该语言不仅适合处理突发性高速数据流，也适用于反应式系统设计。
It is not only suit for high speed burst data flow processing, but also can be used in reactive system design.
在宽带数字接收机中，高速数据流的实时处理对后继数字下变频器性能提出了极为苛刻的要求。
The real time processing of high speed data flow makes strict demands on the performance of descendant digital down converter in the wideband digital receiver.
根据网络测试设备的数据流跳变规则，提出了一种基于VHDL描述的高速数据流跳变通用算法。
According to the regulation of high speed data flow jumping in network testing devices, a universal high speed data flow jumping algorithm is presented based on VHDL.
高速数据流聚集查询：目前已有的聚集算法绝大多数是采用近似技术，以牺牲精度来换取速度的提高。
Aggregation query over high rate data streams: basically, most existing aggregation algorithms adopt the approximation technology to obtain the advancement of rate by sacrificing the accuracy.
数字下变频技术的基本功能是将宽带高速数据流信号转变成窄带低速数据流信号，以便DS P实时处理。
The basic function of digital down-conversion technology is to transfer wideband high speed data signals into narrowband low speed data signals, so that DSP can process them in real time.
提出了一种基于硬件加速的高速数据流聚集查询方法，充分发挥硬件在处理速度上的优势和软件在灵活性方面的长处。
In this paper, We propose a kind of novel aggregate query algorithms based on hardware-software codesign, which incorporate hardware advantage in processing rate and software long suit in agility.
本文简要阐述了AES算法，并为适应信息安全领域中音视频高速数据流所需的实时、现场和透明加密的要求，探讨了AES算法的优化问题。
Furthermore, the topic about optimized AES is proposed to satisfy the encryption demand of real-time, field and transparency, such as audio and video data flow in the field of information security.
IDT70 V 9289是IDT公司新推出的一款高速同步双口静态存储器(SRAM)，可实现不同传输方式的双路高速数据流的无损传输。
The IDT70V9289 is a new kind of high - speed synchronous dual - port SRAM made by IDT. It can be used to link two different kinds of high - speed data flows.
这包括多异步消息传递、高速缓存、路由和对大数据流的处理。
This includes multiple asynchronous messaging, caching, routing, and the streaming of huge data.
这一方法使得高速流水线的单指令流-单数据流计算机与阵列机、向量机的一些成果，通过“相似性”可以相互推广。
Because of this similarity, some methods from high-speed pipeline SISD computers can be extended to array processors or vector computers, and vice-versa.
物联网将利用传感器，RFID和高速无线技术在资产/产品和集中管理系统之间创建数据流。
The IoT will leverage sensors, RFID, and high-speed wireless technology to create a data stream between assets/products and centralized management systems.
物联网将利用传感器，RFID和高速无线技术在资产/产品和集中管理系统之间创建数据流。
The IoT will leverage sensors, RFID, and high-speed wireless technology to create a data stream between assets/products and centralized management systems.
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