Anindita Sengupta

Professor

Electrical Engineering

 

Academic Qualifications

• Ph.D. (Tech), 2006
• M. Tech., 1995
• B. Tech., 1993

Contact

Phone

1. Office: +9133 2668 4561 to 63 (Ext. 565)
2. Fax : 2668 4564, 2668-2916
3. Mobile: +91 94320 83954

Address

1. Residence: Flat B2,Block 9, 263, GT Road(South),PO&PS Shibpur,Howrah 711 102,West Bengal,India
2. Email ID: aninsen@ee.iiests.ac.in, aninsen2002@yahoo.com, aninsens@gmail.com

Area of Research

• Nonlinear Control of Real time system
• Image and Signal Processing
• Textile Instrumentation
• Application of orthogonal function in Control System
• LabVIEW based System Design

Courses Undertaken

PG Courses

• Nonlinear Control System
• Microprocessors and Microcontroller in Instrumentation, Monitoring and Control

UG Courses

• Basic Electrical Engineering
• Control System 
• Transducer and Instrumentation
• Process Control Instrumentation
• Solid state devices and circuits
• Microprocessor

Research Projects handled as PI

1. Development of an efficient staple yarn characterization unit with multi sensor fusion and field programmable gate array (FPGA)based data reduction card.(IDP/IND/25/2010 dtd. 17^th August,2011)
   Sanctioning Authority: DST, GOI. (Completed).
   Year of Sanction & duration: 17^th August, 2011, 3 years
2. Design and development of computerized instrument for testing bending behavior of semi-rigid fabrics with special reference to technical textiles(IDP/IND/19/2010 dtd. 30^th Jan, 2012)
   Sanctioning Authority: DST, GOI. (Completed).
   Year of Sanction & duration: 30^th Jan, 2012, 3 years.

Recent Publications 

1. Ujjwal Mondal, Anindita Sengupta, Naiwrita Dey, "Tracking of periodic reference signal:A parameterized finite dimensional repetitive control approach", Transaction of the Institute of Measurement and Control, SAGE, vol.40, pp.3640-3650, Impact Factor 1.579, 2018.
2. Subhasish Roy, Anindita Sengupta, Surajit Sengupta, "Performance study of optical sensor for parameterization of staple yarn", Measurement, ELSEVIER, vol.109, pp.394-407, Impact Factor 2.218, 2017.
3. Rimi Paul, Anindita Sengupta,"Discrete wavelet packet transform based controller for liquid level system and its performance analysis", Measurement, ELSEVIER, vol.97, pp.226-233, Impact Factor 2.218, 2017.
4. Rimi Paul, Anindita Sengupta,"Design and application of discrete wavelet packet transform based multiresolution controller for liquid level system",ISA Transaction, ELSEVIER, vol.71, pp. 585-598, Impact Factor 3.37, 2017.
5. Surajit Sengupta, Sanjoy Debnath and Anindita Sengupta, ”Fabric Bending Behaviour testing instrument for technical textiles”, Measurement, ELSEVIER, vol.87, pp.205-215, Impact Factor 2.218, 2016.
6. Anindita Sengupta, Subhasish Roy, Surajit Sengupta,”Development of a low cost yarn parameterization unit by Image Processing”, Measurement, ELSEVIER, vol. 59, pp.96-109, Impact Factor 2.218, 2015.
7. Ujjwal Mondal, Anindita Sengupta and Rajeev R. Pathak, “Servomechanism for periodic reference input: Discrete wavelet transform-based repetitive controller:, Transactions of the Institute of Measurement and Control, SAGE,vol.38, pp.14-22, Impact Factor 1.579, 2014.
8. Rimi Paul, Anindita Sengupta, Rajeev Ranjan Pathak, “Wavelet based denoising technique for liquid level system”, Measurement, Elsevier, vol. 46, pp.1979-1994, Impact Factor 2.218, 2013.
9. Surajit Sengupta and Anindita Sengupta, ”Electrical resistance of jute needle-punched non woven fabric- effect of punch density, needle penetration and area density”, The Journal of the Textile Institute, Taylor & Francis, vol. 104, no.2, pp.132-139, Impact Factor 1.128 , 2013.
10. Anish Deb, Anindita Dasgupta, Gautam Sarkar, ”A new set of orthogonal functions and its application to the analysis of Dynamic systems”, Journal of the Franklin Institute, Elsevier, vol. 343, pp.1-26, Impact Factor 3.576,2006.
11. Gautam Sarkar, Anindita Dasgupta, Anish Deb, ”Microprocessor based simulation of sampled data systems with/without a hold device using a set of sample-and-hold functions and Dirac Delta functions”, Journal of the Franklin Institute, Elsevier, vol. 342, pp.85-95, Impact Factor 3.576,2005.