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    • 31. 发明公开
    • 내장형시스템의운영체제개발을위한쉘기능제공방법
    • 提供内置系统操作系统的壳功能的方法
    • KR1020000033989A
    • 2000-06-15
    • KR1019980051084
    • 1998-11-26
    • 주식회사 케이티한국전자통신연구원
    • 정부금차영준임동선
    • G06F9/44
    • PURPOSE: A method for providing shell function for developing operating system is provided so that the developing cost of system can be reduced by correcting the user program without correcting shell program, thereby capable of registering and canceling commands optionally. CONSTITUTION: A method for providing shell function for developing operating system includes an initialization step (S1) for initializing a serial input/output device as an original mode. A step is to initialize a command table as an empty state (S3). If a request for command register is inputted, a step is to register a processor to the command table (S3). If a command is inputted, a step is to search the command in the command table, call and executing the corresponding processor (S7,S8). Thereafter, if a request of the command cancel is inputted, a step is to cancel the command from the command table (S9,S10).
    • 目的:提供一种提供开发操作系统的shell功能的方法,以便通过在不修改shell程序的情况下修正用户程序来减少系统的开发成本,从而可以任意地注册和取消命令。 构成:用于提供用于开发操作系统的壳功能的方法包括用于将串行输入/输出设备初始化为初始模式的初始化步骤(S1)。 步骤是将命令表初始化为空状态(S3)。 如果输入命令寄存器的请求,则将处理器注册到命令表(S3)。 如果输入命令,则在命令表中搜索命令,调用并执行对应的处理器(S7,S8)。 此后,如果输入了命令取消的请求,则从命令表中取消命令的步骤(S9,S10)。
    • 32. 发明公开
    • 이중화된 교환시스템의 이더넷 통신 장애에대한 대처 방법
    • 在复用开关系统中覆盖以太网通信故障的方法
    • KR1020000033935A
    • 2000-06-15
    • KR1019980051005
    • 1998-11-26
    • 주식회사 케이티한국전자통신연구원
    • 장형규차영준전성익임동선이형호
    • H04Q1/20
    • PURPOSE: A method for overcoming ethernet communication fault in the duplicated switching system is provided to ensure the continuity of service only with the transfer of the duplicated switching system without using additional hardware to process a fault of the ethernet communication. CONSTITUTION: If a user application program requests message transmitting through SROS (Scalable Real-time Operating System)(301), an ethernet server processes the related protocol(302). In case that a hardware controller informs the generation of a link fault(303), an ethernet device driver transmits a packet(304). In case that the link fault has been confirmed, the control is handed over to a link fault processor(309). If the interrupts generated after the ethernet device driver transmits a packet are all normal transmitting complete, a link fault counter and a link fault transfer variable are initialized(307,308). A link fault management part of the ethernet server increases the link fault counter(309). If the increased link fault counter does'n't exceed an appointed maximum value, the user application program requests the next message transmitting(310). If the increased link fault counter exceeds an appointed maximum value, the link fault counter is initialized and the transfer is tried(311).
    • 目的:提供一种在重复交换系统中克服以太网通信故障的方法,以便仅在传输复制交换系统时才能确保服务的连续性,而无需使用额外的硬件来处理以太网通信的故障。 规定:如果用户应用程序通过SROS(可扩展实时操作系统)(301)请求消息传送,则以太网服务器处理相关协议(302)。 在硬件控制器通知链路故障(303)的产生的情况下,以太网设备驱动程序发送分组(304)。 在链路故障已被确认的情况下,控制权交给链路故障处理器(309)。 如果以太网设备驱动程序发送数据包后产生的中断都正常发送完成,则会初始化链路故障计数器和链路故障传输变量(307,308)。 以太网服务器的链路故障管理部分增加了链路故障计数器(309)。 如果增加的链路故障计数器不超过指定的最大值,则用户应用程序请求下一个消息发送(310)。 如果增加的链路故障计数器超过指定的最大值,则链路故障计数器被初始化并尝试传输(311)。
    • 33. 发明公开
    • 프로세서 보드의 이더넷 물리 주소 자동 설정 방법
    • 用于自动设置处理器板中以太网的物理地址的方法
    • KR1020000033527A
    • 2000-06-15
    • KR1019980050423
    • 1998-11-24
    • 주식회사 케이티한국전자통신연구원
    • 장형규임동선
    • G06F17/30
    • PURPOSE: An automatic address setting method is provided to automatically set physical address of ethernet from a system type information, set as a jumper of a system backplane board each time changing a processor board of a switching system. CONSTITUTION: An automatic ethernet physical address setting method comprises steps of initializing an ethernet server(31), determining if a non-volatile memory, connected to an ethernet controller, exists within a processor board(32), setting an ethernet physical address recorded in the non-volatile memory as an ethernet controller address if the non-volatile memory connected to the ethernet controller exists, and initializing the ethernet controller(33,41), setting a preset default ethernet physical address as the ethernet controller address if the non-volatile memory connected to the ethernet controller does not exist and a non-volatile memory within the processor board does not exist, and initializing the controller(34,35,41), setting an ethernet physical address recorded in the non-volatile memory as the ethernet controller address if the non-volatile memory within the processor board exists.
    • 目的:提供一种自动地址设置方法,用于根据系统类型信息自动设置以太网的物理地址,每次更改交换系统的处理器板时,设置为系统背板的跳线。 一种自动以太网物理地址设置方法,包括以下步骤:初始化以太网服务器(31),确定连接到以太网控制器的非易失性存储器是否存在于处理器板(32)内,将以太网物理地址记录在 非易失性存储器作为以太网控制器地址,如果连接到以太网控制器的非易失性存储器存在,并初始化以太网控制器(33,41),将预设的默认以太网物理地址设置为以太网控制器地址, 连接到以太网控制器的易失性存储器不存在,处理器板内的非易失性存储器不存在,并初始化控制器(34,35,41),将记录在非易失性存储器中的以太网物理地址设置为 以太网控制器地址,如果处理器板内的非易失性存储器存在。
    • 34. 发明公开
    • 교차 디버깅을 위한 디버그 서버를 동적으로 자동 구동시키는 방법
    • 自动驾驶调试服务器动态调试的方法
    • KR1020000033526A
    • 2000-06-15
    • KR1019980050422
    • 1998-11-24
    • 주식회사 케이티한국전자통신연구원
    • 이은향임동선
    • H04L12/28
    • PURPOSE: A method for automatically driving a debug server embedded in a target system and a recording medium readable by a computer storing a program realizing the method are provided to effectively cross debug an embedded software such as exchanging system of large capacity from a remote place without accessing the target system. CONSTITUTION: Certain communication ports are allotted for plural users to access a communication network at the same time. A program to be debugged is confirmed from of demanding message of received debug server connecting information for checking if the program to be debugged is in service. If the program is in service, the debug server connecting information is inquired for composing a response message to transfer to a system demanding the connecting information. If the program is not in service, a demonstration for the debugging service is generated and driven for inquiring the server connecting information. Moreover, the response message is composed for transferring to the system demanding the connecting information.
    • 目的:提供一种自动驱动嵌入目标系统中的调试服务器的方法以及存储实现该方法的程序的计算机可读的记录介质,以有效地交叉调试嵌入式软件,例如从远程位置交换大容量系统,而无需 访问目标系统。 规定:某些通信端口被分配给多个用户同时访问通信网络。 从接收到的调试服务器的要求消息连接信息确认要调试的程序,以检查要调试的程序是否正在使用。 如果程序在使用中,则询问调试服务器连接信息以组合响应消息以传送到要求连接信息的系统。 如果程序不在服务中,则生成调试服务的演示,并查询服务器连接信息。 此外,响应消息被组合用于传送要求连接信息的系统。
    • 35. 发明公开
    • 내장형 실시간 운영체제의 원격 쉘 운용 방법
    • 用于操作嵌入式实时操作系统的远程壳体的方法
    • KR1020000028138A
    • 2000-05-25
    • KR1019980046279
    • 1998-10-30
    • 주식회사 케이티한국전자통신연구원
    • 이은향임동선이형호
    • H04M3/22
    • PURPOSE: A method for operating the remote shell of an enbeded real time operating system is provided to enable a number of users to use a shell by using a communication network simultaneously although the shell is not for a number of users. CONSTITUTION: A method for operating the remote shell of an embedded real time operating system is to operate a shell of a real time operating system used in a switching system. The operating system is embedded in the switching system. The method comprises: a first step of generating a request message to request a shell command performance according as a remote shell interface is not a remote shell performance end command but a command registered by inputting a shell command from the external, and transmitting the request message to a remote shell performance demon; a second step that the remote shell performance demon analyzes the request message and performs the shell command by using a shell command processing part according as the shell command is a registered command; a third step that the remote shell performance demon composes the performance result as a message and transmits the message to the remote shell interface; and a forth step that the remote shell interface receiving the performance result message generates an output message according to the performance result message and outputs the output message.
    • 目的:提供一种用于操作嵌入式实时操作系统的远程外壳的方法,以使许多用户能够同时使用通信网络来使用外壳,尽管外壳不适用于多个用户。 构成:用于操作嵌入式实时操作系统的远程外壳的方法是操作在交换系统中使用的实时操作系统的外壳。 操作系统嵌入在交换系统中。 该方法包括:生成请求消息以请求根据远程shell接口的shell命令执行的第一步骤不是远程shell性能结束命令,而是通过从外部输入shell命令而登记的命令,并且发送请求消息 到一个远程shell性能恶魔; 远程shell性能恶魔分析请求消息并通过使用shell命令处理部分根据shell命令执行shell命令的第二步是注册命令; 第三步,远程shell性能恶魔将性能结果作为消息组合,并将消息发送到远程shell接口; 以及接收所述性能结果消息的所述远程shell接口根据所述性能结果消息生成输出消息并输出所述输出消息的第四步骤。
    • 39. 发明授权
    • 대기 프로세스를 통한 실시간 스케쥴링 방법
    • 无线网络连接
    • KR100372886B1
    • 2003-02-20
    • KR1019990057682
    • 1999-12-14
    • 한국전자통신연구원주식회사 케이티
    • 차영준정부금임동선
    • G06F15/16
    • PURPOSE: A real time scheduling method through a waiting process is provided for a user to offer a process control interface and to perform a creation and a termination of a process with small code by reducing a creating and terminating time of a process in real time operating system, thereby introducing a wait process concept for a real time scheduling. CONSTITUTION: A user requests a management of a wait process to an operator, and an operating system creates a wait process in accordance with the requesting value and constructs a wait process column belong to the corresponding user block(S301). A creation and termination of a process of a user program generated thereafter is operated being linked to a management of the wait process(S302). That is, an operation of the wait process is controlled by requesting a creation and termination of a process from the user in accordance with the status of the corresponding wait column. While the user program performs a control of a processor, the above process is repeated. If the user program is closed, the corresponding wait process is terminated by receiving a managing stop of the wait process and a data structure for managing the wait process is initialized(S303).
    • 目的:通过等待过程的实时调度方法为用户提供过程控制接口,并通过减少实时操作过程的创建和终止时间,以小代码执行过程的创建和终止 系统,从而为实时调度引入等待过程概念。 构成:用户向操作员请求等待处理的管理,并且操作系统根据请求值创建等待处理并构建属于相应用户块的等待处理列(S301)。 此后产生的用户程序的处理的创建和终止与等待处理的管理相关联地进行(S302)。 即,通过根据对应的等待列的状态向用户请求创建和终止进程来控制等待进程的操作。 当用户程序执行处理器的控制时,重复上述过程。 如果用户程序关闭,则通过接收等待进程的管理停止来终止相应的等待进程,并且用于管理等待进程的数据结构被初始化(S303)。