Amit Bardhan, FMS-Delhi
Amit Bardhan, FMS-Delhi
Associate Professor, Management Studies, University of Delhi
Verified email at fms.edu
Title
Cited by
Cited by
Year
Flexible software reliability growth model with testing effort dependent learning process
PK Kapur, DN Goswami, A Bardhan, O Singh
Applied Mathematical Modelling 32 (7), 1298-1307, 2008
822008
Modelling innovation and imitation sales of products with multiple technological generations
U Chanda, AK Bardhan
The Journal of High Technology Management Research 18 (2), 173-190, 2008
512008
Optimal allocation of testing resource for a modular software
PK Kapur, PC Jha, AK Bardhan
Asia-Pacific Journal of Operational Research 21 (03), 333-354, 2004
332004
An alternative formulation of innovation diffusion model and its extension
PK Kapur, AK Bardhan, PC Jha
Mathematics and Information Theory, 17-23, 2004
302004
Why software reliability growth modelling should define errors of different severity
PK Kapur, AK Bardhan, O Shatnawi
Quality control and applied statistics 49 (6), 699-702, 2004
272004
On allocation of resources during testing phase of a modular software
PK Kapur, AK Bardhan, VSS Yadavalli
International Journal of Systems Science 38 (6), 493-499, 2007
262007
Testing effort control through software reliability growth modelling
PK Kapur, AK Bardhan
International Journal of Modelling and Simulation 22 (2), 90-96, 2002
212002
On categorization of errors in a software
PK Kapur, AK Bardhan, S Kumar
Int. Journal of Management and System 16 (1), 37-38, 2000
192000
Dynamic programming approach to testing resource allocation problem for modular software
PK Kapur, PC Jha, AK Bardhan
Ratio Mathematica 14 (1), 27-40, 2003
162003
A model for first and substitution adoption of successive generations of a product
AK Bardhan, U Chanda
International Journal of Modelling and Simulation 28 (4), 487-494, 2008
142008
Optimal reliability allocation problem for a modular software system
PK Kapur, AK Bardhan, PC Jha
Opsearch 40 (2), 138-148, 2003
132003
Modelling in software reliability and its interdisciplinary nature
AK Bardhan
PhD thesis, 2002
132002
A general software reliability growth model with testing effort dependent learning process
PK Kapur, DN Goswami, A Bardhan
International Journal of Modelling and Simulation 27 (4), 340-346, 2007
122007
Forecast and rolling horizons under demand substitution and production changeovers: analysis and insights
A Bardhan, M Dawande, S Gavirneni, Y Mu, S Sethi
IIE Transactions 45 (3), 323-340, 2013
112013
A mathematical model for diffusion of products with multiple generations
AK Bardhan, U Chanda
International Journal of Operational Research 4 (2), 214-229, 2009
102009
Allocation of promotional resource for a new product in a segmented market
PK Kapur, PC Jha, AK Bardhan, O Singh
Mathematics and Information Theory: Recent Topics and Applications, Anamaya …, 2004
92004
A model for adoption of successive generations of a high technology product
AK Bardhan, U Chanda
International Journal of Technology Marketing 2 (1), 53-64, 2007
72007
General framework for modeling software reliability growth during testing and operational use
PK Kapur, PC Jha, DN Goswami, O Shatnawi, AK Bardhan
Recent Developments in Quality, Reliability and Information Technology, 187-197, 2003
72003
Software reliability growth model with fault dependency using lag function
PK Kapur, AK Bardhan, O Shatnawi
Proceedings of International Conference on Quality, Reliability and Control, 1-7, 2001
72001
Humanitarian relief logistics: an exploratory study for need and importance of performance measurement system
H Dangi, AK Bardhan, AS Narag
International Journal of Logistics Systems and Management 13 (1), 1-16, 2012
62012
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Articles 1–20