The rapid development of network, information of this expansion, there is information on how to correctly grasp and carry out the requirements of decision-making has become increasingly harsh, the market requirements of its increasingly high. Once the J2ME-based remote control system to achieve real, then its users in terms of when and where can grasp, understand server-side under the control of various equipment status information, and can make decisions in a timely manner. J2ME application so that external applications can interact with the network capacity. Through the network connection, using J2ME devices to the network function with other applications to establish communication. J2ME-based remote control system will become possible. Thesis focused on J2ME-based remote control system based on the theory, design thinking, system architecture, development process, as well as the above summary and outlook. This paper introduces the background of the subject and the research base in the current study and the status quo at home and abroad were discussed. The first part of the paper discusses the J2ME platform, system architecture design, system analysis framework to explain the J2ME-based remote control system for the working principle of the system used in a number of key technologies. Paper the latter part of the structural characteristics of the system, features such as the realization of the main functions of the various aspects of the system are introduced, a detailed description of the various functions to achieve the principles and processes, as well as the key step in the development of the code. Including how the client and server to achieve different forms of storage, clients and services, how to communicate with client, java call external procedures windows, custom client-side storage data sequence of the realization of the client data stored in the RMS, the services client to store XML data and parse dom4J, such as the safety of the system to achieve a series of concrete. Finally, there is J2ME-based remote control system for a summary of a summary of the work and report and put forward their expectations of the system and ideas. Add: 2L Please do not use such a waste to charge a number of things - -... goole translation directly, who would not! 3L said scores less I have to take into account, if translated, then I do not mind a good increase in scores Now, I translated the first paragraph of its own, and you can help me over the second paragraph!我是第一个记得加分
第二段开始: Thesis emphasized on expatiate making J2ME-based exoterica foundation ,design antilogy ,truss of system and develop course of long-distance control system achieved and sum-up together with expectation of hereinbefore.. This dissertation presents the background and research groundwork of this subject and probe into actual studying status connect home and overseas. The front part of this paper discussed the J2ME platform, system architecture design, system frame analysis , explain the working theory of J2ME-based long-distance control system,discuss some linchpin teconology used in the system. latter part discuss on the characteristics of the system and function, together with main function’s achievement etc. to introduce system and describe inplement elements,flow, exploitation process and linchpin code of each funchtion. Including how to carry out different deposited forms connecting client-port and serving-port,how to communicate between consumer-port and serving-port , java invoke windows external programme, data listalization for user-defined client-port’s realization, client-port data been deposite d in RMS, serving-port data deposited by XML and analyzed DOM4J and system security etc. Finally summarized the J2ME-based long –distance control system , recorded and reported of working and presented some expects and emagines for system of myself. 本译文绝对出于本人自译;并无使用任何google等文章翻译软件 LZ可以通过试读本译文或查看本人资料以承认本人可信度。Translator:ciotes
The rapid development of network, information of this expansion, there is information on how to correctly grasp and carry out the requirements of decision-making has become increasingly harsh, the market requirements of its increasingly high. Once the J2ME-based remote control system to achieve real, then its users in terms of when and where can grasp, understand server-side under the control of various equipment status information, and can make decisions in a timely manner. J2ME application so that external applications can interact with the network capacity. Through the network connection, using J2ME devices to the network function with other applications to establish communication. J2ME-based remote control system will become possible. Thesis focused on J2ME-based remote control system based on the theory, design thinking, system architecture, development process, as well as the above summary and outlook. This paper introduces the background of the subject and the research base in the current study and the status quo at home and abroad were discussed. The first part of the paper discusses the J2ME platform, system architecture design, system analysis framework to explain the J2ME-based remote control system for the working principle of the system used in a number of key technologies. Paper the latter part of the structural characteristics of the system, features such as the realization of the main functions of the various aspects of the system are introduced, a detailed description of the various functions to achieve the principles and processes, as well as the key step in the development of the code. Including how the client and server to achieve different forms of storage, clients and services, how to communicate with client, java call external procedures windows, custom client-side storage data sequence of the realization of the client data stored in the RMS, the services client to store XML data and parse dom4J, such as the safety of the system to achieve a series of concrete. Finally, there is J2ME-based remote control system for a summary of a summary of the work and report and put forward their expectations of the system and ideas.