1.
The Hardware and Software Design and Realization of Wireless Sensor Network Node s Processor Module Based on OMAP;
基于OMAP的无线传感网节点处理器部分的软硬件设计与实现
2.
Design of AES Coprocessor Used on the Node of Wireless Sensor Network
无线传感器网络节点中AES协处理器的设计
3.
A 16-processor server, for instance, can be arranged into four nodes with four processors each.
例如，一个16处理器的服务器可以分成4个节点，每个节点有4个处理器。
4.
But it arranges the processors into small groups, or "nodes," in which all the processors are interconnected.
但这种结构把处理器分成几个小组，即“节点”，在节点中所有处理器互连在一起。
5.
The Research of Sensor Network Nodes Based on Embedded MPU;
基于嵌入式微处理器的传感网络节点的研究
6.
Query processing mechanism based on distributed density of wireless sensor networks nodes
基于节点分布密度的传感器网络查询处理机制
7.
Design of the I~2C Interface for the LonWorks Node Based on the Architecture of the Host/Slave Processor
LonWorks节点中主从处理器之间I~2C接口的设计
8.
Low Power Design for Key Circuits of Baseband Processor in Wireless Sensor Network Nodes;
无线传感器网络节点基带处理器关键电路的低功耗设计
9.
Processors also access memory pools on each of the other nodes, though the time taken for that access varies with how far the nodes are from one another.
处理器也能存取其它所有节点中的存储器组，虽然这种存取时间随着节点的距离远近而异。
10.
MPLS-enabled devices--called MPLS nodes or Label Switch Routers (LSR) -- process labels at Layer 2.
MPLS允许的设备——称作MPLS节点或标签交换路由器（LSR），在第二层处理标签。
11.
Comparing the processor architecture between the cluster and the nodes being added...
正在群集和要添加的节点之间比较处理器体系结构...
12.
"A neural network typically consists of a number of interconnected processors, or nodes."
类神经网络的特色是由一些互相连接的处理器或节点组成。
13.
Development of Internet-Based Sensor-Network Node and Related Signal Detection Technique;
基于Internet的网络传感器节点的研制及相关信号处理方法的研究
14.
Research on LON Node Using Dual Processors Based on Neuron Chip and Microcontroller;
基于神经元芯片和单片机双处理器结构LON节点的研究
15.
The sensor node is processor based and allows user programmable control of sensor variables and data filtering.
传感器节点是基于处理器的并允许用户编程控制传感器的变量和数据滤波。
16.
The Research and Design of 1024 Floating-Point FFT Processor
1024点浮点FFT处理器的研究与实现
17.
marked by extreme care in treatment of details.
以极度关注细节的处理为特点。
18.
Instructions can select and process descendant source elements.
指令可用于选择并处理“子孙源树节点”。