每个主机使用不同的连接连至控制器以分散负荷及最大化吞吐量。
Each host USES a different connection to the controller to spread the load and maximize the throughput.
介绍了一种用于锅炉热负荷系统的复合控制器。
This paper describes a multiple controller for a boiler thermal load system.
下超调下超调指电压调整器或控制器在应对负荷变化时，电压或频率低于额定的量。
Undershoot Undershoot refers to the amount by which voltage or frequency drops below the nominal value as the voltage regulator or governor responds to changes in load.
多机集中控制：用一台集中控制器可以对多台主机进行集中控制，根据系统负荷及个单元运行时间决定主机工作状态。
Multi-centralized control: The controller can be a focus of many central control console, according to system load and run-time units decide the host job status.
将该控制器应用于锅炉的单元机组负荷控制系统中，实现了对非线性和大时滞系统的自适应控制。
While the controller is applied to controlling system about unit load of boiler, adaptive control of nonlinear big-lagged system is realized.
通过对建筑物动态负荷与小型吸收式制冷机制冷量之间关系的研究，开发了基于PID控制器的小型吸收式制冷机变水温控制系统。
The variable water temperature control system that based on PID controller was studied to deal with dynamic space load and refrigerating capacity of SAAC.
为此控制器设计要能对逆变桥的驱动控制以及稳压控制两方面，使交流输出满足用户负荷对交流电品质的要求。
The design of this controller can drive inverter control and regulation control of two to share the user load on the AC output to meet the quality requirements.
当网络负荷超载时，网络枢纽控制器就会通过丢弃一些低优先级的数据，来保证高优先级数据的实时性。
When the network is overloading, the Central network Control Unit can perceive it and dropout some low priorities fluent to keep the real time behavior of high priorities fluent.
在制冷系统控制器确定为低负荷情况时，可变速驱动控制器以运转的较低速度模式操作压缩机马达。
When a low load situation has been determined by the refrigerant system controls, the variable speed drive operates the compressor motor at lower speed mode of operation.
在节能控制器的作用下，节能电动机可自动改变输出功率等级，从而尽可能的提高电动机的负荷率。
With the effect of the energy-saving controller, the grade of the output power of the energy-saving motor can be changed automatically to make the motor run under largest possible load ratio.
所设计的控制器是有效的，并对环境变化和负荷变化具有较强的鲁棒性。
The designed controller is valid and feasible. The controller is robust to the variation of the environment and the load.
目前，我国暖通空调控制系统按照定负荷、定控制回路工作点、定控制器参数运行，并且在能量管理功能方面有很多不足。
Nowadays, in China HVAC systems operate at fixed load, fixed working point and fixed controller parameter, and there are many problems in energy management.
仿真结果表明鲁棒控制器能满足变负荷运行要求，而变参数控制器明显地改善了系统的性能。
The simulation results show that the robust controller can fulfill all the operational requirements and that the parameter-varying controller improves the system performance remarkably.
仿真结果表明鲁棒控制器能满足变负荷运行要求，而变参数控制器明显地改善了系统的性能。
The simulation results show that the robust controller can fulfill all the operational requirements and that the parameter-varying controller improves the system performance remarkably.
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