The advantages of PC instruments depend to a large extent on development of the system software.
PC仪器的优点在很大程度上取决于其系统软件的开发。
PC-based instruments, whether in the PC or in a PXI cage, rely on the PC for their data processing and decision making.
基于PC的仪器，无论是在PC上或者是在一个PX I机箱里，需要PC来进行数据处理和决策。
The bigger question is how PC-based instruments fare against traditional instruments.
最大的问题是PC仪器怎样与传统仪器遭遇的？
为什么是基于PC的仪器？
PC-based instruments use Moore's Law, doubling performance every 18 months by improving processor speed.
根据摩尔定律，每经过18个月基于PC的仪器处理数据的能力就会提升到原来的2倍。
It is suitable for graphics display in scientific calculations as well as IBM PC controlled instruments for automatic data processing.
它可用于很多科学计算中的图形显示和各种分析仪器中的自动数据处理。
It's a simple, reliable and effective method for developing medical instruments based on PC computer.
这种基于PC开发医用电子仪器的方法是简单、可靠并且有效的。
The LMU based on PC bus technology contains many data acquisition cards compatible with many kinds of sensors, performers and intelligent instruments.
该现场监测单元采用了PC总线接插板技术，内部配有多种类型的数据采集卡，能兼容较多类型的传感器、执行器和智能仪器；
USB (Universal Serial bus) is a mainstream bus standard of PC peripheral interface, which extends its applications to industrial automatic instruments.
通用串行总线(usb)是目前PC外设接口的主流总线标准，并迅速在工业自动化仪器仪表中得到应用。
The whole system regards supervise PC as the center, which joins the Field Bus by communication Controller. Every of the intelligent instruments directly connected with Field Bus as a node.
整个系统以管理计算机为核心，管理计算机通过总线控制器连接到总线，各智能仪表直接连接在现场总线上，作为现场总线的一个节点。
The CAT system for electrohydraulic servo control system based on virtual instruments was introduced. The structure of system is based on PC-DAQ.
介绍了虚拟仪器技术并采用虚拟仪器实现了电液伺服控制系统的计算机辅助测试。
The test platform consists of automatic test software, industrial PC (IPC), GPIB controller, test environment, and testing instruments.
该平台由自动测试软件，工控机，GPIB控制卡，测试环境和测试仪表组成。
However, some miniature corporations need one or two patrol instruments to finish the task in order to don't buy PC for saving spending.
有的小型企业，只需要一两个巡更仪就可完成巡更任务，为了节省开销不想再买PC机。
Traditional management system of USB Host on PC are introduced in embedded instruments or devices, which makes convenience of data transport of these devices and instruments.
这将传统的个人计算机上的USB总线管理体系微型化，使用到嵌入式设备内部，使得嵌入式设备的数据传输更为简洁。
The orientation data for the Lifting Instruments acquired from the ultrasonic system will be transmitted to the PC through the SCM system. It is feasible to dispose the data with SCM directly.
通过超声波测距系统获得桥吊吊具定位数据，将数据通过单片机传送给主机进行处理，实现了集装箱装卸过程中桥吊吊具的实时定位。
The orientation data for the Lifting Instruments acquired from the ultrasonic system will be transmitted to the PC through the SCM system. It is feasible to dispose the data with SCM directly.
通过超声波测距系统获得桥吊吊具定位数据，将数据通过单片机传送给主机进行处理，实现了集装箱装卸过程中桥吊吊具的实时定位。
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