林分生长规律的研究和建模。
迄今为止关于量子点红外光子探测器(QDIP)的研究已有众多文献发表，涉及量子点生长、系统设计、建模、表征与测量等各方面。
A numerous papers covering different aspects of quantum dot infrared photodetector (QDIP) such as quantum dot growth, system design, modeling, characterization and testing, have been published so far.
随着人们对的生态环境的日益重视，以计算机为手段对植物生长进行建模与仿真己成为人们研究的热点问题。
Accompanying with an increasing attention of ecological environment, there is a soaring passion about the modeling and simulating plant growing by computer, and the research becomes a hot topic today.
以计算机为手段对植物群落生长进行建模与仿真，将为探索植物生命的奥秘和植物群落动态演替的规律带来新的契机。
Modeling and simulating for plant community growth with computer will explore the mysteries of plant life and bring about new opportunities of plant community succession.
其研究结果能够为树木、森林的动态过程模拟建模提供足够详细、可靠的数据源，从而实现整个虚拟森林生长的动态变化。
Research result can provide detailed and credible data source so that it can implement the dynamic variation in the virtual forest growth.
第二种方法是一种新颖的建模策略，它把晶体生长率作为非线性逼近器的人工神经网络（ANN）与由蔗糖晶体质量平衡所表述的先前既定的知识相结合。
The second is a novel modeling strategy that combines an artificial neural network(ANN)as an approximator of the growth rate with prior knowledge represented by the mass balance of sucrose crystal.
为了完善作物形态结构动态模型建立的方法，在基于生长方程理论建模的基础上，提出了可控式模型的建立方法。
To improve methods on crop structure dynamic model, the paper put towards controllable structure model on the base of growth function.
本文对计算机图形学中三维云的建模和绘制技术进行了概述，主要介绍目前比较典型的基于个体生长的云建模技术和基于物理过程的云建模技术。
The methods of cloud modeling and rendering in computer graphics are summed up. The succeeding and typical genetic technology and physically based technology at present are summarized.
面向植物群落生长模拟的知识建模研究，为后续的植物群落生长仿真工作奠定基础。
The knowledge inquiry prototype system for the plant community growth simulation provides foundations to the plant community growth simulation that will be researched in the furture.
面向植物群落生长模拟的知识建模研究，为后续的植物群落生长仿真工作奠定基础。
The knowledge inquiry prototype system for the plant community growth simulation provides foundations to the plant community growth simulation that will be researched in the furture.
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