惯性导航原理（教材・邓正隆）

惯性导航四位置寻北算法程序，惯性技术应用-Inertial navigation algorithm four locations north-seeking process, inertial technology applications

飞机订票系统课程设计源代码 -aircraft design courses booking system source code

emap查询系统，适合对emap感兴趣的各位同仁研究-emap inquiry system optimized for the emap interested in research fellow

学生成绩统计，详细程序说明，C语言编写，图形界面，请保持文件放在一起同时运行，-student performance statistics, a detailed description of the procedures and C languages, graphical interface, please keep documents together while running, thank you

SIRP法相干相关K分布雷达杂波的建模与仿真-SIRP law related coherent K distributed radar clutter modeling and simulation

mapinfo7.0与vb6.0开发地理信息系统，利用手绘的Font作为标志在图层上完成标注、旋转、延时扩大的操作-Combining mapinfo7.0 and vb6.0 in the develop of geo-information system,a map is labeled,rotated and delay expasion.

驾照理论模拟考试系统1.0.UCIP,用delphi7开发,欢迎使用!-Driver

适用于公路设计施工。EXCEL中的VBA编程，其中说明中说得比较清楚。-Apply to highway design and construction. VBA in EXCEL program, which notes a little more clearly.

对ISAR雷达的回波信号进行转台成像，得到飞机的高分辨率图像。-Of ISAR radar echo signals, turntable imaging, high-resolution images to be aircraft.

(1) 提供对城市信息进行编辑(添加或删除)的功能.(2) 城市之间有两种交通工具:火车和飞机.提供对列车时刻表和飞机航班进行编辑(增设或删除)的功能.(3) 提供两种最优策略:最快到达或最省钱到达.全程只考虑一种交通工具.(4) 旅途中耗费的总时间应该包括中转站的等候时间.(5) 咨询以用户和计算机的对话方式进行.由拥护输入起始站,最优策略原则的交通工具,输入信息:最快需要多长时间才能到达或者最少需要多少旅费才能到达,并详细说明依次何时乘坐哪一班列车或者哪一次班机到何地.-(1) to provide information on the city editor (add or delete) function. (2) Town between the two modes : Train and aircraft. Schedules for the train and flights for editing (created or deleted) function. (3) provide two Optimal strategy : to reach the fastest or the most money arrived. consider a whole only means of transport. (4) journey to the total time spent should include transit stations waiting time. (5) advice to computer users and the dialogue manner. supported input from the starting point, the principle of optimal strategy the transport, importation of information : how long the fastest to reach, or at least the number of travel to reach and detail what followed when the train ride or which one flight to wherever.