论文标题
印度次大陆导航的光流GNSS（NAVIC）
Optical flow GNSS for navigation in the Indian subcontinent (NavIC)
论文作者
论文摘要
本文揭示了印度次大陆的全球导航卫星系统GNSS被称为印度次大陆（Navic）的导航（NAVIC），我们试图在GNSS中建模一种新技术，称为“ GNSS的光流跟踪全球导航系统”。对于在印度次大陆卫星覆盖范围的1500公里范围内，这种使用微分方程的方法对于地球表面的距离非常准确。当我们谈论GPS系统的准确性时，当使用位于地球轨道上的卫星相对于地面的地面坐标时，在地球表面上应该非常准确。光流是一种使用相对于X和Y轴的运动来实现其坐标的无限变化的方法，然后使用该算法将其用于全局定位系统中，以在相对于地面位置方面找到相对于卫星坐标的身体的准确位置。现代的差异框架方法也非常准确，因为它涉及无限框架，这些框架从卫星组合在一起，以查找地球表面坐标的变化，因此我们在本文中设计了一种有关光学流程GNSS系统的新算法，这是一个替代方案，可以在这些Algoriths in gnergoriths of这些ALGORITH的研究中改进研究。
This paper reveals about global navigation satellite system GNSS in the indian subcontinent known as the navigation in the indian subcontinent(NavIC) We have tried to model a new technique in GNSS known as the optical flow tracking global navigation system (OF GNSS). This method using differential equations is very accurate for very small distances on the surface of the earth in the 1500km range of the Indian subcontinent satellite coverage. When we talk of accuracy of the GPS system it should be very accurate on the surface of the earth when used to show changes in coordinate of the moving body with respect to the ground by the satellite which is situated on the earths orbit. Optical flow is a method which uses movements with respect to x and y axis for infinitesimal changes in its coordinates and then uses this algorithm to use it in global positioning system to find accurate position of the body with respect to the satellite coordinates with respect to ground positioning. The modern method of differential frames is also very accurate as it involves infinitesimal frames which are modelled together from the satellite to find changes in the coordinates on the earths surface, so we have designed a new algorithm in this paper on the Optical flow GNSS system which is an alternative and can improve the study done in the design of these algorithms in this field of applications.
