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error correcting circuit
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  纠错电路
     This paper presents the further improvement of the reliabi-lity of data transmission in high-speed train by means of threevalued polar code(TP code)and three-valued logic error detecting and error correcting circuit(EDC circuit)and the realization of these techniques.
     本文提出了应用三值极性码(TP码)和三值逻辑检错纠错电路(EDC电路)进一步提高高速列车分布式微机系统数据传输可靠性的一些措施。
短句来源
     Experiment shows that by adding CIRC ECC (error correcting circuit),the BER (bit error rate) can be decreased from 10 -3 to less that 10 -8 .Finally,the reason for error is analysed.
     实验表明,在记录器原始误码率为10-3的情况下,加入CIRC纠错电路后,误码率小于10-8; 最后对误码原因进行了分析
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  error correcting circuit
The C1355 is a 32-bit single-error correcting circuit with 546 gates, and the reverse-engineered design consists Table 1.
      


This paper presents the further improvement of the reliabi-lity of data transmission in high-speed train by means of threevalued polar code(TP code)and three-valued logic error detecting and error correcting circuit(EDC circuit)and the realization of these techniques.

本文提出了应用三值极性码(TP码)和三值逻辑检错纠错电路(EDC电路)进一步提高高速列车分布式微机系统数据传输可靠性的一些措施。

In this paper,the application of cross interleaved reed solomon code (CIRC) in rotary head digiatl magnetic recorder is discussed.The elemental method on coding and decoding of RS code in time domain is presented,and the hardwave implementation of CIRC encoder/decoder with FPGA and L6471X Sery VLSI is given.Experiment shows that by adding CIRC ECC (error correcting circuit),the BER (bit error rate) can be decreased from 10...

In this paper,the application of cross interleaved reed solomon code (CIRC) in rotary head digiatl magnetic recorder is discussed.The elemental method on coding and decoding of RS code in time domain is presented,and the hardwave implementation of CIRC encoder/decoder with FPGA and L6471X Sery VLSI is given.Experiment shows that by adding CIRC ECC (error correcting circuit),the BER (bit error rate) can be decreased from 10 -3 to less that 10 -8 .Finally,the reason for error is analysed.

讨论了交叉交织RS码(CIRC)在旋转头数字磁记录器中的应用;介绍了时域RS码编译码的基本方法;给出了用FPGA和L6471X系列VLSI芯片对CIRC编译码器的硬件实现。实验表明,在记录器原始误码率为10-3的情况下,加入CIRC纠错电路后,误码率小于10-8;最后对误码原因进行了分析

The key rotor position of a sensorless square-wave brushless DC (BLDC) motor can be detected with the ‘Back-EMF Method’.this paper analyzes the influence of armature reaction on the position detection, derives the relationship between position error and motor structure parameters and operating status, proves that the armature reaction does not affect the position detecting precision of a cylindrical pole BLDC motor whilst results in the position error and consequently the lead or lag commutation...

The key rotor position of a sensorless square-wave brushless DC (BLDC) motor can be detected with the ‘Back-EMF Method’.this paper analyzes the influence of armature reaction on the position detection, derives the relationship between position error and motor structure parameters and operating status, proves that the armature reaction does not affect the position detecting precision of a cylindrical pole BLDC motor whilst results in the position error and consequently the lead or lag commutation of a salient pole BLDC motor. Finally, the paper also presents an error-correcting circuit and its expericental results.

探讨了方波无刷直流电动机采用“反电势法”检测转子关键位置时所受电枢反应的影响,推导了位置误差与电机中结构参数和工作状况的关系,证明了隐极电机转子位置的检测精度与电枢反应无关,而在凸极电机中电枢反应引起位置误差,并最终导致无刷电机超前或滞后换流。文章最后介绍了一种误差校正电路,并作了实验验证。

 
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