optic measurement meaning in Chinese
光学测量
Examples
- Research on timer - code generator of noval optics measurement device based on kernel mode
基于底层的光测仪器时统部件驱动程序的研究 - Main products : to be responsible for the transfer of a quantity value ( includes optics measurement ) ; calibration of measuring instruments and meters , as well as measuring products ' s pattern evaluation and sample test , calibration device of heat meter
负责天津市计量基、标准的量值传递计量仪器、仪表的校准，计量产品的定型鉴定和样机试验。 - As a hardware . the gimble servosystem design is very important in the making of the optoelectronic tracking system . the precision of the position . speed and the speed stability are the key indexes . for the optic measurement system in the high space . the minimum stable speed and high precision are needed
转台伺服系统的位置精度，速度精度和速度平稳性是光电跟踪系统设计的重要指标，而对深空光测系统，则要求其具有稳定的最低速度以及低速时高的工作精度。 - A noval optics measurement device , the master control computer in the photoelectric theodolite , has become the commanding and controlling center system , which can complete data communication with many transducers internally and externally do with the guidance equipment , such as the center computer . and it needs to real - time complete data acquisition , data fusion , digital guidance , state switching , state controlling and function testing , all of which can be completed for the dominance of the real - time multitasking windows nt operation system
随着武器装备的不断发展，对靶场测量设备也提出了更高的要求，新型光学测量设备?光电经纬仪的主控计算机系统已成为指挥控制的中心系统，它对内与若干传感器进行数据通讯，对外与中心计算机等引导设备进行数据通讯，它实时进行着数据采集、数据融合、数字引导、状态切换、状态控制和功能检测。 - A first , this paper concludes the characteristic of developing driver in the various of operation system , and introduce the characteristic and working principle of special components in the photoelectric theodolite . on the basis of the deep research of the architecture of windows nt and the mechanism of the system kernel mode , the realtime communication program for the theodolite is developed in the kernel mode , and has been applied to the noval optics measurement device
本文首先总结了在几种操作系统平台上开发设备驱动程序的特点，随后介绍了光电经纬仪实时通讯专用部件的特点和工作原理，在深入探讨了windowsnt的体系结构和系统核心态机制的基础上，从底层开发出经纬仪实时通讯的程序，并成功地应用于新一代光学测量设备中。