The definition of a geographical information system is any system designed to capture, analyze, and manage spatial and geographical data. The real-world applications might be obvious, in the sense that it helps with global positioning systems, or GPS, which is utilized by everything from the military, to traffic conditions, to restaurant delivery. GIS data actually represents real objects, and the technology is open source, as well. GIS can actually refer to a number of different technologies, processes, and methods.
One of the ways that this technology is applied is in topographical models, which require a complex analysis of spatial data and analysis. Of course, it is not hard to see how GIS also applies to logistics for companies both big and small, the insurance sector, telecommunications, engineering, and management, as well.
Hire Geographical Information System Experts
GIS helps us understand the world around us, and gives us as much data about our location and the world around us, allowing companies to be more efficient and productive than ever. It helps to analyze spatial and geographical data in a unique way, which is invaluable in all sorts of instances and sectors. The technology has also become more increasingly relevant in the scientific field, as well.
I require a GIS Remote Sensing expert who can automatically extract groups of trees from aerial ortho imagery. This must be done automatically and accurately for a full city and delivered as shp. Tree height would be bonus. This is a trial project, please provide a sample.
We have 2 shapefiles: 1. points 2. boundary line Scope: Extract the non-protected cardinal directions (could be one or more from a total of 8 cardinal directions) for each point. Non-protected is considered a centroid's perpendicular line (centroid = point location) which does not meet the boundary line. Final deliverable: a .csv file with 3 columns: lat;long;protection example for the a...