This paper introduces the characteristics of ETX Embedded computer with ETX specification.
本文介绍了采用ETX标准的ETX嵌入式计算机的特点。
Note: To get an accurate reading when checking ETX/ETSX tank air pressure with any tire gauge, disconnect the tank from the system.
注：在采用任何轮胎气压表察看ETX/ETSX膨胀罐的空气压力时，为了准确读出压力表的压力值，请将膨胀罐与系统的连接断开。
Series ETX may be installed in a tee or any other suitable tapping in the heating system and can be installed in a vertical or horizontal position.
系列ETX可以安装在丁字接头或任何其他适合的加热系统接头上，可以垂直安装，也可以水平安装。
When transmitting data, the first thing is looking up the link ETX value, and then choosing the path with the least ETX value to be the optimization route.
在传输数据包的时候，先查询链路的ETX，选择ETX值最小的通路作为最佳路由通信。
That portion of a message terminated by an EOB or ETB line-control characters, if it is the last block in the message, by an EOT or ETX line-control character.
如果它是报文中最后一个块，则用一个 传输 结束（EOT）或文本 结束（ETX）线路控制字 符来终止。
This paper studies the method of designing PXI system controller using ETX embedded computer module, presents the design solution and complete the circuit including the trigger bus.
本文研究了利用ETX嵌入式计算机模块来设计PXI零槽控制器的方法，提出了总体方案，完成PXI触发总线的设计，并实现了具体的电路设计。
PXI system controller module is the kernel of control components of PXI testing platform, and ETX embedded computer module is a very high integration of computer system in small size.
PXI零槽控制器是PXI测试平台的核心控制部件，ETX嵌入式计算机模块是一种非常袖珍的高集成度的计算机系统。
The proposed EEPR algorithm adopts energy-efficient probabilistic control by simultaneously using the residual energy of each node and ETX metric in the context of the typical AODV protocol.
EEPR算法通过在典型的AODV协议中，同时使用其每个节点的剩余能量和ETX度量进行模拟，以此控制节能概率。
The proposed EEPR algorithm stochastically controls the number of the RREQ packets using the residual energy and ETX value of a link on the path and thus facilitates energy-efficient route setup.
所提算法通过使用的剩余能量和链路路径上的ETX值，来随机控制RREQ包的数量，从而有利于节能路由的建立。
The proposed EEPR algorithm stochastically controls the number of the RREQ packets using the residual energy and ETX value of a link on the path and thus facilitates energy-efficient route setup.
所提算法通过使用的剩余能量和链路路径上的ETX值，来随机控制RREQ包的数量，从而有利于节能路由的建立。
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