此外还给出了一个高效率的关键字纠错算法。
In addition, an efficient algorithm for keyword correction is given.
通过使用FEC纠错算法，提高了系统无线数据传输的可靠性。
The reliability of wireless data transmission can be improved by using the FEC error correction algorithm.
解决该问题的一个方法是将扇区大小从512字节增加为更大的值，以使用功能更强大的纠错算法。
One way around this problem is to increase the sector size from 512 bytes to a larger value, enabling more powerful error-correction algorithms to be used.
测试表明，在有阻塞干扰的跳频信道上，“滑动窗”算法的性能远远优于传统的RS码纠错算法。
Simulations show that the performance of sliding window algorithm is very much better than that of the traditional RS coding algorithm under the same channel conditions.
提出一种改进的扩展海明码纠错算法，在不增大海明码距的情况下，提高海明码的抗干扰能力，实现对冲击噪声引起的突发干扰进行纠错。
An improved error-correcting algorithm of extended hamming code is given, which can correct the error brought by shock noise without increasing hamming distance.
采用SP交织算法、纠错编码，给出了一种基于图像的抗突发误码的大容量数据嵌入隐秘传输方法。
By using SP algorithm and error correction code technology, a combating burst error and large capacity data hiding method for secret transmission was proposed based on images.
前向纠错通过一种Reed - Solomon算法和增强FEC编码技术的新颖结合得以实现。
Forward error correction is achieved using a novel combination of Reed-Solomon and Turbo FEC coding techniques.
根据对上板测试的数据分析可知，本算法纠错能力很强，能够很好的满足otn的实际需求。
After analyzing the on board test result, the EFEC design implement method has better correction ability and could satisfy the current OTN requirement very well.
并指出基于小波变换的SPIHT编码算法具有对水下图像低比特率编码性能好、可以与纠错技术结合使用等特点。
Our research has showed that SPIHT performs better than JPEG while the underwater images are coded in low bit rate. SPIHT also has a good progressive transmission characteristic.
本文提出了一种基于DCT变换域的用改进LSB算法嵌入带rs纠错码的数字水印方法。
The article proposes an improved LSB watermarking algorithm based on the DCT domain and the RS correction.
最后，利用纠错码理论进一步改进水印算法。
Finally, we use error correcting coding to improve secure algorithm.
介绍了为自动校对系统检测出的错误字串提供有效纠错建议的算法。
This paper introduces an algorithm to offer the effective correct candidates for the detected error strings by automatic proofreading system.
本文研究数字音频无线传输中的前向纠错（FEC）算法和电路 的设计及实现。
This dissertation researches the arithmetic and the circuit implementation of Forward Error Correction (FEC) in digital audio wireless transmission.
该文提出了一种新的标识符(ID)水印算法，具有误码纠错，水印高度冗余和自适应水印恢复三个特点。
In this paper an identifier (id) watermarking algorithm is proposed, which has the characteristics of error-correct, high redundance and adaptive watermark retrieval.
利用迭代均衡算法实现循环纠错，即使在高速移动的环境中也能抵抗快速衰减。
It takes iterative detection and decoding algorithm to realize circulation correct error and can resist and decrease fast fading in the high-speed mobile environment.
为进一步增强算法的鲁棒性，还使用了BCH纠错编码技术、冗余嵌入和数组重组技术。
To further enhance the robustness, BCH error correction coding techniques, redundant embedding, and an array of recombinant techniques are used.
这个算法是用了纠错编码技术和排序处理技术，提高了鲁棒性，改进了检测方法。
It USES error correction code and sort processing technique, which enhance the robustness and advance detection method.
针对软件纠错性维护问题，提出了软件故障诊断的概念及一种故障模块匹配算法。
This paper presents a conception of software fault diagnosis based on the issue of software maintenance, and puts forward a new method of fault diagnosis matches arithmetic.
提出了一种在图像小波域中嵌入文字的新型鲁棒水印算法，并对嵌入的文字进行混沌加密和BCH纠错编码。
This paper brings forward a text embedding digital watermarking method based on image's DWT domain, meanwhile, using the chaotic sequences to encrypt the text data and BCH code to correct them.
根据文中所述的方法，可以快速准确地求出数字通信中常用的循环纠错码及扰码器的并行算法及逻辑表达，并为其它类似数字信号编码问题的电路实现提出了新的解决思路。
We can resolve quickly and accurately the problem of parallel translation of CRC and scrambling by using this method, and offer a new idea for other digital signal code design.
与传统算法相比，所提出的算法在不降低纠错性能的前提下，具有更低的计算复杂度和更快的处理速度。
Compared with the conventional serial LDPC decoding algorithm, the proposed algorithm has lower computational complexity and faster processing speed without any performance deterioration.
在测试阶段，该算法通过模型融合进一步发挥KNN模型和纠错输出编码各自的优点。
In testing phase, the proposed method makes the most of the merits of KNNModel and ECOC through models combination.
实验结果表明：在1%以上的随机误码率下，采用本文提出的纠错 算法后，信道误码引起的声码器基音参数误差能够降低10%以上。
Tests show, the modified restoration scheme can reduce the pitch error due to channel errors at least 10% on channels with bit-error-rates above 1%.
实验结果表明：在1%以上的随机误码率下，采用本文提出的纠错 算法后，信道误码引起的声码器基音参数误差能够降低10%以上。
Tests show, the modified restoration scheme can reduce the pitch error due to channel errors at least 10% on channels with bit-error-rates above 1%.
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