Abstract. This paper introduces the IMOTION system, a sketch-based video retrieval engine supporting multiple query paradigms. For vector space retrieval, the IMOTION system exploits a large variety of low-level image and video features, as well as high-level spatial and temporal features that can all be jointly used in any combination. In addition, it supports dedicated motion features to allow for the specification of motion within a video sequence. For query specification, the IMOTION system supports query-by-sketch interactions (users provide sketches of video frames), motion queries (users specify motion across frames via partial flow fields), query-by-example (based on images) and any combi-nation of these, and provides support for re...
We present a novel video retrieval system that accepts annotated free-hand sketches as queries. Exis...
The advent of pen-based user interfaces has facilitated several natural ways for human-computer inte...
Abstract. This paper introduces iAutoMotion, an autonomous video retrieval system that requires only...
This paper introduces the IMOTION system, a sketch-based video retrieval engine supporting multiple ...
This paper introduces the IMOTION system, a sketch-based video retrieval engine supporting multiple ...
This paper presents the second version of the IMOTION system, a sketch-based video retrieval engine ...
This paper presents the second version of the IMOTION system, a sketch-based video retrieval engine ...
Abstract. This paper presents the second version of the IMOTION system, a sketch-based video retriev...
The IMOTION system is a content-based video search engine that provides fast and intuitive known ite...
The rapidity with which digital information, particularly video, is being generated, has necessitate...
Despite the tremendous importance and availability of large video collections, support for video ret...
Motion trajectories extracted from certain videos contain sufficient spatio-temporal information whi...
Abstract. We present a novel video retrieval system that accepts annotated free-hand sketches as que...
We present a novel Content Based Video Retrieval (CBVR) system, driven by free-hand sketch queries d...
Abstract. We present a novel video retrieval system that accepts annotated free-hand sketches as que...
We present a novel video retrieval system that accepts annotated free-hand sketches as queries. Exis...
The advent of pen-based user interfaces has facilitated several natural ways for human-computer inte...
Abstract. This paper introduces iAutoMotion, an autonomous video retrieval system that requires only...
This paper introduces the IMOTION system, a sketch-based video retrieval engine supporting multiple ...
This paper introduces the IMOTION system, a sketch-based video retrieval engine supporting multiple ...
This paper presents the second version of the IMOTION system, a sketch-based video retrieval engine ...
This paper presents the second version of the IMOTION system, a sketch-based video retrieval engine ...
Abstract. This paper presents the second version of the IMOTION system, a sketch-based video retriev...
The IMOTION system is a content-based video search engine that provides fast and intuitive known ite...
The rapidity with which digital information, particularly video, is being generated, has necessitate...
Despite the tremendous importance and availability of large video collections, support for video ret...
Motion trajectories extracted from certain videos contain sufficient spatio-temporal information whi...
Abstract. We present a novel video retrieval system that accepts annotated free-hand sketches as que...
We present a novel Content Based Video Retrieval (CBVR) system, driven by free-hand sketch queries d...
Abstract. We present a novel video retrieval system that accepts annotated free-hand sketches as que...
We present a novel video retrieval system that accepts annotated free-hand sketches as queries. Exis...
The advent of pen-based user interfaces has facilitated several natural ways for human-computer inte...
Abstract. This paper introduces iAutoMotion, an autonomous video retrieval system that requires only...