外文翻译----matalab混合仿真平台控制算法的概述(编辑修改稿)

外文翻译----matalab混合仿真平台控制算法的概述(编辑修改稿)内容摘要：

ge theory and technology arena. Algorithm toolbox to provide a neural work toolbox, optimization toolbox, system identification toolbox, robust control toolbox, model predictive control toolbox, the control system toolbox, fuzzy logic toolbox. (3) Data analysis and visualization, through the MATLAB software, users can analyze all types of data, including signal, image, polynomials, time course, data and multivariable linear systems. From the analysis results can be summed up as a model for the further development of the algorithm and the base. In addition, users can quickly convert the code fragment and knowledge can be reused in automated analysis routines, no variable declarations and the definition of dimension, can write programs quickly. Based on MATLAB provides a convenient data access tools. For example, the data acquisition toolbox allows users to send realtime measurement data directly into MATLAB for analysis, database toolkit to allow users to access consistent with the ODBC and JDBC in the database, while M c and the Fortran language documents and procedures in handling text and binary file I / O function, then allow the user to handle any format. 17 And related MATLAB toolbox contains a scientific puting need of professional graphics. The raw data from the twodimensional curve to the contour map with markers and interactive graphical user interface, these tools provide a model visualized capabilities to help users understand plex systems. In particular, provides a MATLABbased threedimensional scalar and vector visualization capabilities, including display equivalence face and flow diagram. This capability enables scientists and engineers to a large number of plex and multidimensional data visualization. MATLAB realtime simulation environment, RTW is to provide a realtime based on MATLAB other ponents of the software for seamless connection, not only to meet the designers in the system concept and program design needs, the technology for the system or perform different functions in realtime operating system provides the convenience of experiments, and for implementation of concurrent engineering to create a good environment. It directly from the SIMULINK simulation model produces optimized, portable and personalized code, and automatically generate a variety of configurations depending on the target under the program environment, the hardware running dynamic system model also supports modelbased debug. Realtime using the RTW of the design of test hardware, users can shorten the development cycle and reduce costs. When the user model in SIMULINK environment and get satisfactory simulation results, can be a RTW with the goal of rapid prototyping (such as RTWT target) joint use. The goal of rapid prototyping of physical systems and users connected. Users can use the SIMULINK model as the interface to connect the physical target to plete system testing. RTW implementation mechanism is a plex process, where only from the RTW process automated building applications that were analyzed. RTW generated application process diagram (model for the establishment 18 of the SIMULINK name). RTW construction application process by an Mfile in order to control for most of the target, the default mand is . The process is as follows: 1. model, first analyzes the SIMULINK model to analyze the process includes the following main tasks (1) Numerical simulation parameters and molding parameters。 (2)Passing the signal width and sampling time。 (3) determine the module block diagram of the implementation of the order。 (4) Calculation of the size of the vector (mainly for SFunctions module box). In this process, RTW read the model file , and then pile it as a model of internal description. This description is stored in ASCII files and languageindependent, name . We can use that file as input for the next process, it will be automatically deleted after the code generation. 2. call TLC program to generate C code, at this stage, TLC stored in in the internal model description into a specific object code. TLC is an interpreted programming language, programming language design that the only purpose is to model description into the code. TLC in the pilation process of the implementation of multiple object files (TLC script file), and TLC library procedures. Object file is divided into two types: one is the target file system, one is the module object file. The target file to specify how to used as an input, generate code from modle. RealTime Workshop target binding environment for a variety of target。