优先级控制设备在服务器超负荷的情况下以较低优先级断开通信,持续数小时。 因此,系统的可用性降低。 客户机 - 服务器Web服务系统包括用于解释在系统中使用的协议层4的通信协议的单元,用于接收从客户端发送到服务器的请求的单元,用于缓冲用于分析协议类型的单元,目的地, 以及每个请求的通信内容,用于将分析结果转换为优先级的单元,以及用于基于优先级将缓冲的请求发送到服务器的单元,然后向客户端发送来自服务器的响应。
    • 10. 发明授权
    • Priority control device
    • 优先控制装置
    • US07437478B2
    • 2008-10-14
    • US10933242
    • 2004-09-03
    • Daisuke YokotaFumio NodaYasuhiro Takahashi
    • Daisuke YokotaFumio NodaYasuhiro Takahashi
    • G06F15/173
    • H04L67/322
    • When a client-server system that adopts a Web service featuring dynamic connection among different systems is constructed, an existing priority control device therein disconnects communication with lower priority, at the time of server overload that continues for several hours. Thus, the availability of the system is reduced. A client-server Web service system includes a unit for interpreting communication protocols at a protocol layer 4 used in the system, a unit for receiving requests transmitted from clients to a server, for buffering, a unit for analyzing the protocol type, the destination, and the communication contents of each of the requests, a unit for converting the result of the analysis into a priority, and a unit for transmitting the buffered requests to the server based on the priority and then transmitting to the clients responses from the server.
    • 当构建采用在不同系统之间具有动态连接的Web服务的客户端 - 服务器系统时,其中现有的优先级控制设备在服务器超负荷的情况下以较低优先级断开通信,持续数小时。 因此,系统的可用性降低。 客户机 - 服务器Web服务系统包括用于解释在系统中使用的协议层4的通信协议的单元,用于接收从客户端发送到服务器的请求的单元,用于缓冲用于分析协议类型的单元,目的地, 以及每个请求的通信内容,用于将分析结果转换为优先级的单元,以及用于基于优先级将缓冲的请求发送到服务器的单元,然后向客户端发送来自服务器的响应。