使用C# GDI+开发的基本飞行数据仪表，包括高度、速度和飞行姿态。

Aircraft Flight Dynamics Control and Simulation Using Matlab and Simulink

包括飞行力学，控制设计。 国外书籍中文翻译版

看到这里只有第二版的。 This book is primarily concerned with the provision of good flying and handling qualities in con- ventional piloted aircraft, although the material is equally applicable to uninhabited air vehicles (UAV). Consequently, it is also very much concerned with the stability, control, and dynamic characteristics which are fundamental to the determination of those qualities. Since flying and handling qualities are of critical importance to safety and to the piloting task, it is essential that their origins are properly understood. Here, then, the intention is to set out the basic principles of the subject at an introductory level and to illustrate the application of those principles by means of worked examples.

飞行控制系统设计方面的书籍~~

The AeroSim aeronautical simulation blockset provides a complete set of tools for the rapid development of nonlinear 6-degree of freedom aircraft dynamic models. In addition to the basic aircraft dynamics blocks, the library also includes complete aircraft models which can be customized through parameter files.

自动驾驶仪对有人和无人驾驶飞机的重要性是不言而喻的，近年来随着美国和以色列等国家在局部战争中大量使用无人机，而引发了国际和国内无人机研制的热潮。无人机飞行的基础是用自动驾驶仪实现的自动飞行控制系统，而飞行力学和自动控制技术则是理论基础，它们通常对应不同的专业，飞行动力学和飞行控制方面曾分别出版过一些专著和参考书。本书的作者尼尔森教授在本科和攻读硕士期间专业是飞行动力 学，而在Pennsylvania大学读航天工程博士学位则是研究飞行自动控制，后来又在美国空军的飞行动力学试验室担任工程师，负责一种轰炸机机载短距离空空防卫导弹开发，因此他对于这两个学科都有很高的造诣，而在研发导弹中的一些实际工程经验也在这本书中体现出来。本书的特点就在于它把飞机的飞行力学、飞行自动控制和自动驾驶仪设计的整个过程系统综合在一起，而又相当简练，体现出了一种工程实用性。