redundancy technique meaning in Chinese
多余度设计
冗余技术
Examples
- This thesis proposes a new architecture of fadec system , which is comprised of hardware layer based on similarity redundancy technique and software layer based on dissimilarity redundancy technique
本文在fadec系统的设计中提出硬件层基于相似余度技术，软件层基于非相似余度技术，从而构成了一种全新的系统结构。 - The system adopts redundancy technique and error proof measure : communicating process uses a self - adapting protocol and crc ; master computer software can avoid human - initiated - failure , check data border , limit authority , backup system data and start backup computer by software etc . to some extent , these ways help to increase the reliability of the system
系统采用了冗于技术和容错措施：通信过程采用自适应协议和crc校验；主站计算机软件能够避免人为失误，检查数据范围，限制权限，备份系统数据等。 - The system adopts redundancy technique and error proof measure : communicating process uses a self - adapting protocol and crc ; master computer software can avoid human - initiated - failure , check data border , limit authority , backup system data and start backup computer by software etc . to some extent , these ways help to increase the reliability of the system
本系统采用了冗余技术和容错措施：系统中的通信过程采用了自适应协议和crc差错检验；上位机软件具有防止人为误操作、数据边界检查、权限限制、系统数据备份和软件实现双机热备用等功能。一定程度上提高了系统的可靠性。 - The structured design of profibus system indicated bus access protocol ' s advantages . then , to integrate all sub - system or devices into the synthetic system , it was put forward to lead the ethernet technique into the control network . to solve ethernet " real - time , full - duplex switching was adopted and the system " structure was optimized to solve ethernet " reliability , redundancy technique was adopted and isomerous databases between control network be adopted
对于配置灵活的优势，则列举了profibus - dp网络体系的构建过程及其通信软件设计的方便性，进行例证；对于总线存取协议，则将其支持多主-从结构的特点，与软件设计中的结构化设计概念联系在一起，提出profibus系统结构化设计的概念，并用实例验证了这个概念，以此证实profibus总线存取协议的优异。 - So , in the design of highly reliable fadec system , it is greatly necessary to enhance research & development of fault - tolerant software system . in this paper , software technique applied to highly reliable fadec system is studied . the fadec system consists of hardware layer based on similarity redundancy technique and software layer based on dissimilarity redundancy technique
面对目前国内关于航空发动机高可靠性fadec软件系统研究工作相对滞后的现状，本文针对硬件层基于相似余度技术，软件层基于非相似余度技术构成高可靠性fadec系统的相关软件技术进行了研究。