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    • 4. 发明申请
    • Log analysis system, method and apparatus
    • 对数分析系统,方法和装置
    • US20060259968A1
    • 2006-11-16
    • US11271798
    • 2005-11-14
    • Hirofumi NakakojiMasato TeradaKenichi Sakamoto
    • Hirofumi NakakojiMasato TeradaKenichi Sakamoto
    • G06F12/14
    • H04L63/145G06F21/552
    • An analysis unit which effectively detects incidents on the basis of events detected by a security unit such as an intrusion detection system (IDS) or a firewall (FW) installed in a network stores statistical information that is frequency-distributed information of event information obtained from the collection unit, frequency component information obtained by frequency-analyzing the statistical information and the result obtained by making analysis on the basis of the frequency component. The collection unit collects and normalizes event log information outputted by IDS or FW to be stored in an event database (DB). An alert notification unit includes an alert database (DB) for storing an alert instruction transmitted from the analysis unit and an alert notification destination and reports occurrence of incidents to a manager or the like in accordance with the instruction.
    • 基于由安装在网络中的入侵检测系统(IDS)或防火墙(FW)等安全单元检测到的事件来有效地检测事件的分析单元存储作为从网络中获取的事件信息的频率分布信息的统计信息 收集单元,通过频率分析统计信息获得的频率分量信息和通过基于频率分量进行分析而获得的结果。 收集单元收集并规范要存储在事件数据库(DB)中的由IDS或FW输出的事件日志信息。 警报通知单元包括用于存储从分析单元发送的警报指令和警报通知目的地的警报数据库(DB),并且根据该指令将事件发生事件报告给管理者等。
    • 5. 发明授权
    • Repeater and network system utililzing the same
    • 中继器和网络系统使用相同
    • US06754212B1
    • 2004-06-22
    • US09625975
    • 2000-07-26
    • Masato TeradaMakoto KayashimaTakahiko KawashimaTetsuya FujiyamaMinoru KoizumiKazuo NishimuraKazunari HirayamaTakaaki Ogino
    • Masato TeradaMakoto KayashimaTakahiko KawashimaTetsuya FujiyamaMinoru KoizumiKazuo NishimuraKazunari HirayamaTakaaki Ogino
    • H04L1228
    • H04L63/0218H04L63/08H04L63/126
    • In view of providing a network system enabling communication having passed fire walls (repeaters) and assuring high security and operation flexibility through access control based on users and applications, a user-held table indicating correspondence between repeaters and passwords, a repeater-held table indicating correspondence between users and passwords and a table indicating access regions are defined respectively for users, departments of users and official positions of users and a route control information storing table indicating correspondence between networks and next transmitting destination is also provided to execute the access control for each user. Moreover, the repeater is provided with the repeating route control table so that a repeater located in the course of route to the transmitting destination computer and allowing communication from the transmitting side computer is selected from the data repeating control table and the process for requesting the repeating operation of communication with the destination is executed to the selected repeater.
    • 鉴于提供通过防火墙(中继器)进行通信并且通过基于用户和应用的访问控制来确保高安全性和操作灵活性的网络系统,指示中继器和密码之间的对应关系的用户表,指示 分别为用户,用户部门和用户的正式位置分别定义用户和密码之间的对应关系以及指示访问区域的表,还提供了指示网络和下一个发送目的地之间的对应关系的路由控制信息存储表,以执行每个 用户。 此外,中继器设置有重复路由控制表,从数据重复控制表和请求重复的处理的过程中选择位于发送目的地计算机的路由的过程中的中继器,并允许来自发送侧计算机的通信 执行与目的地的通信的操作到所选择的中继器。
    • 10. 发明授权
    • Network communication system
    • 网络通信系统
    • US06195366B1
    • 2001-02-27
    • US09065416
    • 1998-04-24
    • Makoto KayashimaMasato TeradaTatsuya FujiyamaEri Katoh
    • Makoto KayashimaMasato TeradaTatsuya FujiyamaEri Katoh
    • H04J324
    • H04L61/2007H04L29/12216H04L29/12924H04L61/6063H04L63/0281H04L69/164H04L69/165H04L69/329
    • A method of conducting a connectionless communication in a network communication system including a client, a server, and a plurality of proxy servers which are disposed on a transmission path between the client and server. The communication is accomplished by use of specification of a communication address thereof and a port number dynamically assigned by the computer. (a) The server transmits own communication address and own port number to the client. (b) The client transmits own communication address and own port number as well as the communication address and port number of the server to a first adjacent proxy server computer. (c) The N-th (N≧1) proxy server transmits own communication address and own server side port number as well as the communication address and the port number of the server to an (N+1)-st proxy server. (d) step (e) is repeatedly executed by incrementally increasing N until the (N+1)-th proxy server becomes a terminal proxy server. (e) The terminal proxy server transmits its own communication address and its server and client side port numbers to the N-th proxy server. (f) The N-th proxy server sends own communication address and own client side port number and the communication address and the server side port number of the terminal proxy server to the (N−1)-th proxy server when N≧2 or the client when N=1. (g) step (f) is repeatedly executed by incrementally increasing N until N becomes one. (h) The client transmits a communication address and a server side port number of the proxy server to the server. (i) The connectionless communication is commenced after all computers acquire a communication address and an associated port number of each of the computers adjacent thereto.
    • 一种在包括客户机,服务器和多个代理服务器的网络通信系统中进行无连接通信的方法,所述客户机,服务器和多个代理服务器设置在客户机和服务器之间的传输路径上。 通过使用其通信地址的规范和由计算机动态分配的端口号来实现通信。 (a)服务器向客户端发送自己的通信地址和自己的端口号。 (b)客户端将自己的通信地址和自己的端口号以及服务器的通信地址和端口号发送到第一个相邻的代理服务器计算机。 (c)第N(N> = 1)代理服务器将自己的通信地址和自己的服务器端口号以及服务器的通信地址和端口号发送到第(N + 1)代理服务器。 (d)通过递增地增加N来重复执行步骤(e),直到第(N + 1)代理服务器成为终端代理服务器。 (e)终端代理服务器将自己的通信地址及其服务器和客户端端口号发送到第N代理服务器。 (f)当N> = 2时,第N代理服务器向第(N-1)代理服务器发送自己的通信地址和自己的客户端端口号以及终端代理服务器的通信地址和服务器端口号 或N = 1时的客户端。 (g)通过递增地增加N直到N变为1来重复执行步骤(f)。 (h)客户端向服务器发送代理服务器的通信地址和服务器端口号。 (i)在所有计算机获取与其相邻的每个计算机的通信地址和相关联的端口号之后,开始无连接通信。