Cyber-physical System for Dynamic Annotating Real-world Objects Using Augmented Reality

Abstract

With each passing year, the real and virtual worlds are becoming closer and closer to each other, forming the technical basis of cyber-physical systems. The cyber-physical system combines cybernetic and physical spaces, integrating computational and physical processes with the help of sensors and actuators. One of the types of cyber-physical systems, in which the components of the system are able to dynamically change their location, is mobile cyber-physical systems, and mobile devices serve as the computing platform for their implementation. The paper proposes a method for dynamic annotating real-world objects using augmented reality technology. An architecture and cyber-physical system have been developed to dynamically display real-world information on a digital map for mobile devices based on the Android operating system using the Java programming language, Android API, and Google Maps API.