人工智能+工具方案目錄

This advanced AI-driven delivery system combines autonomous mobile robots (AMRs) with a centralized fleet management platform to optimize internal logistics across government facilities. The solution addresses critical challenges in material transportation by deploying a scalable fleet of robots that autonomously navigate complex environments, prioritize delivery tasks, and dynamically adjust routes in real-time.

Leveraging multi-sensor fusion (LiDAR, 3D cameras, and inertial measurement units) and machine learning algorithms, the system achieves high delivery accuracy while reducing human involvement in repetitive or hazardous transport tasks.

1. Internal Document and Parcel Delivery: Robots can transport confidential documents, parcels, and office supplies between departments or government buildings, reducing manual labor and improving efficiency.

2. Healthcare and Hospital Logistics: Delivery robots can move medical supplies, blood samples, medications, and meals within public hospitals, supporting staff and minimizing human contact, especially important for infection control.

3. Public Housing and Residential Services: Robots can assist in delivering parcels, groceries, or government notices to residents in public housing estates, supporting elderly or mobility-impaired individuals.

4. Support for Smart City Initiatives: Integration of delivery robots with smart city platforms for facility management, district operations, and public service delivery, enabling data-driven and automated government services.