We realize a dogfight combat CGF system based on the proposed behavior model.
作者在所提出的空战行为模型的基础上实现了一个格斗空战CGF系统。
There are some algorithms for application of Battle-field Environment Database (BEDB) in CGF.
战场环境数据库在CGF的应用中需要有算法模型对其进行支持。
Behavior Modeling of Computer Generated Forces (CGF) entity is very important to the research of CGF.
实体行为建模是计算机生成兵力(CGF)研究的重要内容。
ESCP, based on cybernetics, is brought forward to fit modeling the behavior of virtual CGF entity in virtual battlefield.
基于控制论的基本思想，提出适应虚拟战场需求的虚拟实体对象行为模型ESCP。
Conclusion CGF can promote wound healing, enhance bone formation and osteointegration and the time of these procedures can also be reduced.
结论CGF能促进创口愈合、新骨形成和种植体骨结合的能力，并缩短了这一过程所需的时间。
Based on the characteristic of CGF, the thesis presents a behavior model of CGF entity named ESCP and its concept model, formalization model and construct model.
根据计算机生成兵力的特点提出了基于控制论的CGF实体对象行为模型ESCP的概念模型、形式化模型和结构模型。
Abstract: Objective: the study aimed to evaluate concentrate growth factor (CGF) in the promotion of healing process of soft tissue wounds and lessening scar formation.
摘要目的：研究浓缩生长因子(CGF)在促进软组织创伤愈合、减少愈合瘢痕方面的能力。
The aerodynamic model and the limited parameter model are all realized for airplane entity in CGF system at the dynamic nodes, and the AI technology is applied for the tactic decision.
动力学节点计算机生成兵力（CGF）系统中建立了实体的气动全量模型及极限参数模型，采用AI技术进行战术决策。
Traditional visual simulation database can't supply requirement of Computer Generated Force(CGF) for environment data. The Battle-field Environment Database(BEDB) for CGF is imminently requisite.
传统的视景数据库已经无法满足计算机生成兵力（CGF）决策对环境数据的需求，迫切需要一个适用于CGF的战场环境数据库。
Conclusion: CGF has the ability of promote the peri-implant bone regeneration, facilitate the osseointegration between implant and bone, and at the same time shorten the time needed for the process.
结论：CGF具有促进新骨形成和种植体骨结合的能力，并缩短了这一过程所需的时间。
Conclusion: CGF has the ability of promote the peri-implant bone regeneration, facilitate the osseointegration between implant and bone, and at the same time shorten the time needed for the process.
结论：CGF具有促进新骨形成和种植体骨结合的能力，并缩短了这一过程所需的时间。
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