1. Planetary Orthomorphic Projection & Dimensional Representation A 3 dimensional orthomorphic projection for easy navigation.

2. What are we doing? Create a 3D model of the earth map Create a navigation system including: – Directional (One way, two way) – Estimated distance – Traffic delay model 3D view of the current location Create an estimated 3D model of each map object. Tidal representation of sea, ocean and river City, Town, forest, desert, water body, mountain, etc. Representation of each object using 3D objects

3. Where we get the Data from? Geological research and development organizations around the globe Offline and online mapping sites and organizations operating on satellite imaging. Terrestrial observatory and modeling simulation system of the atmosphere and climate. Earth crust model simulation system for earthquake determination

4. What is needed to be done and why? The data partly is required to be encoded The data is extracted using an automated screenshot application into cut out small jpeg formats and combined to form an entire sheet As such data has to be typed in the forms and applications provided.

5. Data Storage methodology Data is stored in grid based cloud servers on multiple locations and regions. Features maintained are: 1.Nation / region based for to meet high traffic 2.Distributed database with mirror servers 3.T3 connections on datacenters for high speed access 4.Higher GPU speed on servers for maximizing processing.

6. Data transfer after entry 1.Raw data is downloaded from the image servers to the local cloud servers 2.Work done from the agent systems is saved to the local server 3. When done, the output data is uploaded to the output servers 4.Data is then transferred to the grid servers after processing the output data

7. Data before entry

8. Data after entry