Page 689 - AI for Good Innovate for Impact

AI for Good Innovate for Impact

Use Case - 4: Artificial Intelligence + Robots Reconstruct Parking

Space and Solve Urban Parking Problems cities 4.8: Smart home/

Organization: Shanghai Artificial Intelligence Research Institute

Country: China

Contact Person(s):

WANG Yijing (Ms), wangyijing@ sairi .com .cn

1 Use Case Summary Table

Item Details
Category Smart home/cities

Problem Addressed Clearly describe the primary issue or challenge

Key Aspects of Solution List main elements of the proposed solution, including the
role of AI.

Technology Keywords Relevant technical keywords
Data Availability Public / Private (specify sources or repositories if available)

Metadata (Type of Data) Specify data types (e.g., text, audio, visual)

Model Training and Fine-Tuning Briefly describe AI/ML technologies and approaches used
Testbeds or Pilot Deployments Provide links or references to deployment examples

Code repositories Provide github links (if available)

2 Use Case Description

2�1 Description

At present, artificial intelligence robots have been applied in parking garages. They closely
combine artificial intelligence and big data technologies such as intelligent perception, planning
algorithms, and multi-concurrent scheduling, and apply the fully automatic parking robot
system with intelligent perception and motion control to the existing parking garages, solving
the problems of parking space shortage, difficulty in finding parking spaces, and difficulty in
finding cars in existing parking lots. Through full-process intelligent operation, the previous
parking experience is completely overturned. By building and renovating intelligent parking
lots, the parking improvement rate can reach 60%-80% when a single-layer parking solution
is adopted; when a double-layer parking solution is adopted, the parking improvement rate

653