Cyber-Physical Systems Based on Marble Marcher Using Artificial Intelligence With IoT

Abstract

The physical object or robotic arm movement in cyber physical system controlled through artificial intelligence algorithms impact on smart devices through marble marcher game is proposed in this work. The cyber physical object movement is framed from the fractal surface which can produce any difficult terrain producing more input for intelligent algorithms. Four different surfaces are framed from the parameters such as rows, columns, foundation functions and peak values. The surface governing equations split the surface as side of cubes controlling the six different geometric planes for extracting more data. These data used as input for taking decision done by intelligent algorithm from core input from the pixel-by-pixel analysis of the smart device input. The coordinate transformation produces more control variable for different factors and accuracy parameters. The simulation model developed in MATLAB language and the results shows that the proposed system enhances the data control and transfer with minimum hardware requirement.