同时对游程限制书写记忆介质的陪集码构造方法进行了分析。
Coset code of write run-length limited memory is analysed here.
在寻求解答的过程中，受害者的主题，主人公失去的记忆和受困的自我，各种符号和语码下的隐含意义，几乎都浮现出来了。
During the quest, all the lost memories, the suppressed and trapped self, the victim motif and the hidden and concealed meanings are surfacing.
给出了一种基于离散无记忆信源模型的分析变长码抗误码扩散能力。
The analysis of error resiliency of variable length codes (VLC) by Discrete Memoryless Source model is proposed.
处理序由一或多个执行绪和程序码、资料以及程序在记忆体中的其他资源所组成。
A process consists of one or more threads and the code, data, and other resources of a program in memory.
在陈彦凯的硕士论文中密度同位检查编码传送系统加上区码记忆的系统在某些短码时可以超越没有区码记忆的系统。
According to Chen's master thesis, LDPC coded MIMO using interblock memory outperform LDPC coded MIMO without interblock memory in some short code-length conditions.
如果恶意程序码以某种方法取得该记忆体区域的存取权，则使用此资料会较困难。
If malicious code somehow gains access to that area of memory, it is more difficult to make use of the data.
当使用者将新资料列捲动到检视内时，程式码会从快取要求新资料，并且选择性地清除记忆体的旧资料。
When the user scrolls new rows into view, your code requests new data from the cache and optionally flushes old data from memory.
程式码剖析方法包括取样、追踪和记忆体配置。
Profiling methods include sampling, tracing, and memory allocation.
通常错误路径中的程序码不会被详细地测试，而且不会清除所有的物件，例如锁定或已配置的记忆体。
Frequently, code in error paths is not well tested and does not clean up all objects, such as locks or allocated memory.
这些可以让您在程序位置停住、查看记忆体和暂存器值、变更变数、观察讯息传输，以及仔细检视程式码的动作。
These allow you to stop at procedure locations, inspect memory and register values, change variables, observe message traffic, and get a close look at what your code does.
一般说来，您的DLL会有必须在DLL载入时执行的初始化程序码(例如，配置记忆体)。
Typically, your DLL has initialization code (such as allocating memory) that must execute when your DLL loads.
一般说来，您的DLL会有必须在DLL载入时执行的初始化程序码(例如，配置记忆体)。
Typically, your DLL has initialization code (such as allocating memory) that must execute when your DLL loads.
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