Arpan Deyasi
Arpan Deyasi
RCC Institute of Information Technology
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Cited by
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Novel band-pass filter design using photonic multiple quantum well structure with p-polarized incident wave at 1550 nm
A Maity, B Chottopadhyay, U Banerjee, A Deyasi
Journal of Electron Devices 17, 1400-1405, 2013
Computation of intersubband transition energy in normal and inverted core–shell quantum dots using finite difference technique
A Deyasi, S Bhattacharyya, NR Das
Superlattices and Microstructures 60, 414-425, 2013
Theoretical computation of transmission coefficient of double quantum well triple barrier structure in presence of electric field
S Mukherjee, R Karmakar, A Deyasi
International Journal of Soft Computing and Engineering 1, 41-44, 2011
A finite-difference technique for computation of electron states in core–shell quantum wires of different configurations
A Deyasi, S Bhattacharyya, NR Das
Physica Scripta 89 (6), 065804, 2014
Development of GUI for text-to-speech recognition using natural language processing
P Mukherjee, S Santra, S Bhowmick, A Paul, P Chatterjee, A Deyasi
2018 2nd International Conference on Electronics, Materials Engineering …, 2018
Analytical computation of electrical parameters in GAAQWT and CNTFET with identical configuration using NEGF method
A Deyasi, A Sarkar
International Journal of Electronics 105 (12), 2144-2159, 2018
Comparative study of density of states of 1D photonic crystal for different polarization conditions of incident wave
S Banerji, A Halder, A Deyasi, S Bose
International Conference on Electronics, Communication and Instrumentation …, 2014
Electronic Tuning of Intersubband Transition of Inverted Core-Shell Cylindrical Quantum Wire for Novel Lasing Performance
A Deyasi, S Bhattacharyya, NR Das
Procedia Technology 4, 449-455, 2012
Computing transmissivity of one-dimensional defected photonic crystal under polarized incidence for band-pass filter applications
P Biswas, A Deyasi
Journal of Electron Devices 21, 1816-1822, 2015
Suitability of Semiconductor Heterostructure over SiO2-Air Composition for One-Dimensional Photonic Crystal based Bandpass Filter
A Karmakar, I Roy, A Deyasi, A Deb, A Kundu
International Journal of Electronics Communication and Computer Technology 3 …, 2013
Theoretical Investigation on Photonic Bandgap Tailoring in One-Dimensional Photonic Crystal Using Different Numerical Methods
A Deyasi, S Banerji, A Halder, S Bose
2014 International Conference on Devices, Circuits and Communications …, 2014
First-order Calculation of Band Structure of One-Dimensional Photonic Crystal
S Bose, A Halder, S Banerji, A Deyasi
National Conference on Materials, Devices and Circuits in Communication …, 2014
V-parameter study of silica-air 1D photonic crystal fiber by modulating geometrical parameters at different optical communication ranges
A Karmakar, I Roy, A Deyasi
Bonfring International Journal of Research in Communication Engineering 2 (4 …, 2012
Butterworth filter design using ternary photonic crystal structure under polarized incidence of EM Wave
M Banerjee, R Dey, A Deyasi, S Dey, A Das
Advances in Optical Science and Engineering, 205-210, 2017
Dependence of photonic bandgap on material composition for two-dimensional photonic crystal with triangular geometry
S Mukherjee, A Roy, A Deyasi, S Ghosal
Foundations and Frontiers in Computer, Communication and Electrical …, 2016
Comparative analysis of absorption coefficient for parabolic and gaussian quantum wells for photodetector application
D Sarkar, A Deyasi
Advances in Industrial Engineering and Management 5 (2), 197-201, 2016
Application of group theory in transfer matrix technique for band structure calculation in 1D photonic crystal
S Banerji, A Deyasi
2015 International Conference on Computer, Communication and Control (IC4), 1-5, 2015
Analytical computation of band structure of 1D photonic crystal under normal incidence of electromagnetic wave
A Deyasi, S Banerji, S Bose, A Halder
Computational Advancement in Communication Circuits and Systems, 331-338, 2015
Analytical Computation of Density of States of One-Dimensional Photonic Crystal under Polarized Incident Wave for Different Materials‖
S Banerji, A Halder, A Deyasi, S Bose, S Mandal
Journal of Electron Devices 19, 1654-1662, 2014
Calculating transmission coefficient of double quantum well triple barrier structure having parabolic geometry using propagation matrix method
R Karmakar, A Biswas, S Mukherjee, A Deyasi
IJEAT 1, 37-41, 2011
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