The work module of rudder was discussed and studied by simulation in side jet and aerodynamic compound control manner , the effect on guidance accuracy by control cycle of attitude control engine and action cycle of control loop was simulated 重点对采用燃气动力气动力复合控制方式中舵系统的工作模式进行了探讨及仿真研究，对姿控发动机控制周期及控制回路工作周期对制导精度的影响进行了初步仿真研究。
On the base of the technology and the refitting cost , the scheme is put forward firstly to refit the carburetor engine , and then the whole frame of control system is laid out , and the hardware of this system is designed and produced 在兼顾技术与改装成本的基础上，本文首先提出了对该发动机进行改装的实施方案，并在此方案的基础上构划出该发动机控制系统的总体控制框架，由此研制出控制系统的硬件部分。
The development of the adcs is promoted by the distributed control system in the field of the industry automation . the advanced technology in the industry automation such as the data bus , smart sensors and smart actuators is used in the aeroengine control system 航空发动机分布式控制系统是借鉴了工业自动化中的分布式控制系统，并把其中先进的数据总线网络、智能传感器和智能执行机构等技术应用到航空发动机控制系统中。
Base on the design of monitoring system for integrated flight / propulsion control simulation platform , this paper studies three levels of closed loop simulation experimental schemes for an engine control system , the feasibilities of which are validated by different means 本文在进行飞/推综合控制半物理仿真平台监控系统设计的基础上,针对某型发动机控制系统,研究了三个层次的闭环仿真试验方案,并且通过不同的方式论述了方案的可行性。
The influence of actuators on the dynamic performance of aeroengine control systems , and the intermediate state control systems design problem for certain model of aeroengine based on multivariable h , controller design theory was investigated 摘要为探讨执行机构对航空发动机控制系统设计的影响，采用多变量h (下标)控制器设计方法进行了某型航空发动机中间状态控制系统的设计，利用数字仿真平台进行了有无执行机构时控制系统的对比仿真。
In order to develop a kind of control system of lpg single - fuel engine , which must be economic and practicable , as well on the safe side , njst and nanjing yuejin engine lmd . cooperate to design and develop the engine control system applying to njg427a5 engine 为了开发一种经济实用、安全可靠的lpg燃料发动机控制系统，南京理工大学与南京跃进发动机有限公司进行合作，针对njg427a5化油器式发动机进行lpg单燃料发动机控制系统的设计与开发。
According to analysing the different work states under the different work mode , combining special application situation of the fuel cell engine , aiming at control request , a set of control strategy and method which is fit for fuel cell engine is proposed 根据燃料电池发动机在整车的不同的工作模式下不同的工作状态进行分析，结合燃料电池发动机特殊的应用场合，针对它的控制要求，提出了一套较为完整的适合本燃料电池发动机控制系统的控制策略和方法。
The test requirements of ifpc system are analyzed firstly , and the general scheme of hardware - in - loop simulation test platform for ifpc is proposed . base on the scheme , the monitoring system architecture is designed , signal conditioner , signal interfacing emulator and software design of the monitoring system are discussed in detail . finally , the monitoring system developed is validated by a closed - loop simulation test system with aero - engine model and digital controller arithmetic 论文首先分析了发动机控制系统以及飞推综合控制系统试验需求，提出飞推综合控制半物理仿真试验平台的总体方案；根据此方案，确定了仿真平台监控系统的体系结构，设计了信号调理电路和接口信号仿真器，并进行了监控软件开发；最后，利用发动机数学模型和数字控制器构成闭环仿真测试环境，以验证所开发的监控系统的有效性。
The system uses the pc and the at89c52 as the control center of the system . the pc optimizes the control parameters as the calculation control unit . the at89c52 receives the various parameters by serial communication with the power measurement system and the fuel consume measurement system and the emission measurement system and the ecu and so on , then sends into pc by sharing the ram with the pc as the communication control unit 该系统采用pc机和单片机at89c52为上位机，以pc机作为计算控制单元，对发动机控制参数进行优化；单片机作为通讯控制单元，与作为下位机的测功器加载系统、油耗测量系统、排放测量系统以及发动机电控单元ecu等子系统进行串行通讯接收各参数，并通过与pc机共享ram送入pc机。
