Digital Repository@IIT Gandhinagar
Welcome to the Digital Repository at Indian Institute of Technology Gandhinagar!
This Digital Repository is an Institutional Repository of IIT Gandhinagar which is responsible for collecting, organizing, preserving and providing access to, and promoting dissemination of the intellectual (scholarly) output of IIT Gandhinagar faculty, students, staff and others associated with the Institute. This Digital Repository serves as a platform to faculty, researchers, students and staff members of the Institute to share their research work with wider community.
Digital Repository accepts documents viz., journal articles, conference papers, book chapters, working /technical papers, reports, theses and dissertations, presentations and any other resources submitted as part of academic requirement at the Institute and other forms of scholarly documents. Wherever possible and available, we will make an effort to provide access to the full- text of the documents covered in the digital repository, without violating copyrights/rights of the author or publisher, as relevant to each work.
Please feel free to write to us, if you want to know more about this service or have any questions with regard to depositing your documents or accessing deposited documents.
Email: digitalrepository@iitgn.ac.in
Disciplines & Communities
Recently Added
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Ramakrishnan, Sainandan; Pachori, Shubham; Gangopadhyay, Aalok; Raman, Shanmuganathan
(Cornell University Library, 2017-09)
Removing blur caused by camera shake in images has always been a challenging problem in computer vision literature due to its ill-posed nature. Motion blur caused due to the relative motion between the camera and the object ...
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Mitra, Sukanya
(2017-09)
The thermodynamics and covariant kinetic theory have been elaborately investigated in a non-extensive environment considering the non-extensive generalization of Bose-Einstein (BE) and Fermi-Dirac (FD) statistics. Starting ...
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Atreya, Abhishek; Bhatt, Jitesh R.; Mishra, Arvind
(Cornell University Library, 2017-09)
Self interacting dark matter (SIDM) provides us with a consistent solution to certain astrophysical observations in conflict with collision-less cold DM paradigm. In this work we estimate the shear viscosity (η) and bulk ...
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Kumar, Sanjay; Datta, Bhaskar; Serpe, Michael
(2017-08-23)
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Xu, Qiumin; Malladi, Krishna T.; Awasthi, Manu
(2017-08-07)
High performance SSDs have become ubiquitous in warehouse scale computing. Increased adoptions can be attributed to their high bandwidth, low latency and excellent random I/O performance. Owing to this high performance, ...
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