This article aims to evaluate instruments that oversight traffic flow electronically, using inductive surface sensors, based on the change of local magnetic field. More specifically, we study the possibility of false speed detections, due to the manifestation of the phenomenon called splash over - which means a space splash of the magnetic field lines out of the measuring zone. We show, through the literature, and practical simulations, the damage that can be caused by splash on the correct speed measurement and identification of the car under suspicions. It is also presented solutions to inhibiting unwanted velocity measurements due to this effect
Among the current challenges of the Smart City, traffic management and maintenance are of utmost imp...
Modern individual vehicle traffic is often disturbed by traffic stockings. The expected increase of ...
The paper describes an attempt of using magnetic detectors as an effective alternative to existing v...
This article aims to evaluate instruments that oversight traffic flow electronically, using inductiv...
Reliable cost-effective traffic monitoring stations are a key component of intelligent transportatio...
Reliable cost-effective traffic monitoring stations are a key component of intelligent transportatio...
Reliable cost-effective traffic monitoring stations are a key component of intelligent transportatio...
Motivated by the complexity and variety of real-world side impacts, the Magnetic Side Impact (MSI) a...
The vehicle detection process plays the key role in determining the success of intelligent transport...
Inductance detection is an important method for detecting wear debris in ship lubricating oil. Prese...
Transportation agencies have invested in an extensive network of magneto-inductive sensors for vehic...
The embedment of induction loop underground for traffic volume monitoring caused damaging effects to...
754241953PDFTech ReportCA10-0978IA 65A0231CaliforniaCalifornia. Dept. of Transportation. Division of...
Abstract. This work exposes a largely unexplored vector of physical-layer at-tacks with demonstrated...
A vehicle moving over a magneto-inductive sensor buried underneath the road creates a frequency modu...
Among the current challenges of the Smart City, traffic management and maintenance are of utmost imp...
Modern individual vehicle traffic is often disturbed by traffic stockings. The expected increase of ...
The paper describes an attempt of using magnetic detectors as an effective alternative to existing v...
This article aims to evaluate instruments that oversight traffic flow electronically, using inductiv...
Reliable cost-effective traffic monitoring stations are a key component of intelligent transportatio...
Reliable cost-effective traffic monitoring stations are a key component of intelligent transportatio...
Reliable cost-effective traffic monitoring stations are a key component of intelligent transportatio...
Motivated by the complexity and variety of real-world side impacts, the Magnetic Side Impact (MSI) a...
The vehicle detection process plays the key role in determining the success of intelligent transport...
Inductance detection is an important method for detecting wear debris in ship lubricating oil. Prese...
Transportation agencies have invested in an extensive network of magneto-inductive sensors for vehic...
The embedment of induction loop underground for traffic volume monitoring caused damaging effects to...
754241953PDFTech ReportCA10-0978IA 65A0231CaliforniaCalifornia. Dept. of Transportation. Division of...
Abstract. This work exposes a largely unexplored vector of physical-layer at-tacks with demonstrated...
A vehicle moving over a magneto-inductive sensor buried underneath the road creates a frequency modu...
Among the current challenges of the Smart City, traffic management and maintenance are of utmost imp...
Modern individual vehicle traffic is often disturbed by traffic stockings. The expected increase of ...
The paper describes an attempt of using magnetic detectors as an effective alternative to existing v...