Improved exponential bidirectional associative memory model(IeBAM), which was developed from eBAM by adding an intraconnection to the exponents, is a neural network with higher storage capacity and correcting error capability than eBAM.
改进的指数双向联想记忆模型 (Improved exponential bidirectional associative memorymodel,Ie BAM)是在 e BAM的基础上通过引入内连接项而产生的一个比 e BAM具有更高存储容量、纠错性的联想神经网络。
At the foundation of Hamming correcting error code principle, Hamming codes was introduced to the wireless data transmission of nRF2401. The effects of pre-application and post-application were compared and analyzed.
The result shows that the correcting error performance of optimal degree distribution pair irregular LDPC codes OFDM system is better than the optimal regular LDPC codes OFDM system at the same map mode,the SNR(Signal Noise Ratio) increment is 1 dB at BER(Bit Error Rate) is 10~(-5).
Prediction tests for sugar contents of 56 apples are carried out by the system. The testing results are: standard correcting error=0.317 and standard prediction error=0.487. The measuring system can be directly applied to fast quantitative analysis for sugar content of fruit drops and the prediction accuracy can be up to 95%.
From different aspects as confirming former views,correcting error views and advancing new views,this paper discusses the usages of Liao(了),Zao(遭),Yu(遇),Su(俗), Qi(奇),Du(独),Fan(反).
Self-correcting error in numerical linear wave propagation
Different philosophies lie behind the detecting and correcting error patterns in a real communication channel.
Under CEN rules, all Eurocodes will have a five-year review in addition to urgent health and safety and correcting error amendments.
Lead-Lag is similar to PI in correcting error through known error and average error.
Based on a microcomputer, authors developed an interferogram data analysis system which can perform wavefront interpolation, aberration analyses, OPD contour mapping,PSF and OTF calculations etc.,The system is also capable of correcting errors caused by interferometers and measuring average wavefront curvature.The algorithms may be applied to any interferometric systems with a standard reference wavefront.
Principles of interlaced coding and the corresponding theorems arediscussed. Circuitry of interlaced encoder and decoder and some experimental results are then given. A simplified method of describing the generated matrix of interlaced code is demonstrated, which is very useful when the degree of interlacing becomes high enough.The author analysed its ability of correcting errors and got the concl usion that the ability of correcting burst errors increases proportionally with the increase of...
Principles of interlaced coding and the corresponding theorems arediscussed. Circuitry of interlaced encoder and decoder and some experimental results are then given. A simplified method of describing the generated matrix of interlaced code is demonstrated, which is very useful when the degree of interlacing becomes high enough.The author analysed its ability of correcting errors and got the concl usion that the ability of correcting burst errors increases proportionally with the increase of the degree of interlacing, and the ability for correcting random errors varies with the change of conditions. By using the interlacing technique the long code necessary for correcting bursf errors can be simplified as that of finding optimal short codes and the procedure of coding is much simplified.It can be seen that the construction of interlaced encoder and decoder is simple and the hardware eaisly implemented.Interlaced code is able to prevent either random or burst errors and is thus recommendable for use in telecontrol instruction coding.
Adjusting control system with Bode diagram has been a common method in certain fields, but remains a new subject .in the field of heat-engine control. In this article, a method is raised to adjust the control system for heat-engine process by use of Bode diag-ram, particularly with regard to the characteristics of the controlled object and operating regulator. The chief points are:1.The general rule of both heat-engine control object and regulator in Bode diagram construction has been found, and then to produce...
Adjusting control system with Bode diagram has been a common method in certain fields, but remains a new subject .in the field of heat-engine control. In this article, a method is raised to adjust the control system for heat-engine process by use of Bode diag-ram, particularly with regard to the characteristics of the controlled object and operating regulator. The chief points are:1.The general rule of both heat-engine control object and regulator in Bode diagram construction has been found, and then to produce a method for simplifying the diagram and correcting errors, with the result that adjustment with Bode diagaram will become simple and practilce in utilization.2.To develope the method and its steps for adjusting the control system, through using approximate Bode diagram, and in particular to develop procedures and principles for determination of regulator integration time T1 and differentiation time Td.The chief advantage of using Bode diagram in adjusting heat-engine control system is -there is no restriction with respect to type and order of the controlled object, as well as to the number of regulator parameters and criteria of adjustment. The method described is distinguished by its extensibilty and flexibility in aplication.
correcting error
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