Deepa Sinha
Deepa Sinha
Associate Professor
Department of Mathematics
Akbar Bhawan
Chanakyapuri, New Delhi 110021
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Room No.: 330

Profile

Deepa Sinha received Ph.D. from Delhi University, India in Applied Mathematics, 2007. Earlier she did M.Sc. in Mathematics from Indian Institute of Technology, Kanpur in 1994 and since then she has been serving several Institutions for graduate and post graduate courses, particularly Khalsa Girls Degree College (1996-1999), Delhi College of Engineering (1999-2004), Banasthali University (2004-2012), Delhi TechnologicalUniversity (2012).Her Ph.D. Dissertation a New Frontiers in the Theory of Signed Graphs under the guidance of Prof. Mukti Acharya.She has guided many students in Discrete Mathematics in M.Sc., M. Phil, and Ph.D level.She is CSIR-NET qualified (twice) and had been awarded Junior research fellowship by MHRD to carry out research towards her Ph.D. at Delhi University,Delhi.She was also the member of syllabus committee in Central University, Rajasthan.She has refereed several research papers for National and International Journal of high impact factor like Discrete Applied Mathematics, Graphs and Combinatorics, International Journal of Physical Sciences etc.She has more than 50 research papers to her account in journals of high impact factor.She has chaired several sessions in National/ International conferences. She has guided Seven research students.

Qualifications

  • PhD from University of Delhi , in 2007

Recent Publications

  • D. Sinha, S. Upadhayaya, P. Kataria, Characterization of Common edge signed graphs, Accepted for publication in Applied Discrete Mathematics, 2012.
  • Babita Tyagi, Ritu Kapoor, Deepa sinha, Devendra Sawroop Bhargava, Enhanced One Dimensional Modeling for Predicting Concentration Of BOD in rivers, Journal of Natural sciences Research,  IISTE, Vol.2, No.5, pp-25-30, 2012, ISSN 2224-3186(Print),ISSN 2225-0921 (Online).
  • D. Sinha and Neeraj Tomer, Evaluating Machine Translation Evaluation's BLEU Metric for English to Indian Language Machine Translation, International Journal of Computer Science, 2012.
  • Generalized - Type I Univex Functions in Multiobjective Optimization, Advances in Operations research, 2012.
  • Deepa Sinha, Pallavi Kharbanda and Divya Agarwal, Generalized -Type I Univex Functions in Multiobjective Optimization, Advances in Operations research, 2012.
  • Babita Tyagi,  Sapna Aggarwal Ritu Malik and Deepa Sinha,, Modeling Dissolved Oxygen Conditions in Rivers due to Multiple Discharge Points, Proceeding of National Conference on Mathematical & Computational Sciences-6th & 7th July, pp 272-275, 2012 Adikavi Nannaya University, Rajahmundry [AP], India.
  • D. Sinha, P. Singh and  N.S. Tomer, Oblique Stagnation-Point Darcy Flow towards a Stretching Sheet, Journal of Applied Fluid Mechanics, 5(3)2012, 29-37.
  • Trilok Mathur and Ruchi Mathur and Deepa Sinha, Some starlike and convexity properties of Sakaguchi Classes for Hypergeometric Functions, Int. J. Open Problems Complex Analysis, 4(1), 2012.
  • D. Sinha and P. Garg, Balance and Consistency of Total Signed Graphs, Indian Journal of Mathematics, Allahabad Mathematical Society, 53(1) 2011.
  • D. Sinha and P. Garg, Canonical consistency of signed line structures, Graph Theory Notes of New York, LIX, 2011, 22-27.
  • D. Sinha and P. Garg, Characterization of Total Signed Graph and Semi-Total Signed Graphs, International Journal of Contemporary Mathematical Sciences, 6(5) 2011, 221 – 228.
  • D. Sinha and P. Garg, On the Regularity of Some Signed Graph Structures, AKCE International Journal of Graphs and Combinatorics, 8(1) 2011, 63-74
  • D. Sinha and P. Garg, On the Unitary Cayley signed Graphs, The electronic journal of combinatorics, 18 (2011), #P229.
  • D. Sinha and P. Garg, Some Properties of Unitary Addition Cayley Graphs, Notes on Number theory and Discrete Mathematics, 17(3)2011, 49-59.
  • P. Singh, N.S. Tomer, S. Kumar and D. Sinha, Effect of Radiation and Porosity Parameter on Magnetohydrodynamic Flow due to Stretching Sheet in Porous Media. Thermal Sciences. doi: 10.2298/TSCI091121051S, 2010
  • D. Sinha and J. Kaur, Full Friendly index set- II, (Presented in the “International Conference on Mathematics and Computer Science” held in Loyola College, Chennai from February 05-06, 2010), Journal of Combinatorial Mathematics and Combinatorial Computing, 79(2011), 65-75.
  • P. Singh, N.S. Tomar and D. Sinha, Numerical Study of Heat Transfer over stretching Surface in Porous media with Transverse Magnetic Field,  Proceedings of International Conference On Challenges And Applications Of Mathematics In Science And Technology, January 11-13, 2010, Macmillan Advanced Research Series, Macmillan Publishers India limited, ISBN 023- 032-875-X, 422-430.
  • P. Garg and D. Sinha, Some Results on semi-Total Signed Graphs, Discussiones Mathematicae Graph Theory, 31 (2011) 625–638. (Presented in the “International conference on Mathematics and Computer Science” held in Loyola College, Chennai, during February 05-06, 2010).
  • B.D. Acharya, Mukti Acharya and Deepa Sinha, Characterization of a signed graph whose signed line graph is S-consistent, Bulletin of The Malaysian Mathematical Sciences Society, 32(3) (2009), 335-341.
  • Deepa Sinha and Diksha, Supply Chain Model in a Multi-Echelon System with Inflation induced demand, International Transactions in Applied Sciences, 2009
  • B.D. Acharya, Mukti Acharya and Deepa Sinha, Cycle-Compatible Signed Line Graphs, Indian Journal of Mathematics, Allahabad Mathematical Society, 50(2)(2008), 407-414.
  • Mukti Acharya and Deepa Sinha, Common-edge sigraphs, AKCE International Journal of Graphs and Combinatorics, 3(2)(2006), 155-130.
  • Mukti Acharya and Deepa Sinha, Characterizations of line sigraphs, Nat. Acad. Sci.-Letters, 28(1-2) (2005), 31-34.
  • Mukti Acharya and Deepa Sinha, A characterization of line sigraphs, Extended Abstract In: Electronic Notes in Discrete Mathematics, 15 (2003).
  • Mukti Acharya and Deepa Sinha, A characterization of sigraphs whose line sigraphs and jump sigraphs are switching equivalent, Graph Theory Notes of New York, New York Academy of Sciences, New York, XLIV (2003), 30-34.
  • Mukti Acharya and Deepa Sinha, A characterization of signed graphs that are switching equivalent to their jump sigraphs, Graph Theory Notes of New York, New York Academy of Sciences, New York, XLIII (2002), 7-8.
  • Phool Singh, Ashok Jangid, N.S. Tomer and Deepa Sinha, Effects of Thermal Radiation and Magnetic Field on Unsteady Stretching Permeable Sheet in Presence of Free Stream Velocity, International Journal of Information and Mathematical Sciences, vol. 6(3), 63-69.
  • P. Singh, N.S. Tomar and D. Sinha, Mhd Oblique Stagnation-Point Flow Towards A stretching Sheet With Heat Transfer, International Journal of Applied Mathematics and Mechanic, vol. 6(13), 94-111.
  • Deepa Sinha, Pallavi Kharbanda and Divya Agarwal, Generalized -Type I Univex Functions in Multiobjective Optimization, Advances in Operations research, 2012.
  • Balance and Antibalance of Tensor Product of two signed graphs, Thai Journal of Mathematics, Accepted for publication.. Deepa Sinha and Pravin Garg
  • Sinha,D. and Kaur, J.(2013)- Full Friendly Index Set- I. Discrete Applied Mathematics. 161 (9). 1262-1274

Research Interests

  • Graph Structures/ Discrete Mathematics

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