优化设计

说明：  电离层的延迟模型IRI-2001,输入参数为太阳黑子数，可以得到电离层VTEC的值。(Delay model of the ionosphere IRI-2001, the input parameters for the sunspot number, you can get the value of ionospheric VTEC.)

典型的霍曼变轨算法，简单易懂，有清晰的注释(Hohmann orbit typical algorithm, easy to understand, there is a clear Notes)

电力系统负荷分配，基于等微增率的电力系统负荷分配。(Power system load distribution, based on equal incremental load distribution power systems.)

对散射点模型飞机进行参数类运动补偿，进行成像，并对成像结果做CFAR检测。(The parameter class motion compensation of the scattering point model aircraft is carried out, and the imaging results are detected by CFAR.)

等高线拟合源代码（matlab源码），老外编的，水平确实可以，佩服。里面注释挺详细了。(contour fitting source code (Matlab source), a foreigner series, level really can admire. Inside Notes quite detailed.)

煤矿信息管理系统是基于SuperMap Object，使用 C#语言开发的煤矿信息管理系统 系统主要实现煤矿信息的管理，包括属性数据和图形数据的管理。其中最重要的部分是钻孔数据的管理， 比较理想的解决了钻孔数据的查询、浏览、修改、添加、删除和导出，并着重实现了钻孔剖面示意图的自动绘制， 此外还实现了计算机图件的管理、地图数据集导出、地图输出打印等功能。(Mine information management system is based on SuperMap Object, using the C# Language developed by the Information Management System for Mine realize mine of information systems management, including the attribute data and graphical data management. One of the most important part is the management of borehole data, a more satisfactory solution to the borehole data query, browse, modify, add, delete and export, and focus on the achievement of the drilling section diagram of automatic drawing, in addition to realize a computer management maps, maps derived data sets, maps output printing.)

电力系统工具包(PST)的最新版本3.0，以及英文说明，它最大的优势在于扩展性强，已经在电力系统获得较为广泛的应用(Power System Kit (PST) The latest version 3.0, as well as in English, it is the biggest advantage of strong expansion, has been in power systems get more widely used)

一阶声波方程波场模拟，采用的是交错网格，二阶精度，pml边界(A first-order wave equation of wave-field simulation, using the staggered grid, second order accuracy, pml boundary)

this is a basic face detection system.

说明：  Z是模型一单位雨衰值,也是不考虑衰减因子的单位雨衰值 F是First,即第一模型的情况 F16 F165 F17分别是16GHz 16.5GHz 17GHz的情况,是模型一大气层下总雨衰值 F18km是模型一下18km实例的雨衰值 S是Second,即第二模型的情况 S16 S165 S17分别是16GHz 16.5GHz 17GHz的情况,是模型二大气层下总雨衰值 S16m S165m S17m分别是16GHz 16.5GHz 17GHz在模型二下每公里雨衰值 S1618km S16518km S1718km分别是16GHz 16.5GHz 17GHz在模型二下18km实例的雨衰值 T是Third,即第三模型的情况 T16 T165 T17分别是16GHz 16.5GHz 17GHz的情况,是模型三大气层下总雨衰值 T16m T165m T17m分别是16GHz 16.5GHz 17GHz在模型三下每公里雨衰值 T1618km T16518km T1718km分别是16GHz 16.5GHz 17GHz在模型三下18km实例的雨衰值 zhaosheng是只考虑天线噪声温度对雷达最大探测距离的影响 yushuai是综合考虑天线噪声温度和雨衰减对雷达最大探测距离的影响 其中,参数情况在各个程序中都有说明(err)