Method of generating and assigning identifier information to each router in a network on-chip for arbitrating a data packet

A computer-implemented method of generating and assigning identifier information to each router in a network-on-chip for arbitrating a data packet, comprising steps of:

• generating and assigning a planar-axis coordinate, Z, to every router for each planar;
• generating and assigning an ascending value to each router link layer for every link in between two routers of the same planar-axis coordinate;
• selecting one router with the smallest value of the router link layer as an origin router;
• assigning the origin router with a coordinate comprising a horizontal-axis, X, and a vertical-axis, Y;
• calculating a distance of the coordinates X and Y with respect to the router link layer for every router link layer;
• generating and assigning a coordinate comprising a horizontal-axis, X, and a vertical axis, Y, to each router adjacent to the origin router based on the distance calculated for every router link layer, followed by a next connecting router of the same planar-axis coordinate;
• applying coordinate shrinking to get all coordinates in positive integer numbers with optimized ascending order;
• and
• repeating the steps from generating and assigning an ascending value to each router link layer for every link in between two routers of a subsequent planar-axis coordinate to complete the generation and assignment of coordinates to all planar-axis routers.