资源列表
DOS
- DOS环境下运动控制卡的二次开发程序，用于对运动控制卡库函数的调用。-Secondary development program under DOS environment motion control card, call the library functions for motion control card.
Windows
- windows环境下运动控制卡编程，用于有运动控制卡库函数的调用。-windows environment motion control card programming for motion control card has a library function call.
DOS-Control-Software
- DOS环境下直线一级倒立摆运动控制卡的控制软件，针对于固高产品。-DOS environment linear inverted pendulum motion control card control software, targeted at high solid product.
ecg-1
- this an effective program to anaylse and electro cardiogram signal-this is an effective program to anaylse and electro cardiogram signal
1
- 小波分析理论 MATLAB程序应用 适用于初学者-Application of wavelet analysis MATLAB program for beginners
My-1st-Project
- Calculator For Vb Beginners
pvmppt
- 光伏PV发电模型，最大功率跟踪，MATLAB中自己搭建模型仿真-Solar PV power generation model, the maximum power point tracking, MATLAB simulation model in its own building
jueduidingxiang
- 绝对定向，根据已知控制点的模型点坐标和地面点坐标计算像对的绝对方位元素-Absolute orientation, calculated as the absolute position of the elements according to the model point of known coordinates and ground control point coordinates
FOUNDATION-OF-GEODESY
- 大地测量学基础，B,L,H==>X,Y,Z，X,Y,Z==>B,L,H，大地问题正解,大地问题反解,3度带或6度带高斯投影正解,3度带或6度带高斯投影反解-Geodesy base, B, L, H ==> X, Y, Z, X, Y, Z ==> B, L, H, land issues positive solution, anti-earth problem solution, with 3 degrees or 6 degrees with a Gaussian
FOUNDATION-OF-GEODESY-
- B,L,H==>X,Y,Z X,Y,Z==>B,L,H 大地问题正解 大地问题反解 3度带或6度带高斯投影正解, 3度带或6度带高斯投影反解,-B, L, H ==> X, Y, ZX, Y, Z ==> B, L, H Earth Positive Solution Solution 3 degrees counter-earth problems with or 6 degrees with Gauss projection positive so
GAUSE
- 高斯投影正算，投影与变形 地图投影:就是将椭球面各元素(包括坐标、方向和长度)按一定的数学法则投影到平面上。-Gauss projection is calculated, and the deformation of the projection map projection: that the ellipsoid of each element (including coordinates, direction and length) by a certain mathematical ru
daoxian
- 本软件主要适用于各种导线、导线网的观测记录及平差计算。包括平面及高程的平差。 1.观测记录。有导线观测记录、水平角观测记录及水准观测记录。实现内外业的一体化。 2.概算。自动完成北京54、国家80、WGS-84坐标系下的方向改化及边长的高程归化与投影改化。 3.平差计算。适用于以下导线形式的平差计算： a.闭、附合导线的平面及高程平差。平面计算可以选用近似或严密平差。 b.无定向导线的平面及高程平差。平面计算可以选用近似或严密平差。