基于FLASH虚拟仿真技术的农机建模和造型设计

为了提高农机虚拟仿真的可靠性,实现农机模型造型优化,将FLASH动画软件引入到了农机的造型设计过程中,通过对三维模型的造型和动画模拟,输出农机的作业动画,为农机造型的优化选择提供依据。将自适应技术引入到了农机模型的优化选择上,通过对农机动作信息的反馈,实现了农机造型的智能化选择。以拖拉机动作仿真为例,采用FLASH软件建立了农机模型,并创建了农机动作的动画,实现了农机造型的优化。

基于WIFI的农机虚拟仿真和交互设计

为了提高农机虚拟仿真的可靠性和交互设计的灵活性,实现农机造型优化,将WIFI技术引入到了农机的造型设计过程中,通过对三维模型的造型和动画模拟,输出农机的作业动画,为农机造型的优化选择提供依据。在复杂零部件和装配体的设计时,设计人员可以通过交流交互,提高协同设计能力,并充分有效地利用计算资源。以农用发动机的交互设计为例,对交互设计的可行性进行了验证,结果表明:通过交互设计平台可以有效提高部件的设计效率及计算资源的利用率,对于实现农机的数字化和智能化设计具有重要的参考价值。

Application of the theory of linear algebra on mathematical modeling practice

The application level of mathematics in each science discipline signs the level of development of this science. With the advancement of science and technology, especially the rapid development of computer technology, mathematics has permeated from natural scientific technology to agricultural construction, from economic activities to all areas of social life. Generally, when the actual problem requires us to provide quantitative results of analysis, forecasting, decision making, control and other aspects for real object under study, we are often inseparable from the application of mathematics. Mathematical modeling is the key to this process, whose purpose is to make mathematics applied to social and social services, and using mathematics to solve practical problems is through mathematical models. When using mathematical methods to solve some practical problems, we usually first transfer practical problems into mathematical language, and then abstract them into a mathematical model.