Abstract Vehicle Load Monitoring (VLM) on entire long-span bridge decks presents
significant challenges due to the spatial and temporal randomness of vehicles. Existing VLM …

In the context of the increasing scale of bridges and the increasing service life of bridges, it is
very important to carry out efficient, accurate and intelligent bridge operation and …

With the development of autonomous car, a vehicle is capable to sense its environment
more precisely. That allows improved drving behavior decision strategy to be used for more …

Current traffic simulation approaches analyze vehicle loads and load effects from a statistical
perspective; however, they fail to reproduce the spatiotemporal distribution of bridge loads …

Bridges are amongst the most vulnerable elements of road networks. Since vehicles with
permits and that are illegally overweight can pose a threat to bridge safety, implementation …

The coordinated ramp metering strategy aims to enhance the traffic flow on freeways by
integrating the effects of multiple on‐ramps. The success of this strategy depends heavily on …

Vehicle load is important for condition assessment, maintenance and reinforcement of
bridges. In recent years, computer vision technology has been applied to the identification of …

The optimization of urban traffic efficiency and reduction of pollution through minimizing the
number of taxis has become a topic of increasing interest. However, the problem of …

Coupling effects of various loading conditions can cause deflections, settlements and even
failure of in-service bridges. Although it is one of the most critical loads, unfortunately …

To date, vehicle load identification with a single camera has been relatively well researched.
However, due to the limited view field of the camera and various assumptions in existing …