Mscis ( marine simulation & control interface system ) is a set of distributed intelligent input / output interface control system developed for the modern marine engine simulator Mscis ( marinesimulation & controlinterfacesystem )是为现代船舶轮机仿真训练器开发研制的一套分布式智能输入输出接口控制系统。
The main purpose of an input / output interface are converting the transfer of data between the processor and independent outside devices , and converting data between a modality recognized by the processor 输入输出接口的主要目的是将数据在处理器与独立的外部设备之间转换并将数据按为处理器能识别的方式进行转换。
The system is divided into eight modules , which are bom management , roles management , documents management , product - configuration management , i / o interface , workflow management and project management 系统划分为: bom管理、角色管理、规则管理、图档管理、产品配置与变更管理、输入输出接口、工作流程管理和项目管理共八个模块。
Every subsystem through input and output interface composes of an interactional organism , and was joint together to simulate the systems , it has provided reference frames for the control system design 各个子系统间通过输入输出接口而构成一个相互作用的有机整体，并把他们结合起来对系统的动态特性哈尔滨工程大学博士学位论文进行了综合仿真研究，为控制系统的设计提供了一定的参考依据。
The key software of this system is programmed and tuned and implemented , which can simulate and display the process and situation , realize optimization control of process with the measurement results of sampling 在软件方面研究设计了系统的软件结构、界面结构和输入输出接口；编写、调试并实现了系统关键部分软件功能，能对加工过程和状态进行仿真显示，并根据每次采样的测量结果对加工过程加以优化控制。
It ' s based on pc parallel port and implemented through software and hardware . the interface of this system is designed in serial and presented in detail in this paper , for serial communication has been widely applied in data communication and control system 由于串行通信在数据通信及控制系统中都得到了广泛应用，故本文利用pc机并行打印端口实现数据采集系统与计算机之间以及计算机与输出驱动设备之间的串行通信，并给出了输入输出接口部分硬件电路设计。
High voltage drift drain mosfets ( dddmos ) are nowadays widely applied in circuits of power management , i / o interface , lcd drivers and etc . however , up to now a lack of a standard and accurate dddmos current model still brings much trouble in the circuit design 近年来,高压双扩散漏器件dddmos ( driftdrainmosfet )以其优良的性能被广泛地应用于电源管理、输入输出接口、 lcd驱动等电路中。然而,目前在业界缺少标准和准确的dddmos电流模型,给电路设计者带来困难。
The control system of wind turbine includes individual control and group control . according to the control process and main technical parameter , the paper accomplishes the control system structure design and input - output system design . this paper also deeply analyzes the operation principle of the whole control system and the relation between each part in order to realize the no - person automatic operate 本文以1mw变桨距风电机组为研究对象，根据其主要技术参数及控制工作过程，对其单机控制系统的构成进行了设计，阐述了输入输出接口和各个控制环节的运行原理及其相互之间的联系与约束关系，从而实现在无人值守的条件下，实现多种预定的控制目标，并在此基础上探讨其更广泛的适应性及实用性。
Geometrical info , topology info and electromagnetic info are required for electromagnetic computation . and allowing for the characteristics of every modeling method , boundary representation as the form of girding is adopted to model the targets . the design pattern of tools and commands is used in graphical user interface design 本文采用了基于半边数据结构的模型表达方式，在系统的图形用户交互( gui )设计中，采用了工具命令( tools commands )的设计模式，提供了多种建模方法和模型输入输出接口，具有良好的用户交互能力，提高电磁计算的应用能力。
The system mainly includes four subsystems : data collection and procession , surface reconstruction , 3 - d modeling and cam system ; two interfaces : the data in - out interfaces for surface reconstruction and manufacture system . it ' s been proved by the practice that this system is advanced and could been used in industry 该系统主要包括四个子系统：数据采集及处理系统、曲面重构系统、三维建模系统及cam子系统，具有两个接口：曲面重构数据输入输出接口、制造系统数据输入输出接口。
