发动机控制

• In this dissertation , the basic theory , and its applications in aero - engine control system design of fuzzy control , fuzzy pid control , and moga is studied
  本文对模糊控制、模糊pid控制和多目标遗传算法的基本理论以及在航空发动机控制系统中的应用进行了较为全面的研究。
• Xiao bing （ 1964 ? ） ; male ; from zhuzhou , jiangxi province ; associate researcher , mainly researchs on automobile engine control , pattern recognition and failure detection
  肖兵（ 1964 ） ，男，江西省遂川人，副研究员，主要从事汽车发动机控制、模式识别与故障诊断等方向的研究。
• To improve real time and reliability of micro engine control system , a design scheme of engine rapid prototype control system based on vxworks is proposed in this paper
  为提高微型发动机控制系统的实时性和可靠性,本文提出了基于vxworks的发动机快速原型控制系统的总体设计方案。
• Moreover , the network construction was simple and normative , easy to be realized . the simulation result was satisfied for the aero - engine control system with broad working range
  而且该网络结构简单规范，便于实现，对于工作范围宽广的航空发动机控制系统，仿真效果令人满意。
• The technology of full authority digital electronic control is a trend of aeroengine control , and the electronic controller is the primary part in an aeroengine control system
  采用全权限数字式电子控制技术是航空发动机控制的一种发展趋势，电子控制器是控制系统中最核心的部分。
• Main research achievement is as bellows : according to the performance which fuel cell engine must reach , the architectural structure of the fuel cell electric vehicle is studied
  主要研究成果如下：根据燃料电池发动机所要达到的性能指标，研究了燃料电池发动机控制系统的总体结构。
• Considering one type engine control system , closed loop simulation test scheme based on can bus communication is designed , and its feasibility is validated by the test
  针对某型发动机控制系统,设计了基于can总线通讯的闭环仿真试验方案,并进行了闭环仿真试验,验证了方案的可行性和可靠性。
• The main work is listed as follows : 1 ) the development trend of the aeroengine control system is analyzed in detail ; the architecture and the system design of the adcs are researched
  本论文的主要内容如下： 1深入分析了航空发动机控制系统发展趋势；研究了航空发动机分布式控制系统构成及系统设计。
• As a development partner to the automotive industry , we manufacture powertrain products , engine control electronics and fuel injection systems that improve engine performance and lower emissions
  作为汽车制造商的开发合作伙伴，我们生产能够提高发动机性能、减少排放的动力系统产品、发动机控制电子装置和燃油喷射系统。
• The simulation results have illustrated that the command following , noise - suppressing and disturbance - rejection specifications as well as stability - robustness specifications of the control system can meet the requirements
  仿真结果表明发动机控制系统的指令跟踪、噪声抑制和抗干扰以及性能鲁棒性等方面的性能良好，满足要求。