Virtual sea roaming system based on cognitive mutual technology and its operating method

Abstract

The invention discloses a virtual ocean roaming system based on cognition interactive technique and the operation method, belonging to virtual ocean roaming technique. The system comprises data control server, simulation thrash machine and level control board. The whole system is fixed on rubber floor, the left side is data control server and right side is virtual server. The spherical cap three-dimensional motion device is installed on aluminum plastic board, and is equipped with vertical motion orbit and horizontal motion orbit, one stainless steel board with strengthened keel is connected with orbit directly, and the servo generator on the vertical and horizontal motion orbit can drive stainless steel board to move vertically. The simulation thrash machine is fixed on one side of steel board, horizontal control board is located in the middle of steel board, and the spherical cap three-dimensional projection screen and projecting apparatus are fixed on the other side of steel board. The invention is characterized by simple structure, convenient operation and low cost.

Description

technical field [0001] The invention belongs to the technical field of virtual ocean roaming. It relates to a virtual ocean roaming system based on cognitive interaction technology and an operation method thereof, and the application field is virtual life experiment and teaching. Background technique [0002] Currently popular virtual reality environment systems can be divided into the following categories: desktop type, helmet type, CAVE type, and Cybersphere type. These types of devices are used in different fields, but there are also problems with expensive, fragile, and lack of real-time interactive functions. Shortcomings. [0003] The desktop system uses the display screen of an ordinary computer or a low-end workstation as a window for users to observe the virtual scene. This form has low cost, and because the display device is only a relatively small computer screen, the sense of immersion is poor. [0004] The helmet-mounted system uses the helmet-mounted display ...

AI Technical Summary

Problems solved by technology

This form enables the operator to walk freely without distance limitation, but since the sphere is completely closed, the operator must communicate with the outside world (mainly interactive devices) through a wireless connection, and this kind of device cannot be directly connected in the market. It needs to be developed separately; the operator has to bear equipment such as power supply, which increases the burden; since the sphere has to bear the weight of the person and continuously rotate on a support, and needs to be projected on it, the requirements for material strength and optical performance are relatively high. High, so it is more difficult to make the sphere

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