编码

The main findings of the study are as follows:(1) Both N2 and P3 are the characteristic ERPs under nogo inhibition,but P3 amplitude is a good indicator of inhibition processing depth;(2) Through ERP waveforms separation from encoding of stimuli sequence,we verify that the capacity of visual working memory is about 4 units;(3) In the go/nogo sequence response, encoding is mainly the function of right hemisphere, but inhibition retrieval is concentrated on left frontal area and anterior cingulated cortex.

本研究获得了以下结论：(1)在nogo抑制条件下，N2和P3波是特征的抑制波，但P3的波幅是反应抑制加工深度的良好指标；(2)对刺激的顺序编码加工的ERP验证了工作记忆的处理单元的容量为4左右；(3)在Go/nogo序列反应中，编码加工体现为右脑优势，而抑制提取的加工负波集中在左脑前额和前角回区。

This dissertation brings forward and realizes the multilevel classifiable method which is based on characters coding. Above all, this method realizes the first-grade classification by extracting enough effective characters from characters and coding them, to the others which couldn't be recognized by the first-grade classification, the method will adopt the second-grade classification using template matching to recognize these characters.

本文使用了基于特征编码的多级分类识别方法，通过给字符抽取足够多的有效的特征并给特征编码实现第一级分类，对于第一级分类后仍不能区分的字符，再进入第二级分类用模板匹配的方法最终达到区分的目的，这种方法的重点在第一级分类阶段。

This dissertation brings forward and realizes the multilevel classifiable method which is based on characters coding. Above all, this method realizes the first-grade classification by extracting enough effective characters from characters and coding them, to the others which coundn t be recognized by the first-grade classification, the method will adopt the second-grade classification using template matching to recognize these characters.

本文提出并实现了基于特征编码的多级分类识别方法，通过给字符抽取足够多的有效的特征并给特征编码实现第一级分类，对于第一级分类后仍不能区分的字符，再进入第二级分类用模板匹配的方法最终达到区分的目的，这种方法的重点在第一级分类阶段。

In this paper,based on the convolutional codes,it analyzes the principle of error-correcting codes.

在现代数字通信系统中，纠错编码技术的作用是很重要的，本文以卷积码为例，分析了纠错码的原理，并利用matlab实现了卷积码的编码和解码，对卷积码纠错原理进行了仿真研究。

This paper use VC ++ to achieve a set of convolutional coding and Viterbi decoding.

本论文是用 VC++实现一个给定编码方案的卷积码编码及其维特比译码。

Convolutional coding has been used in communication systems including deep space communications and wireless communications.

中文摘要：卷积编码是深度空间通信系统和无线通信系统中常用的一种编码方式。

Encode - prompts for a "Keyword" to use to cryptographically encode the text.

编码-提示为&关键字&使用的保密编码的文本。

The two Phytophthora genomes encode large numbers of secreted proteases in contrast to the diatom and also encode the pectinases and cutinases required for hydrolyzing plant cell wall and cuticular material.

两疫霉基因组编码的大量分泌蛋白酶相反，以矽藻，也编码果胶酶和cutinases所需的水解植物细胞壁和角质层的物质。

Full-length cDNA sequence of NPY from Barbodes sinensis Based on multiple alignment of a number of Cyprinidae NPY genes, two special primers of 3'cDNA ends were designed for amplification of the 3'cDNA ends of NPY genes and the sequence was acquired from the cDNA templet of the brain of S.sinensis.

中华倒刺鲃基因推导氨基酸序列的分析中华倒刺鲃NPY的cDNA编码区核苷酸长度为291bp，编码96个氨基酸，由信号肽(28个氨基酸)、NPY成熟肽(36个氨基酸)、三肽加工位点(3个氨基酸)和连接肽(29个氨基酸)组成。

Sequencing of this 4.3kb DNA fragment revealed that there is a β-glucosidase gene urnbgl3A with an ORF of 1956bp, encoding product shared 63% identity and 79% similarity with a beta-glucosidase (GenBank NO:AAX16378.1) of uncultured murine large bowel bacterium BAC 31B, and shared 50% identity and 67% similarity with a beta-glucosidase-related glycosidases (GenBank NO:ZP-00308419.1) of Cytophaga hutchinsonii.

测序结果表明在4.3kb的片段上有一个全长为1956bp的ORF，编码一个可能的β-葡萄糖苷酶基因umbgl3A，其编码产物与一个来源於小鼠大肠未培养细菌的β-葡萄糖苷酶(GenBank Acession NO：AAX16378.1)一致性为63%、相似性为79%；与哈氏噬纤维菌的β-葡萄糖苷酶(GenBank Acession NO：ZP-00308419)的一致性为50%、相似性为67%。

Recall that, in the Kolmogorov axiomatization, measurable sets are the sets which have a probability or, in other words, the sets corresponding to yes/no questions that have a probabilistic answer.

延期开工的Kolmogorov宣布要衡量所有套职能有限许多坐标限制在于衡量子寅。换句话说，如果是/否的问题回答f可看的价值观念在许多最有限坐标，然后它有一个概率的答案。

The experimental results showed that the algorithm can filter singular points and remain fixity of the target edge.

实验表明：基于模糊理论的图像智能滤波方法比常规图像滤波方法运算量小，它既能去除奇异点，又能保持图像中目标的边缘不变性，具有很好的滤波效果。