Dr. Priya Chandran
Dr. Priya Chandran
Professor
Office Address:
CSE 201B. CSED, NIT Calicut
B. Tech: Electronics and Communications from NIT Bhopal
M. Tech in Computer Science and Technology from IIT Roorkee
Ph. D from Indian Institute of Science
Educational Qualifications
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B. Tech: Electronics and Communications from NIT Bhopal
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M. Tech in Computer Science and Technology from IIT Roorkee
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Ph. D from Indian Institute of Science
Journals
2017
Joy, SP, Chandran P. 2017. A formal framework for verifying İKA} property of protocols. Journal of King Saud University - Computer and Information Sciences. :-. AbstractWebsite
2016
Shoundic, S, Chandran P, Krishna P, Reddy V, Jayachandra B, Pande L. 2016. Extended-HyperWall: Hardware support for rollback secure virtualization, September. 2016 International Conference on Advances in Computing, Communications and Informatics (ICACCI). , Jaipur, India Abstract
Devasia, JV, Chandran P. 2016. "Who are the key players behind a disease state": Outcomes of a new computational approach on cancer data, March. 2016 International Conference on Bioinformatics and Systems Biology (BSB). :1-4. Abstract
Lee, OT, MadhuKumar SD, Chandran P. 2016. ECSim: A simulation tool for performance evaluation of erasure coded storage systems. Advances in Computing, Communications and Informatics (ICACCI), 2016 International Conference on. :2713–2718.: IEEE Abstract
Shabeera, TP, MadhuKumar SD, Chandran P. 2016. Curtailing job completion time in MapReduce clouds through improved Virtual Machine allocation. Computers & Electrical Engineering. :-. AbstractWebsite
Jithin, R, Chandran P. 2016. Dynamic partitioning of physical memory among virtual machines: {ASMI:} architectural support for memory isolation. Proceedings of the 31st Annual {ACM} Symposium on Applied Computing, Pisa, Italy, April 4-8, 2016. :474–476. Abstract
2015
Amritapatole, MadhuKumar SD, Chandran P, Shabeera TP. 2015. Load-Aware Replica Placement in Multiuser Hadoop Environment Using MST, 8, December. Third edition of the International Conference on Recent Advances in Computational Systems(IEEE RAICS -2015). , Trivandrum Abstract
Jithin, R, Chandran P. 2015. Dynamic Partitioning of Physical Memory Among Virtual Machines, {ASMI:} Architectural Support for Memory Isolation. CoRR. abs/1503.03169 AbstractWebsite
2014
Devasia, J, Chandran P. 2014. Towards an Improved Algorithm for Modeling Information Flow in Biological Networks, 2014. ACCIS 2014. , Kollam, Kerala, India Abstract
Jithin, R, Chandran P. 2014. 'Virtual Machine Isolation - A Survey on the Security of Virtual Machines. The Second International Conference on Security in Computer Networks and Distributed Systems (SNDS-2014). , Thiruvananthapuram (Trivandrum), India
Manish Parashar, Umesh Bellur, S.D Madhu Kumar, Priya Chandran, Murali Krishnan, Kamesh Madduri, Sushil K. Prasad, C. Chandra Sekhar, Nanjangud C. Narendra, Carlos Valera, Sanjay Chaudhary, Kavi Arya, Xiaolin Li (Eds.). 2014. Seventh International Conference on Contemporary Computing, {IC3} 2014, Noida, India, August 7-9, 2014. : {IEEE} Abstract
2013
Joy, SP, Chandran P. 2013. Towards a Computational Trust Model for Secure Peer-to-Peer Communication. Managing Trust in Cyberspace. , Boca Raton, Florida, USA: CRC Press, Taylor and Francis Group Abstract
2012
Shabeera, TP, Chandran P, Kumar MSD. 2012. Authenticated and persistent skip graph: a data structure for cloud based data-centric applications. Proceedings of the International Conference on Advances in Computing, Communications and Informatics (ICACI 2012). ACM( ISBN: 978-1-4503-1196-0):155-160.Website
Ranjith, P, Chandran P, Kaleeswaran S. 2012. On Covert Channels between Virtual Machines. Journal in Computer Virology, Springer. 8( 3):85-97.Website
2011
Sebastian, M, Chandran P. 2011. A Tool for Event Reconstruction using Gladyshev Approach, March 2011. Computer Forensics Track of ACM Symposium on Applied Computing (ACM SAC 2011). Website
Ranjith, P, Chandran P, Kaleeswaran S. 2011. On Covert Channels between Virtual Machines, February 2011. wcloud 2011, Workshop on Issues in Virtualization and Clouds. , Indian Institute of Technology Bombay
2010
Joy, SP, Chandran P. 2010. A formal framework for comparing group key agreement protocols with partial forward secrecy. The 4 th IEEE International Conference on Internet Multimedia Systems Architecture and Application, (IMSAA 10). , Bangalore, India: IEEEWebsite
2009
Ezudheen, P, Chandran P, Chandra J, Simon BP, Ravi D. 2009. Parallelizing SystemC Kernel for Fast Hardware Simulation on SMP Machines. ACM/IEE/SCS Twentyeighth International Conference on Principles of Advanced and Distributed Simulation, PADS 2009. :80-87., Lake Placid, New York State, USA: ACMWebsite
2008
Ross, JC, Chandran P. 2008. Object Serialization Support for Object Oriented Java Processors. Third International Symposium on Information Technology. , Kuala Lumpur: IEEEWebsite
2007
Singh, AK, Chandran P. 2007. A Secure and Efficient Multi-authority Proactive Election Scheme.. Information System Security, Lecture Notes in Computer Science,pringer Berlin/Heidelberg. 4812/2007:208-218.: SpringerWebsite
Classes
Semester: Monsoon
Offered: 2016
CS7198 CS7298 CS7199 CS7299 M. TECH PROJECT
MONSOON and WINTER SEMESTER 2016
FACULTY; Dr Priya Chandran, (Office: # CSE 201B, NITC:Phone: 2286804: email priya@nitc.ac.in)
TEACHING ASSISTANT: JEETHU DEVASIA, Ph. D student
SLOT: R
CREDITS 8+12
GRADING: ABSOLUTE
Core Competency
Develop enhancements to the knowledge base in an area of interest in computing
Secondary Competencies:
Semester: Monsoon
Offered: 2015
The course aims at introducing the paradigm of cloud computing, and study and analysis of various aspects of cloud computing, such as the requirement and applicability, system requirements, tasks involved in setting up clouds, security, and implications on server architecture. The course also aims to provide practical experience in working on setting up clouds, and experimenting with hypervisor kernel code.
CS6111 Algorithms and Complexity
Semester: Monsoon
Offered: 2015
CS6111 ALGORITHMS AND COMPLEXITY
OBJECTIVE The course aims at strengthening the concepts of algorithm analysis and design, and building skills for applying amortized and probabilistic methods.. The fundamental concepts of complexity, leading to a capability to approach problem complexity assessment, and an introduction to randomized algorithms, and approximation, are also intended outcomes of the course.
Semester: Winter
Offered: 2015
The fourth semester project for M. Tech(CSE) students in the department of CS
Semester: Winter
Offered: 2015
The fourth semester project for M. Tech CSE(Information Security) students in the department of CSE
CS2094 Data Structures Lab - B. Tech
Semester: Winter
Offered: 2015
Data Structures and Algorithms
Semester: Winter
Offered: 2015
The course is intended to provide an introduction to data structures and the relevance of different data structures, the concept of algorithms and their role in computing. The student is expected to be able to understand and analyze simple algorithms, and assess the suitability of data structures for different computing tasks, on completing the course.
CS 7198/7298 M. Tech Project
Semester: Monsoon
Offered: 2016
CS7198 CS7298 CS7199 CS7299 M. TECH PROJECT
MONSOON and WINTER SEMESTER 2016
FACULTY; Dr Priya Chandran, (Office: # CSE 201B, NITC:Phone: 2286804: email priya@nitc.ac.in)
TEACHING ASSISTANT: JEETHU DEVASIA, Ph. D student
SLOT: R
CREDITS 8+12
GRADING: ABSOLUTE
Core Competency
Develop enhancements to the knowledge base in an area of interest in computing
Secondary Competencies:
Manage time bound projects involving research, analysis of problem complexities, design and development of effective solutions and communication of the project’s progress, adhering to ethical practices at every stage.
Course Outcomes
1. Demonstrate sound knowledge of fundamentals in the chosen area of computing
2. Identify and formulate a problem of research interest
3. Conduct literature survey on topics related to a problem
4. Analyze a computing problem, design solutions and reflectively analyze proposed solutions
5. Effectively communicate work done at all stages of a project
6. Prepare a thesis report and defend the thesis on the work done
DBLP1
DBLP2
Google Scholar
ORCID
CS4028 Quantum Computation