Virtual Reality Learning And Amusement System Based On Artificial Intelligence (AI) And IoT

Theme

An innovative approach to develop a Virtual Reality Learning and Amusement System based on AI and IOT

Background

The use of digital technologies to construct a realistic world is known as virtual reality (VR). In contrast to conventional user interfaces, virtual reality immerses the user in an experience. Users are submerged and able to connect with 3D environments rather than watching a screen in front of them. The machine is turned into a facilitator to this artificial reality by simulating as many senses as possible, including vision, sound, touch, and even smell.

Near-real VR environments are only limited by the abundance of material and low cost processing resources. Virtual Reality systems that are convincing need more than just graphics. A person sense of space is based on both hearing and vision. In reality, humans respond to audio cues faster than they do to visual cues. Accurate ambient sounds and spatial aspects must be included to provide highly compelling simulated experiences.

Our Invention

This disclosure relates to system that uses virtual reality to realize various learning and amusement space themes. The present invention provides integration of multiple functionalities which realizes cinematic panorama mode, a memory enrichment study room mode and thereby significantly reduces software and hardware implementation costs. This increases user immersion satisfaction and time consumption performance.

The stereo projection unit with panoramic immersion connected with the centralized control and play system unit and includes a user module, a speech recognition sensor, hybrid high definition display device. The convertible and adjustable massage chair accepts virtual reality figure workstation animation scene, and performs the appropriate operation, wherein the client server sub module in the communication network unit is responsible for linking clients, choosing to send or receive data to the appropriate clients based on client forms, and the client sub module is responsible for connecting to the server sub module and receiving or transmitting interactive data from the server sub module based on the types of interactive equipment attached to the said client sub module and wherein the said system when operating in memory enrichment intelligent learning mode provides a database learning resource interface framework and a recommendation based learning framework.

Potential Applications

• Household application
• Mineral Water Plants to improve Drinking Water Quality
• Health Benefits
• Clinical Applications
• Enhanced Customer Experience
• Sustainability
• Workplace and Offices

Block Diagram

Block diagram of the AI based virtual reality learning and amusement system