AbstractOur 3D-model-based Computer Vision subsystem extracts vehicle trajectories from monocular digitized videos recording road vehicles in inner-city traffic. Steps are documented which import these quantitative geometrical results into a conceptual representation based on a Fuzzy Metric-Temporal Horn Logic (FMTHL, see [K.H. Schäfer, Unscharfe zeitlogische Modellierung von Situationen und Handlungen in Bildfolgenauswertung und Robotik, Dissertation, 1996]). The facts created by this import step can be understood as verb phrases which describe elementary actions of vehicles in image sequences of road traffic scenes. The current contribution suggests a complete conceptual representation of elementary vehicle actions and reports results obt...
This paper presents a real-time vision system to compute traffic parameters by analyzing monocular i...
A method is presented for segmenting and tracking vehicles on highways using a camera that is relati...
The rapid recent advancements in the computation ability of everyday computers have made it possible...
AbstractOur 3D-model-based Computer Vision subsystem extracts vehicle trajectories from monocular di...
Our image evaluation system Xtrack tracks multiple-vehicle-configurations in image sequences. The re...
The Artificial Intelligent (AI) and Connected Automated Vehicle (CAV) technology allow innovative ap...
Machine Learning has played a major role in various applications including Autonomous Vehicles and I...
. During evaluation of real--world traffic scenes, we often encounter the situation that the vehicle...
[[abstract]]The recent ongoing evolution of computer technology has enabled a variety of practical a...
This contribution is based on two previously published approaches one of which automatically extract...
This paper presents the development of a vision-based system for microscopic road traffic scene anal...
This contribution addresses the problem to extract a conceptual description of moving vehicles in im...
This bachelor thesis deals with representation of a traffic scene by processing monocular video sequ...
In this work, we implement a real-time vehicle classification and speed estimation system and apply ...
This master's thesis focuses on 3D reconstruction of vehicles passing in front of a traffic surveill...
This paper presents a real-time vision system to compute traffic parameters by analyzing monocular i...
A method is presented for segmenting and tracking vehicles on highways using a camera that is relati...
The rapid recent advancements in the computation ability of everyday computers have made it possible...
AbstractOur 3D-model-based Computer Vision subsystem extracts vehicle trajectories from monocular di...
Our image evaluation system Xtrack tracks multiple-vehicle-configurations in image sequences. The re...
The Artificial Intelligent (AI) and Connected Automated Vehicle (CAV) technology allow innovative ap...
Machine Learning has played a major role in various applications including Autonomous Vehicles and I...
. During evaluation of real--world traffic scenes, we often encounter the situation that the vehicle...
[[abstract]]The recent ongoing evolution of computer technology has enabled a variety of practical a...
This contribution is based on two previously published approaches one of which automatically extract...
This paper presents the development of a vision-based system for microscopic road traffic scene anal...
This contribution addresses the problem to extract a conceptual description of moving vehicles in im...
This bachelor thesis deals with representation of a traffic scene by processing monocular video sequ...
In this work, we implement a real-time vehicle classification and speed estimation system and apply ...
This master's thesis focuses on 3D reconstruction of vehicles passing in front of a traffic surveill...
This paper presents a real-time vision system to compute traffic parameters by analyzing monocular i...
A method is presented for segmenting and tracking vehicles on highways using a camera that is relati...
The rapid recent advancements in the computation ability of everyday computers have made it possible...