A new projection profile based skew estimation algorithm is presented. It extracts fiducial points corresponding to objects on a page by decoding a JBIG compressed image. These points are projected along parallel lines into an accumulator array. The angle of projection within a search interval that maximizes alignment of the fiducial points is the skew angle. This algorithm and three other algorithms were tested. Results showed that the new algorithm performed comparably to the other algorithms. The JBIG progressive coding scheme reduces the effects of noise and graphics, and the accuracy of the new algorithm on 75 dpi unfiltered images and 300 dpi filtered images was similar
This paper includes two novel techniques for skew estimation of binary document images. These algori...
Techniques are presented to directly process JBIG-encoded document images. Two experimental processi...
A new skew detection method for complex document images based on robust borderlines extracted from b...
A new projection profile based skew estimation algorithm was developed. This algorithm extracts fidu...
A skew angle estimation approach based on the application of several time–frequency distributions of...
Abstract: Numerous experimentations are performed in the area of optical character recognition. The ...
Skew angle estimation is an important component of an Optical Character Recognition (OCR) and Docume...
We propose a fast and robust skew estimation method for document images that estimates skew angles b...
In this paper, an efficient skew estimation technique based on iterative employment of the Piece-wis...
A document can be scanned via image scanners in two ways i.e., via flatbed or ADF. In flatbed, the u...
Skew angle in a document image is estimated using operators known from mathematical morphology. Skew...
Abstract—In this paper we propose a part-based skew estimation method which is more robust to larger...
JBIG is a new binary image compression standard that is designed to handle both text and halftoned d...
Abstract: An effective compression artifacts removal algorithm is proposed based on thin-plate splin...
Skewing of the scanned image is an inevitable process and its detection is an important issue for do...
This paper includes two novel techniques for skew estimation of binary document images. These algori...
Techniques are presented to directly process JBIG-encoded document images. Two experimental processi...
A new skew detection method for complex document images based on robust borderlines extracted from b...
A new projection profile based skew estimation algorithm was developed. This algorithm extracts fidu...
A skew angle estimation approach based on the application of several time–frequency distributions of...
Abstract: Numerous experimentations are performed in the area of optical character recognition. The ...
Skew angle estimation is an important component of an Optical Character Recognition (OCR) and Docume...
We propose a fast and robust skew estimation method for document images that estimates skew angles b...
In this paper, an efficient skew estimation technique based on iterative employment of the Piece-wis...
A document can be scanned via image scanners in two ways i.e., via flatbed or ADF. In flatbed, the u...
Skew angle in a document image is estimated using operators known from mathematical morphology. Skew...
Abstract—In this paper we propose a part-based skew estimation method which is more robust to larger...
JBIG is a new binary image compression standard that is designed to handle both text and halftoned d...
Abstract: An effective compression artifacts removal algorithm is proposed based on thin-plate splin...
Skewing of the scanned image is an inevitable process and its detection is an important issue for do...
This paper includes two novel techniques for skew estimation of binary document images. These algori...
Techniques are presented to directly process JBIG-encoded document images. Two experimental processi...
A new skew detection method for complex document images based on robust borderlines extracted from b...