Sensorless speed observation can increase system redundancy effectively and can reduce the hardware design complexity, which becomes a focus of current research works.
无速度传感器转速观测能有效提高系统的冗余，使系统硬件设计得以简化，是目前电机控制研究热点。
As all protective measuring and control units adopt a uniform hardware platform and system design, the complexity is reduced and the maintainability is improved for the system.
系统内各保护测控单元采用统一的硬件平台和系统设计，降低了系统复杂性，提高了系统可维护性。
The idea of modularized design in hardware circuit of nodes can reduce the complexity of the design and reduce the interference of wireless circuit.
节点的硬件电路采用模块化设计思想，可以减少设计的复杂度，减小无线电路的干扰。
This algorithm simplifies the system architecture as well as reduces the complexity of logical design. Moreover it also reduces the hardware resources of high speed memory.
改进算法简化系统结构，降低逻辑设计复杂度，节约了高速存储器部分硬件资源。
This algorithm simplifies the system architecture as well as reduces the complexity of logical design. Moreover it also reduces the hardware resources of high speed memory.
改进算法简化系统结构，降低逻辑设计复杂度，节约了高速存储器部分硬件资源。
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