等控制

• Using the logarithm graph , multi - varieties production batch problem is resolved . the production scheduling is realized with heuristic traverse algorithm . at last , the strategies , which include disassembling task , shorting interval of the working procedure , overlapping working procedure , deferring the back working procedure etc . , are brought forward to deal with the order ' s inserting , postponement , freezing and doing again on carrying out the production plan
  3 )分析了企业职能信息系统的集成性和各部门间的协调性，研究车间生产计划的制订过程，以模糊多属性折衷式模型实现了工艺路线的决策，采用对数坐标图表法，解决了多品种生产批量问题，用基于启发式的遍历算法实现了生产工单的排产，最后提出了任务分解、缩短工序间隔，相邻工序时间叠加，延迟后续工序等控制策略处理计划执行过程中工单的插单、延期、挂停与返工等特殊问题。
• Then the article specifies the control principle of the infrared sensor , the dust warehouse detection , the collision detection , the floating switch , the speedometer , the edge - walking detection , the keyboard , the liquid crystal display as well as the vacuum motor , the brush motor , the driver motor and etc . in the software design aspect , through analyzing the link between the bottom hardware and path coverage planning algorithm , it actualizes pid adjustment algorithm for the robot ’ s straight walking , the coordinate transformation and computation of speedometer ’ s return value , providing the basis for the route coverage algorithm
  然后,详细说明了红外传感器,尘仓检测,碰撞检测,浮动开关,里程计,贴边行走检测、键盘、液晶显示以及吸尘电机、毛刷电机、主动轮驱动电机等控制原理。在软件设计方面,通过分析底层与路径规划算法的衔接,实现了机器人直行pid校正算法、里程计返回值的坐标变换及计算等算法,为路径覆盖算法提供依据。
• The thesis not only deals with these typical bss algorithms , but also discusses the problems of learning convergence and of multiple source separation using control methods such as adaptive control , neural network , etc . a new method is proposed in the thesis based on dual adaptive control and experiments of speech signal separation are made to test various bss methods that are considered in the thesis
  本文不仅对现有的方法进行了研究，还结合自适应、神经网络等控制方法对bss的学习收敛问题以及多源信号分离等问题进行了探讨，提出应用对偶自适应控制的基本思想重新构造bss问题进行求解的研究方法，并且通过语音信号分离实验对本文所研究的各种rss算法进行了分析和验证。
• Analyze and compare pid and vague , single neuron etc . control strategy , and combine with single neuron self adaptive gain , self adaptive right value and preventive integral saturation etc . control strategy . have improved single neuron control algorithm , may restrain efficiently to disturb , reduce broken arc and short circuit etc . phenomenon , make systematic control effect and robustness get to strengthen , also have certain application reference value for the design of the dc arc furnace
  通过对pid 、模糊、单神经元等控制策略的分析比较，将单神经元增益与权值的自适应调节、抗积分饱和等控制策略相结合，改进了单神经元控制器算法，可以有效抑制扰动，减少断弧、短路等现象的发生，使系统的控制效果和鲁棒性都得到增强，对电弧炉控制系统的设计也具有一定的应用参考价值。
• And , this thesis return as to it ' s measure to measure the proceeding error margin the analysis , and was analyzed by error margin the enthalpy different laboratory matchs the gb / t 7725 - 1996 standard , can be used for measuring the making the cold and making the heat ' s ability , the consuming , the cop , the breeze deal under the steady state or not steady state of air condition of diagraph room , and it can also test the influence of the four channels change to the face valve and and the electronic expanding valve to the whole function of the air condition
  而且，本论文还对其测量量进行误差分析，经误差分析该焓差室符合gb t7725 - 1996标准，可用于测量房间空调稳态及非稳态制冷能力和制热能力、工耗、 cop以及空调器室内机组的风量，并能测试四通换向阀、电子膨胀阀等控制元件对空调器整体性能的影响。
• The water pumping system uses photovoltaic ( pv ) panels which produce electricity directly from sunlight using silicon cells and drive the pump through series of new technologies of electronics , motors , control units and different modern devices to bring water up from river , lake or deep well
  光伏水泵系统是直接利用太阳电池光生伏打效应发电，通过一系列电力电子、电机、水机等控制及执行环节从而在江河湖泊或深井中实现提水的系统，该系统涉及到光、机、电、控制技术等多种交叉学科。
• In chapter four , the computer congestion control mechanism is analyzed from the point of complicated system and control theory , the network congestion control system mathematical models are constructed , computer network system congestion control methods based on control theories such as pid and predictive control are researched
  第四章从复杂系统分析与控制理论的角度分析了计算机网络拥塞机理，建立了网络拥塞控制系统的数学模型，研究了基于pid 、预测控制等控制理论方法的计算机网络系统拥塞控制方法。
• This paper presents general background information about anc methods . contrasts between passive and active noise control are described . different types of noise - control algorithms are discussed : feedforward broadband , feedforward narrowband , and feedback algorithms , and each algorithm detailed with the steps to implement
  本文介绍了anc技术的基本背景，比较了主动噪声控制与被动噪声控制的优缺点，对anc系统中经常采用的宽带前馈、窄带前馈和反馈等控制结构进行了对比和分析，并提出了不同算法的具体实现步骤。