Overweight vehicles may cause damage and premature deterioration of pavement and
bridge structures. Weigh-in-Motion (WIM) is efficient in avoiding structural damage and …

Accurate multi-parameter perception of pavement traffic load state is a prerequisite for smart
highway construction, which is essential in improving the level of road intelligence and …

Active monitoring and accurate sensing of road traffic information provide crucial data for
road managers and traffic law enforcement. However, current sensors and monitoring …

Vehicle overloading is a very common phenomenon. The overloaded vehicles not only
cause severe damage to the road/bridge and shorten its service life, but also likely lead to …

In order to control the adverse effect of vehicles overloading infrastructure and traffic safety,
weight-in-motion (WIM)-related research has drawn growing attention. To address the high …

Several mechanistic-empirical software packages have been developed in the last two
decades to address the impact of axle load and axle configuration on pavement responses …

Bridge weigh-in-motion (BWIM) system plays increasingly important role in vehicle load
monitoring and bridge maintenance due to advantages of high efficiency and little impact on …

This paper considers a multi-container loading problem in which each customer orders a set
of pallets of different weights and the objective is to meet all orders with the minimum …

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 …

Measurement data obtained from Weigh-in-Motion systems support protection of road
pavements from the adverse phenomenon of vehicle overloading. For this protection to be …