| 1. | Immediate access stores are expensive to make and so comparatively few computers have stores larger than 64k .
直接访问存储器的制造费用大，所以存储器容量大于64K的计算机很少。 |
| 2. | How can i tell how much memory my system has
我怎样知道我的系统有多少存储器容量？ |
| 3. | Performance oriented customization of on - chip memory capacity
面向性能优化的片上存储器容量定制策略 |
| 4. | Flexible memory space
内部存储器容量可配置 |
| 5. | Immediate access stores are expensive to make and so comparatively few computers have stores larger than 64k
直接访问存储器的制造费用大，所以存储器容量大于64k的计算机很少。 |
| 6. | But , as a whole , it has too small storage to save a lot of data , and too low speed to processing data of acquisition quickly
但是它的存储器容量太小，无法存储大量的采集数据；速度较慢，无法完成海量高速数值计算。 |
| 7. | However , the storage capacity in data acquisition unit is very limited , which turns out to be a difficult problem for data storing and processing
然而数据采集单元的存储器容量非常有限,这给大数据量的存储和处理带来极大的困难。 |
| 8. | The primary work is as follows : firstly we lucubrate h . 263 recommendation , and analyze the computation and memory of each subproject
为此论文开展了下列主要工作：首先深入研究了h . 263标准，全面分析了编码各个子过程的计算量和所需存储器容量。 |
| 9. | With the development of campus network construction , higher security of campus card is required , but hardware resources of campus card itself are so limited that mernory capacity and processing capability is unable to achieve security system
随着校园网建设的发展，对校园卡的安全性能要求也越来越高，但限于校园卡自身硬件的资源极为有限，用其实现安全控制面临着存储器容量和计算能力方面的限制。 |
| 10. | The space of memory and operational quantity are estimated by used fixed point dsp with high performance and low price , and some ways for real - time optimization are given , which are based on the characteristics of the selected dsp
本文对layer实时实现进行了探讨，对用性能价格比高的定点dsp芯片实时实现该算法所需的存储器容量和计算量进行了估算，并根据所选用的dsp的特点提出了一些实时优化方法。 |
