Novel three-dimensional stereo garage using left semi-tensor product query algorithm

Abstract

The invention relates to a novel three-dimensional stereo garage using a left semi-tensor product query algorithm. A design of the stereo garage can be achieved through an embedded design, PLC (Programmable Logic Controller) industry control, and the semi-tensor product network query algorithm. A parking / picking path is optimized by the semi-tensor product query algorithm, a shortest path is found, and the waiting time is shortened; a target stall can be reached during parking / picking, and the waiting time is saved; a card is swiped during parking, a PLC controller can acquire the nearest stall and the optimal path through calculation, controls the stall to move to an entrance, a car owner puts a car in the stall, the car owner leaves, and the stall moves and is put in the garage; and during picking, the car owner swipes the card, the corresponding stall moves to the entrance according to the optimal path, and car picking can be completed.

Description

technical field [0001] The present invention is mainly applied to a parking system of a three-dimensional three-dimensional garage, and more vehicles can be parked in a narrow space in areas where parking spaces are scarce. Background technique [0002] With the development of cities and the improvement of people's living standards and consumption levels, the number of car owners has increased year by year. And while vehicles are increasing gradually, how to park these cars has gradually become a problem. Improper design of parking spaces not only cannot accommodate enough vehicles, but also causes traffic congestion and other problems. The three-dimensional garage is a new method to solve this problem. [0003] It is understood that the existing three-dimensional garages are relatively simple in design, cannot make full use of the space, and still have great potential for upgrading. For example, the vertical three-dimensional garage only expands one parking space in t...

AI Technical Summary

Problems solved by technology

[0003] It is understood that the existing three-dimensional garage design is relatively simple, cannot make full use of the space, and still has great potential for upgrading

For example, the vertical three-dimensional garage only expands one parking space in the vertical direction, and this kind of garage cannot achieve a high level

However, some ordinary three-dimensional garages run slowly and cannot increase the number of floors

If the number of layers is too high, there will be a long waiting time due to reasons such as running speed limitations and algorithm optimization.

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