CAJ | 학술논문

在介绍Matlab Web Server技术的基础上，提出利用M文件调用Simulink模型关键技术，降低了M文件编译难度。以水轮机调节系统为例，建立水轮机调节系统网络仿真平台，详细介绍了Matlab Web程序开发及应用过程。用户无需安装Matlab软件，只需通过浏览器手动输入仿真参数，提交给Matlab Web Server远程服务器，利用Matlab强大的数据处理功能，即可实现水轮机调节系统参数改变、不同工况、不同调节方式等仿真过程，最终以网页形式将计算结果和图形反馈至客户端。只需通过服务器端即可实现应用程序的二次开发及维护过程。
재개소Matlab Web Server기술적기출상，제출이용M문건조용Simulink모형관건기술，강저료M문건편역난도。이수륜궤조절계통위례，건립수륜궤조절계통망락방진평태，상세개소료Matlab Web정서개발급응용과정。용호무수안장Matlab연건，지수통과류람기수동수입방진삼수，제교급Matlab Web Server원정복무기，이용Matlab강대적수거처리공능，즉가실현수륜궤조절계통삼수개변、불동공황、불동조절방식등방진과정，최종이망혈형식장계산결과화도형반궤지객호단。지수통과복무기단즉가실현응용정서적이차개발급유호과정。
Based on the introduction of Matlab Web Server technology,the performance of M files can be easier by using Simulink models. Taking turbine regulating system as an example,the establishment of the network simulation platform for turbine regulating system presented the Matlab web's development and application process. Without installing Matlab software,the costumers just input the data on the website, the data finally would be presented to the users in the form of analysis reports and graphical feedback through Matlab Web Server remote serv-er. The application of server could not only realize the secondary development and maintenance process of programs,but also provide conven-ience for remote training,teaching and other offers in power plant.