- 图形语言
- language graph: 语言图
- cause-effect graph language: 因果图解语言
- functional graph language: 功能图形语言; 函数图形语言
- graal graph algorithmic language: 图形算法语言
- graph information retrieval language: 图表信息检索语言
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graph language中文什么意思
- 图形语言
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例句与用法
- the hardware of the system based on ni pci daq card and the software of the system is designed in the graph language-labview
系统硬件基于ni公司多功能数据采集卡，软件采用图形化语言labview编写。 - pd in ml learning has its own forms of expression . on the basis of ml analysis, separately discuss the forms of expression of pd in learning mathematics word language, signal language and graph language
数学语言学习的心理偏差有它表现的形式，在对数学语言含义分析的基础上，分别讨论了学习数学文字语言、符号语言、图形语言时心理偏差的表现形式。 - it is a method of spiral, gradual, independence and synchronization . by the vf-sdm, visual simulation system is decomposed and assorts with object model, simulation model, visual federation model, move controlling model, and display synchronization model . the author designed a grammar of visual federation context and a turing conversion mechanism, and concept composes of graph language
vf-sdm是一种“螺旋、渐近、独立、同步”开发方法，这种方法实现了视景仿真系统对象模型、仿真模型、视景联邦模型、运动体控制模型、视景显示同步模型分解与协调。 - common pd in graph language learning mainly showed in complete conclusion direct perception to the graphs through senses and inaccurate mastering to maths information . for the sake of convenience of study, we divide pd in ml learning into pd caused lay conventional thinking and pd produced in process . on the basis of document researching, we analyse the relevant factors which result in pd caused by conventional thinking, contaning : 1
在感知过程中，造成心理偏差的因素主要有视觉、感知经验、数学语言细节、数学语言差异、数学语一言的变式;在信息加工的过程中造成心理偏差的因素主要有概念表象、数学语一言的形式化程度、缩句、日常概念、元语言、数学语言的形成过程。 - this paper mainly introduce the constitution of the vxi bus test system, demonstrate the configuration and usage of the hp e1441a module and do some related test of awg combining with the mio-64xe-10 module . we also measure the accuracy of frequency and waveform instability and design the virtual digital oscilloscope and spectrum analyzer for the measurement using the graph language labview . this program affords an accurate signal source for lab and plays very important rule during the design process of the virtual instrumento the key technology is the bus technology and graph programming method which has been shown in this paper
由mio组建虚拟数字示波器和频谱分析仪，通过对任意波形发生器产生的任意波形，用mio输入计算机进行信号分析与处理，编写了示波器和频谱分析仪的控制软面板，经过软面板的控制可以进行虚拟实验，给实验室提供了一种可靠的具有一定精度的信号源，在此课题中，软件是实现虚拟仪器的关键，虚拟仪器的关键技术是其总线技术和以图形化编程方法为核心的软件技术，在本文中都有显著体现。