Dr. Prabhu Britto Albert

IJBST Journal Group www.ijbst.org

We investigated Generalized Gradient Vector Flow Active Contours as a suitable boundary mapping technique for Chromosome spread images which have variability in shape and size, expecting to yield a robust segmentation scheme that can be used for segmentation of similar class of images based on optimal set of parameter values. It is found experiment...

In this research, characterization of Discrete Cosine Transform (DCT) based Gradient Vector Flow (GVF) Active Contours as a boundary mapping technique for chromosome spread images is done. Statistical testing validates the experimental results of characterization. Investigations on a different dataset are carried out to validate the characterized p...

In this research, characterization of Discrete Cosine Transform (DCT) based Gradient Vector Flow (GVF) Active Contours as an efficient boundary mapping technique for chromosome spread images is done. Statistical testing validates the experimental results of characterization. Investigations on a different dataset are carried out to validate the char...

This research work proposes a novel innovative approach for enhancement of academic delivery in higher educational institutions via an adaptive evolutionary mechanism of microlevel institutional internal audit. Concentration is exhibited on the various aspects of the relationship between innovations in higher education and the innovative capacity o...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is part of a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. Recent scientific findings on a seemingly unrelated area of research work evoke...

This research work is a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. It is the outcome of inspiration dawned on the authors to scientifically investigate su...

This research work is a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. It is the outcome of inspiration dawned on the authors to scientifically investigate su...

This research work is a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. It is the outcome of inspiration dawned on the authors to scientifically investigate su...

This research work is a sustained attempt to scientifically interpret the Meditative Guidance of the Divine Omdasji Sound Meditation (SR0000398348 dated 2006-09-13, United States Copyright Office) renowned to bring peace and calm to the meditating human subject. It is the outcome of inspiration dawned on the authors to scientifically investigate su...

This research proposes a novel segmentation technique based on wavelet based active contour model for detection of mammographic lesions. Mammography is the primary imaging technique for the detection and diagnosis of breast lesions. A new segmentation technique using Wavelet based active contour segmentation algorithm has been proposed and tested f...

This research work is an attempt to present a new hypothesis for biophotonic communications in Meditation. India has been the land of civilizations and spirituality, contributing a lot in dimensions of mystic phenomena eluding understanding. From time immemorial such experiences and practices have been handed down to generations by word of mouth. T...

This research work is an attempt to scientifically interpret the meditative chant called the Divine Omdasji sound meditation (SR0000398348 dated 2006-09-13, United States Copyright Office)-hereafter referred in this manuscript as Divine Sound-renowned to bring peace and calm to the meditating human subject. It is the outcome of inspiration dawned o...

This research work is an attempt to present a new scientific perception of alterations in meditative consciousness states. India has been the land of civilizations and spirituality, contributing a lot in dimensions of mystic phenomena eluding understanding. From time immemorial such experiences and practices have been handed down to generations by...

This research proposes a novel procedure to aid surgical biopsy using wavelet based active contour model. Surgical Biopsy is standard tool for determination of carcinoma. This research work combines active contour model segmentation with surgical biopsy to propose a procedure that is minimally invasive and accurate. Mammography is the primary imagi...

This research studies the Discrete Cosine Transform Based Gradient Vector Flow in Normal Direction (DCT based NGVF) Active Contours in comparison with the Discrete Cosine Transform Based Gradient Vector Flow (DCT based GVF) Active Contours. Extensive research has been done on DCT based GVF Active Contours and the strengths of DCT based GVF Active C...

This research analyses the strengths of Discrete Cosine Transform based Gradient Vector Flow Active Contours in Chromosome image segmentation. Extensive research has been performed on Discrete Cosine Transform based Gradient Vector Flow Active Contours for segmentation of chromosome spread images. This study is an extended analysis in the same area...

This study proposes DCT (Discrete Cosine Transform) based NGVF (Gradient Vector Flow in Normal Direction) Active Contours. Extensive research has been done on DCT based GVF Active Contours and the strengths of DCT based GVF Active Contours have been established. NGVF, the recent improvement to the GVF Active Contour has faster convergence speed tow...

This research analyses Discrete Cosine Transform based Gradient Vector Flow Active Contours, a segmentation tool for chromosome spread images, which have hitherto been established as an efficient segmentation tool. Extensive research has been performed on Discrete Cosine Transform based Gradient Vector Flow Active Contours for segmentation of chrom...

This research analyses Discrete Cosine Transform based Gradient Vector Flow Active Contours, a segmentation tool for chromosome spread images, which have hitherto been established as an efficient segmentation tool. Extensive research has been performed on Discrete Cosine Transform based Gradient Vector Flow Active Contours for segmentation of chrom...

In this research, Characterization of Discrete Cosine T ransform (DCT) based Gradient Vector Flow (GVF) Active Contours as a suitable boundary mapping technique for Chromosome spread images is done. Suitability of the characterized parameters governing the DCT based GVF Active Contour formulation as standardized values for boundary mapping similar...

This research analyses the Chromosome image segmentation obtained using Discrete Cosine Transform based Gradient Vector Flow Active Contours, a segmentation tool for chromosome spread images, which have hitherto been established as an efficient segmentation tool for chromosome spread images. Extensive research has been performed on Discrete Cosine...

This study reviews Deformable curves (Active contours). The main strength of Deformable curves stems from their capability to provide to humans or higher processes, several interpretations of image data by supporting interactive mechanisms. Deformable curves offer a unique and powerful approach to segmentation. They are capable of accommodating var...

This study offers insight into the fascinating realm of cytogenetics, introducing the fundamental concepts of this area. Cytogenetics is the study of the structure and function of chromosomes. The various materials and methods of cytogenetis are discussed and analyzed. From the fundamentals to the latest research activities, detailed information is...

The realm of medical imaging has always been fascinating because of its capability to yield visual clinical information about the human body. It was found that genetic information carried in the chromosomes also carries information about certain clinical abnormalities or diseases. Medical imaging and cytogenetics, when working in conjunction give u...

This study proposed to identify and investigate optimality of Discrete Cosine Transform (DCT) based Gradient Vector Flow (GVF) active contours and this research is expected to yield a robust technique which can be used to boundary map chromosome images having variability in shape and size, from chromosome spread images. Weak edges are also manifest...

In this study, the suitability of the Discrete Cosine Transform (DCT) based Gradient Vector Flow (GVF) Active Contour as a suitable tool for Chromosome image classification is assessed. The DCT based GVF active contour has been established as an efficient tool for chromosome image segmentation in chromosome spread images. From the performance of DC...

In this study, Discrete Cosine Transform (DCT) based Gradient Vector Flow (GVF) active contours are studied and found to have good strength for using as a suitable tool for the detection of specific human chromosomal abnormalities. The DCT based GVF active contours have been investigated by the authors and already established as an efficient bounda...

In this study, the suitability of the characterized parameters governing the DCT based GVF active contour formulation (curve evolution method) as standardized values for boundary mapping chromosome spread images was investigated as an evaluation of standardization of the boundary mapping technique. It was found experimentally that a unique set of p...

In this study, segmentation of chromosome images is done using Discrete Cosine Transform (DCT) based Gradient Vector Flow (GVF) active contours. The parameters used in the active contour formulation have been characterized standardized. The standardized values of the parameters are used in this study. The segmentation errors have been quantified. T...

We investigated Generalized Gradient Vector Flow Active Contours as a suitable boundary mapping technique for Chromosome spread images which have variability in shape and size, expecting to yield a robust segmentation scheme that can be used for segmentation of similar class of images based on optimal set of parameter values. It is found experiment...

This study surveys deformable curves (active contours) with the aim of identifying a suitable type of deformable curve for the task of chromosome image segmentation. Deformable curves offer a unique and powerful approach to segmentation. They are capable of accommodating variability of biological structures. Deformable curves also support interacti...

This study compares the boundary mapping efficiency of curve evolution method on chromosome spread images. The curve evolution methods chosen for comparison gradient vector flow active contours, generalized gradient vector flow active contours, discrete cosine transform based gradient vector flow active contours and discrete cosine transform based...

In this paper it is proposed to identify and investigate optimality of a suitable boundary mapping technique for Chromosome images. This work is expected to yield a robust technique which can be used to boundary map chromosome images from chromosome spread images, having variability in shape and size. Weak edges are also manifested here. Gradient V...

Characterization of Discrete Cosine Transform (DCT) based Gradient Vector Flow (GVF) Active Contours as a suitable segmentation technique is done for Chromosome spread images having variability in shape and other image properties. Evaluation of this technique in terms of robustness is done. It is found experimentally that a unique set of parameter...

This research work is an attempt to present a new scientific perception of alterations in meditative consciousness states. India has been the land of civilizations and spirituality, contributing a lot in dimensions of mystic phenomena eluding understanding. From time immemorial such experiences and practices have been handed down to generations by...

In this research, characterization of Discrete Cosine Transform (DCT) based Gradient Vector Flow (GVF) Active Contours as a n efficient boundary mapping technique for chromosome spread images is done. Statistical testing validates the experimental results of characterization. Investigations on a different dataset are carried out to validate the cha...

This research proposes a novel procedure to aid surgical biopsy using wavelet based active contour model. Surgical Biopsy is standard tool for determination of carcinoma. This research work combines active contour model segmentation with surgical biopsy to propose a procedure that is minimally invasive and accurate. Mammography is the primary imagi...

In this research, Characterization of Discrete Cosine Transform (DCT) based Gradient Vector Flow (GVF) Active Contours as a suitable boundary mapping technique for Chromosome spread images is done. Suitability of the characterized parameters governing the DCT based GVF Active Contour formulation as standardized values for boundary mapping similar c...