target memory

Design of a High Precision Radar Surface Target Simulator with Large Memory Space

大存储空间高精度数字中频面目标模拟器设计

Jumbo payloads& Sending a very large XML message to exhaust memory and CPU on the target system.

特大有效负载&发送一个非常大的XML消息来耗尽目标系统的内存和CPU。

An ASIC Design for Target Data Memory Controller

目标数据存储控制单元的ASIC化设计

Two experiments were designed to investigate the mechanism of FOK ( Feeling-of-Knowing). To explore whether FOK judgements was based on the target's memory trace target retrievability) or on cue familiarity.

通过以初中生和大学生为被试的两个实验探讨了FOK（Feeling-of-Knowing即熟知感）的产生机制，是线索熟悉性还是靶项目的可提取性（或记忆强度）决定FOK判断的等级。

The percentage against the target expanded memory size

相对于目标扩展内存大小的百分比

The features, architecture and target system's memory map of Real-Time Operating System SACOS are introduced.

介绍了实时操作系统SACOS的特点、体系结构和目标机系统的内存映射。

York PhD student Athanasios Kokkinakis, the study's lead author, said: "Unlike First Person Shooter ( FPS) games where speed and target accuracy are a priority, Multiplayer Online Battle Arenas rely more on memory and the ability to make strategic decisions taking into account multiple factors."

该研究的首席作者、约克大学的博士生阿塔纳西奥斯·科基纳基斯说：“和《第一人称射击》游戏不同，多人在线竞技游戏更多的依赖记忆力和考虑多种因素的战略决策能力，而前者更注重速度和射击的精准度。”

The results showed that FOK judgement was based on cue familiarity, but not on target's memory strength.

两组实验结果一致表明，FOK的等级判断的高低取决于线索熟悉程度，而不随靶项目的记忆强度而变化。

Ensuring the target system has sufficient memory and processor resources to meet the LPAR's current entitlements.

确认目标系统有足够的内存和处理器资源，可以满足LPAR当前的需求。

In this case, runtime analysis results are evaluated in the target memory endlessly, until you decide to dump them back to the host machine.

在这种情况下，运行时分析结果都在目标内存中得到评价，直到您决定将其返回至主机为止。

To generate a report with the modeled target expanded memory size as5000MB using the recorded file, use this code

要使用记录文件生成建模目标扩展内存大小为5000MB的报告，可使用此代码

Programmer can be generated after compiling the target program writes to the target MCU chip, usually in order to achieve the target MCU Flash memory write, read and erase functions.

编程器可将编译后生成的目标程序写入到目标MCU芯片中，通常要实现对目标MCU中Flash存储器的写入、读出和擦除等功能。

Target memory expansion factor configured for the LPAR

为LPAR配置的目标内存扩展因数

The target memory expansion factor is user-configurable.

目标内存扩展因数是可由用户配置的。

The modeled target memory expansion factor

建模的目标内存扩展因数

However, as the electrical dimension of the target increases, the memory requirement and CPU time are barriers to the solution by a single PC.

但是，随着所关心的目标的电尺寸不断增大，求解过程所需要的内存和CPU等计算资源变得非常巨大，从而极大地限制了单机的求解能力。

The user can specify the target memory expansion factor for a workload.

用户可以为一个工作负载指定目标内存扩展因数。

The percentage of modeled memory gain against the target expanded memory size

所获得的建模内存占目标扩展内存大小的百分比

The memory for the origin of an item that comes into the cognitive system is called source memory, while the memory for where an item has gone is called target memory.

对项目来源的记忆称为源记忆，对项目去向的记忆称为靶记忆。

It is implied that quantitive differences may exist between target memory and source memory.

推测靶记忆与源记忆存在量化区别。

Target expanded memory size in MB for the LPAR

LPAR的目标扩展内存大小，以MB为单位

After each presentation, a short-term memory test is carried out immediately and a long-term memory test is given one week later to test the retention of the target words in short-term memory and long-term memory separately.

每次呈现完成后受试者接受一次短时记忆测试，一周后进行长时记忆测试。

Two experiments were conducted to compare source memory with target memory. Both experiments used the paradigm which simulates item transferring in daily life.

2个实验模拟日常传递物品（项目）的情景，对源记忆和靶记忆进行比较。

Effectively, RDMA allows a member's agent to simply perform what appears to be a local memory copy operation, when in fact the target is the memory address of a remote machine.

RDMA有效地使成员的代理只需执行看似本地内存复制的操作，而此时的实际目标是远程计算机的内存地址。

The percentage against the target expanded memory size, if the LPAR has a memory deficit.

如果LPAR的内存不足，则提供相对于目标扩展内存大小的百分比。

Both source memory and target memory are related with recollection in the episodic memory.

源记忆与靶记忆都与情节记忆中的回想有关。

In this paper, the RAID system is analyzed together with a brief description of its four parts: target, memory manager, RAID manager and initiator.

分析RAID系统组成，按功能分成target，内存管理，RAID管理和initiator四个部分，对各个部分的功能简单说明。