Prof Jiten Chandra Dutta
Professor
| Department of Electronics and Communication Engineering
Tezpur University
Assam
Expertise:
Electrical and Electronic Engineering
62
Publications
5
Projects
442
Scopus Citations
384
CrossRef
26 Years 1 Month Total Experience
Scopus
442
Citations
11
h-index
CrossRef
384
Citations
11
h-index
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Professional Recognition
Awarded Merit Scholarship at school Level
1974
Government of Assam
Awarded Merit Scholarship at BE Level
1981
Government of Assam
Awarded QIP Scholarship leading to ME
1994
AICTE
Awarded QIP Scholarship leading to phD
1997
AICTE
Community & Membership
Doctoral Committee
Department of ECEAcademic Council
Assam Science and Technology UniversityAcademic Council
Tezpur UniversityBoard of Studies
NERISTBoard of Studies
University of Science and TechnologyCentral Research Committee of Tezpur University
MemberMember of planning committee, Tezpur University
ProfessorMember of advisory committee for implementation of NEP,2020, NIT, Arunachal Pradesh
ProfessorIEEE
GeneralPersonal Details
Doctor of Philosophy
2001
National Institute of Cholera and Enteric Diseases
Professor
Aug 2000 – Present
Tezpur University
| Department of Electronics and Communication Engineering
Engineering and Technology
Scholarly Work
Fabrication
OtherVISVESVARAYA PhD Scheme
OtherCareer and Market-oriented Programme of UGC
CompletedModeling and simulation of Bioelectronic Devices
CompletedInnovative Programme
CompletedModeling and Simulation of Nano-bioelectronic device: Cylindrical ISFET
Modeling and Simulation of Artificial Synapse
Fabrication and Characterization of Enzyme Field Effect Transistors (ENFETs) for Cholesterol and Acetylcholine Detection
Development of NeuroAchFET: A Biologically inspired Electronic Neuron Model
Electrochemical modelling and validation of high-? dielectric and nanomaterial-based Enzyme Field Effect transistors (ENFETs) for biomolecules detection
Development of some DNA computing-based algorithms for logic gates and Boolean Circuits
Application of HH Model of Neuron in Characterization of certain Neurological and Pathological disorders
Development and analysis of high-κ dielectrics CNT based ion sensitive field effect transistors (CNTISFETs
Study of high k dielectric ENFET using CNT in transporting and sensing layers for cholesterol detection
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Scholarly Publications
An electronic circuit model for simulation of synaptic communication: The NEUROISFET for wireless biotelemetry
10.1109/ICDECOM.2011.5738455
Crossref: 2
Biologically inspired circuit model for simulation of acetylcholine gated ion channels of the postsynaptic membrane at synaptic cleft
Threshold voltage and I-V characteristics of cylindrical, surrounding- electrolyte ISFET
A simple electronic analog of the postsynaptic membrane: The NEUROBIOFET
A simple variant of Integrate-and-Fire model of neuron for application in neuronal area
Modeling of enzyme biosensor based on pH-sensitive field effect transistor for detection of glucose
Ion sensitive field effect transistor for applications in bioelectronic sensors: A research review
An approach to develop parametric analogy of "improved" H-H Model Using GUI
Showing 1 to 8 of 62 publications