Driver assistance systems using situation analysis require a reliable environment perception in order to improve the traffic safety.
While road lane markings detection was extensively studied, in particular for intelligent vehicle applications, the detection and recognition of all kind of marking such as arrows, crosswalks, zebras, words, pictograms, continuous and discontinuous lane markings was drastically less studied. However, it has many potential applications in the design of advanced driver assistance systems, as well as for asset management along itineraries. An algorithm is proposed which is based on the following processing steps: marking pixel extraction, detection using connected components before Inverse Perspective Mapping and recognition based on the comparison with a single pattern or with repetitive rectangular patterns. The proposed algorithm is able to detect and recognize repetitive markings (such as crosswalks) as well as single patterns (such as arrows). We believe that the proposed algorithm can be extended easily to solve the problem of the identification of all types of markings.
The importance of online videos is increasing constantly. However, research has so far failed to provide an in-depth analysis of what has been driving the adoption of online videos within organizations. Thus, this study analyzes the adoption of online videos through case study research. We collected data from semi-structured interviews in four different organizations. A cross-case analysis shows that top-management and environmental characteristics drive the use of online videos. However, innovation and organizational characteristics do not influence the adoption of online videos in this study.