记忆码

词组短语

mnemonic symbol

与记忆码相关的网络例句 [注：此内容来源于网络，仅供参考]

The topics covered include the basic concepts of information theory--entropy, mutual information, channel capacity, information rate, Shannon's noiseless coding theorem and Shannon's fundamental coding theorem; modeling of information sources--zero-memory and Markov models; modeling of information channels--BSC and BEC channels, additivity of information and cascaded channels; construction of compact source codes--Kraft inequality, compact codes, Huffman and LZW compression codes; and analysis and design of error-control channel codes--Hamming distance, binary linear codes and the parity-check matrix, Hamming codes, checksum codes, cyclic codes and the generator polynomial and CRC codes.

课程的内容包括：信息论的基本概念（熵、交互信息、信道容量、信息率、 Shannon无噪声编码定理和Shannon基本编码定理）、信源模型（无记忆模型和Markov模型）、信息信道模型（BSC 和 BEC模型、信息的可加性和级联信道），紧致信源编码设计（Kraft不等式，紧致编码，Huffman 和LZW压缩编码）以及差错控制信道码的设计与分析（海明距离，二元线性码，奇偶校验矩阵，海明码，校验和，循环码，生成多项式和CRC码）。

By using the discomposed model of CPM modulation, sub-optimum CPM spreading code can be regarded as a recursive systematic inner encoder.

通过分解的CPM调制器模型，可以把次优化的CPM扩频码看作为一个递归码与无记忆调制器的级连。

In Windows Mobile smartphone device which accept an external SD (MicroSD/MiniSD included) memory card for expanded storage memory, the original name for the SD card device identifier will be "Storage Card".

在Windows Mobile智能手机的装置，接受外部的SD （微型/包括的miniSD ）记忆卡扩充储存记忆体，原来的名称为SD卡的设备识别码将是"存储卡"。

However, in a more complex embedded system, the code size will usually exceed the poor internal ROM size of this 8051; therefore, we use an external ROM to store the source code.

因此，若所需控制的事件复杂度高时，则程式码会超过内部储存空间的记忆体上限；此时，只能以外部定址方式储存程式码。

Based on memory and recursive of CPE,combining with cirrocu-mulus code and inter leaver,the system model of Turbo CPM is founded.

基于CPE的记忆特性和递归特性，结合外部的卷积码及交织器，建立串行级联Turbo CPM系统模型。

Local loop transmission from the central office to the customer's premises, unbundled from local switching or other services. Local transport from the trunk side of a wireline local exchange carrier switch unbundled from switching or other services. Local switching unbundled from transport, local loop transmission, or other services. Non-discriminatory access to 911, directory assistance and operator call completion services. White pages directory listings for customers of the other carrier's telephone exchange service. Nondiscriminatory access to telephone numbers for assignment to the other carrier's telephone exchange service customers. Nondiscriminatory access to databases and associated signaling necessary for call routing and completion. Telecommunications number portability. Nondiscriminatory access to services or information to allow the requesting carrier to implement local dialing parity (the ability to complete a connection without the use of additional access codes). Reciprocal compensation arrangements.

清单的内容总的可以概括为：申请与BOC进行互连的电信公司须提供与BOC相同的话音质量；平等访问网络元件；以公正合理的速度平等接入由BOC拥有或控制的电线杆、管道、导管以及通行权；中央局至用户住宅的本地环路传输，其定价与本地交换业务或其他业务定价分开进行；从本地电话公司交换机中继端开始的本地传输与交换业务或其它业务分别定价；本地交换业务与传输业务、本地环路传输业务或其他业务分开定价；平等访问911应急电话、电话指南和话务员呼叫完成业务；享用其他电话公司电话交换服务的电话黄页；平等访问分配给其他电信公司用户的电话号码；平等访问呼叫路径和呼叫完成所需的数据库以及相关信令；电信号码便于记忆；平等访问服务或信息，使电信公司实现本地等位拨号（不需拨打任何接入码即可完成电话连接的功能）；提供相互补偿。

We don't provide any new virtual memory code for this assignment.

在这个任务中我们不提供任何新的虚拟记忆体程式码。

Moreover, an improved upper bound on the average MAP decoding error probability of linear Slepian-Wolf systems for stationary memoryless sources is derived. Based on this improved bound, we analyze the performance of Slepian-Wolf systems based on LDPC codes and random permutations, and prove that under some conditions, all but diminishingly small proportion of LDPC encoders and permutations are good enough for the design of practical Slepian-Wolf systems when the coding length is very large.

然后，论文在相关平稳无记忆信源下推导出线性Slepian-Wolf系统平均MAP译码错误概率的一个改进上界，并在这一改进上界的基础上，分析了基于LDPC码和随机置换的Slepian-Wolf系统的性能，证明了在一定的条件下，当编码长度非常大时，几乎所有的LDPC编码器和置换对于实际Slepian-Wolf系统的设计都是足够好的。

Furthermore, specific ritual foods, such as sticky rice and millet, are frequently manipulated to generate sensor y experiences and to objectify past images. In contrast to the rapid changes and constant conflict that characterize daily life, the Saisiyat dynamically re-construct social relations, transmit cultural values, and embody linkages with the past through reproducing and re-enacting food symbols in rituals.

藉由对赛夏食物的分析，本文一方面探讨食物符码，对人群关系界定和社会类别概念传递的作用；另一方面并进一步讨论赛夏人在仪式行动中，运用特殊食物衍生的具体意象和感官经验，跨越真实世界的时间流变，回溯过去并体现时间连结，形成记忆与认同建构的基础。

I dance around this empty house Tear us down Throw you out Screaming down the halls Spinning all around and now we fall Pictures framing up the past Your taunting smirk behind the glass This museum full of ash Once a tickle Now a rash This used to be a funhouse But now it's full of evil clowns It's time to start the countdown I'm gonna burn it down down down I'm gonna burn it down 9, 8, 7, 6 5 4, 3, 2, 1, fun Echoes knocking on locked doors All the laughter from before I'd rather live out on the street Than in this haunted memory I've called the movers Called the maids We'll try to exorcise this place Drag my mattress to the yard Crumble tumble house of cards This used to be a funhouse But now it's full of evil clowns It's time to start the countdown I'm gonna burn it down down down This used to be a funhouse But now it's full of evil clowns It's time to start the countdown I'm gonna burn it down down down I'm gonna burn it down 9, 8, 7, 6 5 4, 3, 2, 1, fun Oh, I'm crawling through the darkest home My key don't fit my life no more I'll change the drapes I'll break the plates I'll find a new place Burn this fucker down do do do do dodo do do do do do dodo do do do do do dodo do do do do do dadadada do do do do dodo do (9, 8, 7, 6 5 4, 3, 2, 1) do do do do dodo do do do do do dodo do do do do do dodo doo This used to be a funhouse But now it's full of evil clowns It's time to start the countdown I'm gonna burn it down down down This used to be a funhouse But now it's full of evil clowns It's time to start the countdown I'm gonna burn it down down down I'm gonna burn it down

本人舞蹈解决这个空房子撕裂我们失望你驱逐出去尖叫了大厅纺纱各地，现在我们属于图片框过去您的嘲弄微笑背后的玻璃该博物馆完全灰一旦痒现在皮疹这曾经是一个funhouse 但现在是充满了邪恶的小丑现在是时候开始倒计时我要去烧伤跌下来了我要去刻录下来 9 ， 8 ， 7 ， 6 5 4 ， 3 ， 2 ， 1 ，乐趣回声敲锁车门所有的笑声之前我宁愿住在街道上进行比这个闹鬼记忆我已经称为推动者所谓的女佣我们会尝试傩这个地方拖曳我床垫的码崩溃暴跌众议院卡这曾经是一个funhouse 但现在是充满了邪恶的小丑现在是时候开始倒计时我要去烧伤跌下来了这曾经是一个funhouse 但现在是充满了邪恶的小丑现在是时候开始倒计时我要去烧伤跌下来了我要去刻录下来 9 ， 8 ， 7 ， 6 5 4 ， 3 ， 2 ， 1 ，乐趣噢，我最黑暗的爬行通过主页我的钥匙不适合我的生活没有更多我会改变窗帘我要打破盘子我会找到一个新的地方烧伤这个笨蛋下跌做这样做这样做渡渡鸟做这样做这样做渡渡鸟做这样做这样做渡渡鸟这样做这样做dadadada 这样做这样做渡渡鸟做（ 9 ， 8 ， 7 ， 6 5 4 ， 3 ， 2 ， 1 ）做这样做这样做渡渡鸟做这样做这样做渡渡鸟这样做这样做渡渡鸟斗这曾经是一个funhouse 但现在是充满了邪恶的小丑现在是时候开始倒计时我要去烧伤跌下来了这曾经是一个funhouse 但现在是充满了邪恶的小丑现在是时候开始倒计时我要去烧伤跌下来了我要去刻录下来

与记忆码相关的网络解释 [注：此内容来源于网络，仅供参考]

addressed memory：地址记忆体

地址[代]码 address code | 地址记忆体 addressed memory | 加减计数器 add-subtract counter

bar code reader：条 码 阅 读 机

(4) 在网际网路上有多少个新闻群组(News) 少於200 300 900可读取且可写入 唯读记忆体(ROM)只能读取,但不可写入 一般而字体阅读机(OCRReader) 条码阅读机(Bar Code Reader) 读卡机56.

memory bank：记忆器组

Memory Array Redcode Simulator (MARS) 内存数组红码仿真器 | memory bank 记忆器组 | memory bank select 记忆器组选择

mnemonic symbol：记忆符号, 记忆码

termination step 链终止阶段 | mnemonic symbol 记忆符号, 记忆码 | convergence adjustment 收敛[会聚]调整

mnemonic code：助记忆码

mmn drive mechanism | 主传动机构 | mnemonic code | 助记忆码 | mngnetic equivalent circuit | 等效磁路

operation code：运算码

机器指令(machine code)系由二进位码组成,它包含了运算码(operation code)、记忆体位址、运算元(operand).

virtual memory,user-coded：用者码化虚记忆器

virtual memory, microcomputer 微算机虚记忆器 | virtual memory, user-coded 用者码化虚记忆器 | virtual memory,executive system 执行系统虚记忆器

memoryless source：无记忆信源

对称信源 symmetric source | 无记忆信源 memoryless source | 码本 codebook

opcode：操作码

即使server真的维护(maintain)了一段时间的视窗内容,也可能因为记忆体不足而被迫停止,转而开始重新送出曝光 "事件"一个 "需求" 是一个被封装(package) 的简单区块(block) ,区块包含一个 "操作码"(opcode) 来指示要执行何种操作,

opcode：运算码

一部分的指令数值为运算码(opcode),其指示要进行哪些运算. 其它的数值通常供给指令必要的资讯,诸如一个加法(addition)运算的运算目标. 这样的运算目标也许提供一个常数值(即立即值),或是一个空间的定址值:暂存器或记忆体位址,