Often, it requires a considerable amount of debugging and investigation to understand mistakes in your program logic and design that are causing memory errors.
通常，它需要相当多的调试和调查来了解导致内存错误的程序逻辑和设计。
A machine's memory is used for the operating system, and middleware and application logic, among other things, in addition to the data you put in it.
除了放入数据之外，机器内存还可以用于操作系统、中间件和应用程序逻辑等。
A portion of the buffer cycle in which the logic or arithmetic unit must cease operation or neither will be able to communicate with the memory unit.
缓冲存储器周期的一部分，在这期间，逻辑与算术运算器必须中止操作或不能与存储器传输信息。
WebSphere eXtreme Scale operates as an in-memory data grid that dynamically caches, partitions, replicates, and manages application data and business logic across multiple servers.
可以将WebSphereeXtremeScale作为一个内存中的数据网格来操作。它能跨多个服务器动态缓存、分区、复制和管理应用数据与业务逻辑。
Computers with Ics not only were faster but were in a sense much smarter. Crammed with more memory and logic circuity, they could take on far more difficult workloads.
有了集成电路计算机不但算得更快，而且从某种意义上说更聪明了。由于装的记忆和逻辑装置更多了，所以它们可以从事更难的工作。(不能译为“较”)。
CENTRAL PROCESSING UNIT, in a computer or digital circuit, the section containing the arithmetic and logic, control, and internal memory circuits.
中央处理器，计算机或数字电路中含有运算，逻辑，控制和内部存储电路的部分。
Program instruction set, logic stack and data type of I/O memory which are tied up with tasks in the soft-PLC system are analyzed and studied.
研究了系统的程序指令集、逻辑堆栈和I/O存储器数据类型，实验表明系统具有良好的实时性和可靠性。
Referring to Figure 6, the method begins by processing logic receiving a memory access request to a location in graphics virtual local memory address space (processing block 600).
参照图6，该方法通过处理逻辑接收对图形虚拟本地存储器地址空间中的位置的存储器存取请求开始(处理框600)。
This paper presents a multiple fault test simulator for sequential logic circuit. The simulator is implemented in serial-parallel to save memory.
本文给出一个时序逻辑电路的多故障测试模拟程序。
In a computer or digital circuit, the section containing the arithmetic and logic, control, and internal memory circuits.
计算机或数字电路中含有运算，逻辑，控制和内部存储电路的部分。
In this paper, experimental schemes and results using the SRL as a universal photonic digital element to form all-optical logic, memory, and signal processing circuits are summarized.
本文综述了将SRL作为普通的光子数字元件形成全光逻辑、存储和信号处理电路的实验方案与结果。
In this paper, experimental schemes and results using the SRL as a universal photonic digital element to form all-optical logic, memory, and signal processing circuits are summarized.
本文综述了将SRL作为普通的光子数字元件形成全光逻辑、存储和信号处理电路的实验方案与结果。
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