Data-driven Smart City, Transportation, and Logistics Laboratory was established in 2020. There are two major directions: 1, Transportation, logistics, and supply chain; 2, Multi-hop wireless network technology for smart city and autonomous driving.
The lab mainly conducts theoretical and applied research in the fields of transportation, logistics, and supply chain, mainly for the highway, rail system, and air traffic in the Guangdong-Hong Kong-Macao Greater Bay Area. The lab collaborates with the government and many enterprises to conduct extensive consulting, planning, and design services.
Moreover, the lab develops the multi-hop wireless network systems for smart cities, including smart logistics, digital infrastructure, and intelligent transportation systems, and participates in the industrial standardization in these areas.
Data-driven Smart City, Transportation, and Logistics Laboratory was established in 2020. There are two major directions: 1, Transportation, logistics, and supply chain; 2, Multi-hop wireless network technology for smart city and autonomous driving.
The lab mainly conducts theoretical and applied research in the fields of transportation, logistics, and supply chain, mainly for the highway, rail system, and air traffic in the Guangdong-Hong Kong-Macao Greater Bay Area. The lab collaborates with the government and many enterprises to conduct extensive consulting, planning, and design services.
Moreover, the lab develops the multi-hop wireless network systems for smart cities, including smart logistics, digital infrastructure, and intelligent transportation systems, and participates in the industrial standardization in these areas.
