1) foliage model
植物图像模拟
2) plant image
植物图像
1.
According to structure feature and production rule of plants,it provides the method of creating mathematic model of plant image.
依据L系统分形理论,结合植物图像的结构特征和生成规则,给出了L系统建立植物数学模型的一般方法。
2.
According to struction feature and produc- tion rule of plants,it provides the method of creating mathematic model of plant image.
应用分形 L系统理论 ,根据植物图像的结构特征和生成规则 ,提出了建立植物的数学模型的方法 ,并对植物图像的计算机模拟进行了较为系统的研究 ,为了使生成的植物图像更加生动逼真 ,又将随机性引入 L系统 ,并给出了生成随机数的算法 ,为提高建筑物的配景、动画制作和视景仿真的逼真性提供了有效手
3) image simulation
图像模拟
1.
On the base of heat transfer theory and glass tempering furnace industrial application,the two practical mathematic models of plane and roll are established,and the image simulation of calcution result is done.
在综合传热理论和玻璃钢化炉实际操作经验的基础上,建立了具有实用意义的玻璃板和传动辊传热数学模型;并对计算结果分别进行图像模拟。
2.
SAR(Synthetic Aperture Radar) image simulation has been widely applied in designing and testifying SAR system,SAR image ortho-correction,Radar image interpretation and target recognition and so on.
SAR图像模拟技术被广泛应用于SAR系统的设计和验证、SAR图像的正射纠正、雷达图像解译和目标识别等。
3.
This paper firstly introduces the importance of SAR image simulation,then not only decribes their principium and characteristics in detail,but also gives their flow chart separately.
目前最常用的雷达图像模拟方法有两种:以信号为基础的模拟方法和以特征为基础的模拟方法。
5) simulation of plant
植物模拟
1.
The author put forward a conception about L- system gene modeling of plant form , this makes it very easier that computer simulation of plants than traditional plant simulation .
本文作者提出了关于植物形态的L-系统基因建模的概念,在此基础上对植物的计算机模拟大大简化了传统的植物模拟过程。
2.
Simulation of plant plays an important role in artificial intelligence, computer game, virtual reality, CAI, agriculture and forestry research etc.
随着分形学的研究和发展，植物模拟已成为人们研究的热点问题。
6) plant simulation
植物模拟
1.
The paper discusses the CAD method of plant simulation based on iterated function system (IFS), and analyzes its key technology problems, then presents an idea of designing a plant simulation system.
讨论了基于迭代函数系统 (IFS)的植物模拟 CAD方法 ,分析了该方法的关键技术问题 ,并提出了设计一个植物模拟系统的设
2.
The research on virtual plants rapidly develops along with the development of plant simulation technology.
虚拟植物是随着植物模拟技术的发展而迅速发展起来的研究领域,在生物学、农学、植物学、虚拟教学等众多领域都具有广阔的应用前景。
3.
Based on plant simulation, five current modeling methods and their characteristics are discussed, and a new method named "biology mechanism-based and environment-controlled modeling" is brought formard, which can be a new strategy for plant morphology analysis and simulation of growth and development.
以植物模拟为背景,讨论了当前植物模拟建模的5类方法和它们的特点,提出一种基于生物学机理与环境控制的建模方法,可作为植物形态分析与生长发育模拟的一种新策略。
补充资料：图像模拟传输
通过一定的速率对图像进行周期性的扫描，把图像上不同亮度的点变成不同大小的电信号，然后传送出去的方法就是图像模拟传输。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条