该系统存储容量可扩展到16兆兆，仅需3机柜大小的空间。
The system can be expanded to 16 terabytes of storage requiring only 3u of rack space.
但是，嵌入式系统存储容量和处理能力均有限，从而限制了语音合成技术在嵌入式系统中的应用。
But because the storage capacity and processing power of embedded system is limited, thus limiting the application of the speech synthesis technology in embedded systems.
这意味着，要想获得更高的存储容量，需要跨多个系统添加更多磁盘，而不是在同一系统中添加更多磁盘。
It means that one needs to add more disks across multiple systems, instead of adding more disks in the same system for higher storage capacity.
一个示例就是Lustre，其是支持成千上万节点并扩展到千兆兆存储容量的大规模并行分布式文件系统。
One example is Lustre, which is a massively parallel distributed file system that supports tens of thousand of nodes and scales to petabytes of storage capacity.
这是极端情况，我们还需要考虑文件系统的层次结构，因为它的最大存储容量为1EB。
That may appear extreme, but one needs to consider the hierarchy of a file system that consumes an exabyte of storage.
处理能力和存储容量成本的降低同样帮助语音识别系统更加准确。
The falling costs of processing power and storage capacity have also helped make speech recognition more accurate.
在利用直接数字式合成方法产生周期信号时，信号的频率分辨率和带宽直接受限于合成系统的工作频率和存储容量。
In the direct digital synthesis of periodic signals, the frequency resolutions and bands of the synthesized signals are limited by the working frequency and data capacity of the synthesizing system.
在用逻辑分析仪测试数字系统时，为了提高逻辑分析仪的分辨力，会产生采样频率、存储容量与采样时间窗口宽度之间的矛盾。
There will be an antinomy among sample frequency, memory capacitance and the width of window of sample time for developing the resolving power of LA while we taking the LA to test an digital system.
该系统具有最佳的性能检测到了下面的说明是非常低的电池的存储容量。，这种电池可能需要更换。
The system has detected the storage capacity of the battery stated below to be very low. For optimal performance, this battery may need to be replaced.
根据推算原则估计业务事务，利用TPC - C推算对系统内存和外存存储容量需求进行了计算。
We use computing principles to estimate affairs of business and use TPC-C to compute storage requirement of system memory and outer storage.
嵌入式系统的核心是嵌入式处理器，要求处理速度块，存储容量大，I/O口功能强，功率损耗低，及时响应快等。
The kernel of embedded system is embedded MCU, which requires fast processing speed, big memory, high performance of I/O port, low power waste, and fast respond.
为了获得足够的数据，必须保证在规定的时间内系统有足够的传输速率和存储容量。
So in order to get enough data during dead time, it request that a system must be of high-speed data transferring and a large mount of memory.
系统试运行结果表明，本装置可靠性高、存储容量大、使用方便，具有一定的实效性。
Trial run result of the system shows the installation has high reliability, great memory capacity, and is facilitated to use and has certain actual effect.
将得到的结论与平面波条件下的结论进行对比，结果表明，球面波系统的存储容量更高，角度选择性更好，并且有利于系统的小型化。
The different results are analyzed, and the conclusion that the storage system with spherical waves has a larger volume, better angular selectivity and is useful for miniaturization of system is.
结果表明，球面波系统的存储容量更高，角度选择性更好，并且有利于系统的小型化。
The results indicate that the storage system with spherical waves has a larger volume, better angular selectivity and is useful for miniaturization of system.
进化存储系统(ess)是一种能实现存储性能、存储容量不断提高，数据组织结构不断进化的新型存储系统。
Evolution storage system (ESS) is a new type storage system, which can improve and evolve storage performance, storage capability, data structure etc.
系统通过扩展存储容量使测试记录数可达上万条，并且能通过串口把数据上传到计算机中进行进一步处理。
The system makes the record number reach ten thousand through extending the storage capability, and can upload the data to the computer through the serial port for a further processing.
嵌入式数据库大多用在诸如掌上电脑、PDA、车载设备、移动电话等存储容量非常有限的嵌入式系统中。
Embedded databases are mostly used in embedded systems whose storage capacities are limit, such as palmtop computers, PDA and mobile telephones.
目的探讨医学影像存储与传输系统中的存储介质、结构，提高图像存储容量及调用速度。
Objective to discuss the medium and structure of storage system for picture archiving and communication systems in order to advance the transfer speed and the storage capacity of medical images.
用户程序所需的存储容量大小不仅与PLC系统的功能有关，而且还与功能实现的方法、程序编写水平有关。
User program memory size required is not only the function of the system with the PLC, but also with the function of the realization of the method, the level of programming.
此外，系统芯片存储容量通常有限，SOC的RTOS比通常的嵌入式要求有更小的存储空间。
Furthermore, the memory size of the SOC is small even compared to the embedded systems. The foot-print of the SOC-based RTOS should be smaller than the embedded systems.
就文章提出的存储系统而言，能实现系统对三层信息的同时读写，既增大了存储容量又提高了数据传输率。
The storage system mentioned in the thesis can realize to read and write of 3-layer information media, so the storage capacity and data transfer rate can be effectively increased respectively.
就文章提出的存储系统而言，能实现系统对三层信息的同时读写，既增大了存储容量又提高了数据传输率。
The storage system mentioned in the thesis can realize to read and write of 3-layer information media, so the storage capacity and data transfer rate can be effectively increased respectively.
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