A novel spatio-temporal method is proposed for film dirt detection and recovery. Firstly, a more reliable confidence measurement of dirt is extracted for color films. False alarms caused by motion are filtered using consistency checks among several measurements. Then, candidate dirt is detected by filtering and thresholding this confidence measurement. Finally, bi-directional local motion compensation and ML3Dex filtering are taken for the recovery of dirt pixels. Experiments on real data demonstrate the efficiency and effectiveness of our method in terms of both detection and recovery of dirt
The progressive degradation of current film archives poses a serious threat to the preservation of o...
Abstract. This paper presents a method for automatic removal of local defects such as blotches and i...
Abstract. Motion picture films are susceptible to local degra-dations such as dust spots. Other dete...
A novel spatio-temporal method is proposed for film dirt detection and recovery. Firstly, a more rel...
restoration We propose an adaptive spatio-temporal approach for the detection of dirt in archive fil...
A novel spatiotemporal method is proposed for detection of and recovery from dirt sparkles on degrad...
A novel non-motion-compensated method is proposed for dirt detection in archived film sequences. A c...
A novel segmentation-assisted method for film dirt detection is proposed. Since dirt manifests as a ...
A novel non-motion-compensated method is proposed for dirt detection in archived film sequences. A c...
Film dirt is the most commonly encountered artifact in archive restoration applications. Since dirt ...
We propose a novel approach for the detection of temporally impulsive dirt impairments in archived f...
A novel segmentation-assisted method for film dirt detection is proposed. We exploit the fact that f...
This thesis describes our work towards a unified framework for automatic restoration of dirt and blo...
In this paper, a new method of blotch detection for digitised film sequences is proposed. Due to the...
Until recently, filming has been an analogue process; it requires a mechanical process to record an...
The progressive degradation of current film archives poses a serious threat to the preservation of o...
Abstract. This paper presents a method for automatic removal of local defects such as blotches and i...
Abstract. Motion picture films are susceptible to local degra-dations such as dust spots. Other dete...
A novel spatio-temporal method is proposed for film dirt detection and recovery. Firstly, a more rel...
restoration We propose an adaptive spatio-temporal approach for the detection of dirt in archive fil...
A novel spatiotemporal method is proposed for detection of and recovery from dirt sparkles on degrad...
A novel non-motion-compensated method is proposed for dirt detection in archived film sequences. A c...
A novel segmentation-assisted method for film dirt detection is proposed. Since dirt manifests as a ...
A novel non-motion-compensated method is proposed for dirt detection in archived film sequences. A c...
Film dirt is the most commonly encountered artifact in archive restoration applications. Since dirt ...
We propose a novel approach for the detection of temporally impulsive dirt impairments in archived f...
A novel segmentation-assisted method for film dirt detection is proposed. We exploit the fact that f...
This thesis describes our work towards a unified framework for automatic restoration of dirt and blo...
In this paper, a new method of blotch detection for digitised film sequences is proposed. Due to the...
Until recently, filming has been an analogue process; it requires a mechanical process to record an...
The progressive degradation of current film archives poses a serious threat to the preservation of o...
Abstract. This paper presents a method for automatic removal of local defects such as blotches and i...
Abstract. Motion picture films are susceptible to local degra-dations such as dust spots. Other dete...