Abstract:
본발명의실시예들에따른개미군집최적화기법기반의차량애드혹네트워크라우팅방법은차량애드혹네트워크를구성하는복수의차량애드혹네트워크장치들의각각이, 대중교통차량노드로부터전파되는노선상의관심지점들의제1 차량밀도정보와관심지점간도로들의제2 차량밀도정보를수신하는단계및 수신된제1 및제2 차량밀도정보에기초하여목적노드까지라우팅경로및 라우팅방법을각각결정하는단계를포함할수 있다. 제1 차량밀도정보는소정관심지점에서관측된방향별차량밀도값을포함하고, 제2 차량밀도정보는관심지점들사이를잇는관심지점간도로들의방향별차량밀도값을포함할수 있다.
Abstract:
PURPOSE: An unmanned vehicle driving control method, a device, and a remote communication device therefor are provided to widely use various public facilities by providing an unmanned driving service using a smart phone. CONSTITUTION: An unmanned vehicle driving control device receives a call signal of a communication device and acquires call position information corresponding to a call signal position. The unmanned vehicle driving control device plans a moving path based on the call position information and a current position of a vehicle on an electronic map. The unmanned vehicle driving control device controls a free driving mode of the vehicle based on the moving path, and changes a reception standby mode of the vehicle(1-4). [Reference numerals] (AA) Searching a vehicle in a smart phone: a vehicle is under a call reception standby state with an automatic mode; (BB) Displaying the position of the searched vehicle and a caller on the map of a smart phone(GPS device and vehicle internal sensor); (CC) Caller selects a vehicle from searched vehicles and transmits a calling command; (DD) Displaying the positions of the vehicle and the caller on the control program map of the called vehicle, setting a safety path plan of the shortest distance, and starting driving; (EE) Vehicle is stopped and stands by the signal of the caller when the position of the vehicle is in a pre-determined range of the position of the caller; (FF) Caller changes the vehicle into a semi-automatic mode and controls the position and the direction of the vehicle with the smart phone; (GG) Designating a destination on the map of the control computer screen of the vehicle or the map of the smart phone after taking in the vehicle: the vehicle is changed into the automatic mode; (HH) Setting a safety path plan of the shortest distance to the destination and starting driving; (II) Vehicle is stopped after being reached to the destination: the caller takes off; (JJ) Vehicle is under a stopped and smart phone cal reception state; (KK) Setting a path to a standby position, driving, parking, and standing by after a pre-determined time without a call;
Abstract:
본 발명에 따른 XML 인터페이스 기반의 범용 프로그램 코드로 변환하는 방법은 IEC 61131-3에 따른 펑션 블록 다이어그램 언어를 사용하여 PLCopen 코드가 작성되는 S1 단계, S1 단계의 PLCopen 코드가 XML 요소 테이블에 구성요소 별로 저장되는 S2 단계, S2 단계에서 XML 요소 테이블을 이용하여 XML 인터페이스가 생성되는 S3 단계 및 S3 단계에서 생성된 XML 인터페이스를 이용하여 범용 프로그램 코드가 생성되는 S4 단계를 포함한다. 전용 PLC 컨트롤러에서만 동작하는 PLCopen 프로그램이 범용 PC에서 동작 가능하므로, 프로그램 재사용성 및 유연성이 높아진다.
Abstract:
A CALM-based directory facilitator for communication with JADE agent and multi agent system using the same are provided to perform communication with each other by sharing information through registering message of itself in CALM(Component Based Autonomic Layered Middleware) based DF. A JADE(Java Agent DEvelopment Framework) interface module(70) is connected to the JADE agent through a network. An ACL(Agent Communication Language) parser(10) transmits the contents parameter transformed to the ACL message with the JADE agent through the JADE interface module. A content parser(20) transmits the content parameter which is generated by using the SL(Scripting Language) message with the ACL parser. An XML/SL encoder(30) transmits the XML message transformed to the SL message to the content parser.
Abstract translation:提供了一种基于CALM的JADE代理和使用该代理的多代理系统进行通信的目录辅助程序,通过在基于组件的自动分层中间件的基于CALM(基于组件的自动分层中间件)中注册自己的消息来共享信息来进行通信。 JADE(Java代理开发框架)接口模块(70)通过网络连接到JADE代理。 ACL(代理通信语言)解析器(10)通过JADE接口模块发送带有JADE代理的ACL消息转换的内容参数。 内容解析器(20)将通过使用SL(脚本语言)消息生成的内容参数发送到ACL解析器。 XML / SL编码器(30)将转换到SL消息的XML消息发送到内容解析器。
Abstract:
A software installation system and the method for preventing reproduction is provided to make impossible to the installation of the software to the simple reproduction of the software by performing authentication using a hand-held terminal. A support server(30) stores first installation data for the installation of the software, a recording medium(40) stores second installation data for the installation of the software. A computer(10) comprises the computer interface part and data reading portion, a data reading portion reads out second installation data recorded in the recording medium, the RFID tag installed at the RFID reader is the recording medium is read, and the information within the read-out RFID tag is delivered to the hand-held information processing terminal(20).
Abstract:
A calm which the search of the agent service is possible through the web, an agent system using the calm and an operation method of the agent system are provided to contact a client to the CALM-based DF(Directory Facilitator) through the web server. A communication module(121) attempts connection with the web client and the application of web-based DF(120). A registry(125) stores the agent service. A service search module(123) searches the service required by the web client from the registry. If the service required by the web client does not exist, the service search module searches the agent service required by the web client among agent services stored in a knowledge base(119), and stores the searched agent service in the registry. The web-based DB has a calling module(124). The calling module provides the agent service searched by the service search module to the web client through the communication module.
Abstract:
A system and a method for discovering a web service based on an intelligent agent platform are provided to enable a user to use the desired service by enabling an agent to provide discovery for a UDDI(Universal Description, Discovery, and Integration) registry and an execution result of an e-business web service. An input part inputs a keyword to a UDDI client agent(10-1) included in the agent platform. A requestor requests service search to a UDDI server from the UDDI client agent by using the keyword. A receiver enables the UDDI client agent to receive a WSDL(Web Service Description Language) result from the UDDI server as a search result. A display part displays a web service execution result by enabling the UDDI client agent to analyze a received WSDL list and generate lists as many as the search result. A tool enables a user to input a personal key value and the keyword by enabling the UDDI client agent to make an API(Application Program Interface) to access the e-business service into an agent.
Abstract:
본 발명은 개인 또는 화물을 목적지까지 차량으로 운송하기 위해서 스마트폰을 이용하여 차량을 출발 위치까지 호출할 수 있고, 목적지를 지정하여, 목적지까지 자동으로 이동하여 도착하는 운송 서비스 시스템에 관한 것으로, 도보로 이동 또는 운송하기에는 먼 거리를 무인운송시스템에 의해 효율적으로 이동하기 위한 서비스에 관한 것이다. 본 발명은 차후 대학교 캠퍼스 내, 놀이공원, 테마파크, 관광 유원지, 공장 등 사람들이 밀집되거나 화물의 지역 내 이동이 잦은 곳에서 각 개인이 소유하는 스마트폰 어플리케이션을 통해서, 차량호출, 목적지지정, 도착 후 복귀 등을 수행할 수 있게 함으로써, 공익목적과 상업적으로 광범위하게 적용될 수 있는 서비스 기술이다.