Mr Abhishek Kumar
Assistant Professor
| Department of Electonics and communication Engineering
SARALA BIRLA UNIVERSITY
Jharkhand
Expertise:
Electrical and Electronic Engineering
8
Publications
0
Projects
11
Scopus Citations
13
CrossRef
6 Years 11 Months Total Experience
Scopus
11
Citations
2
h-index
CrossRef
13
Citations
2
h-index
Google Scholar
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Personal Details
Doctor of Philosophy
2025
GREEN LAND BUSINESS SCHOOL
Master of Technology
2015
N/A
Bachelor of Technology
2008
N/A
Assistant Professor
May 2025 – Present
SARALA BIRLA UNIVERSITY
| Department of Electonics and communication Engineering
Lecturer
Sep 2015 – Jan 2018
Unknown Organization
Lecturer
Jul 2009 – Aug 2012
Cambridge Institute of Technology
Engineering and Technology
Scholarly Work
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SYSTEM FOR ENHANCEMENT OF LOW CONTRAST GRAY SCALE IMAGE USING FUZZY LOGIC AND SIGMOID FUNCTION
Abhishek Kumar
Sanjeev Kumar
-
Application No. :
202531050016 A
Filed :
24-05-2025
Published :
20-06-2025
Published
FUZZY LOGIC DENOISER FOR SALT AND PEPPER NOISE REMOVAL IN DIGITAL IMAGES
Abhishek Kumar
Sanjeev Kumar
-
Application No. :
202531050024 A
Filed :
24-05-2025
Published :
20-06-2025
Published
Scholarly Publications
Enhancing Image Contrast and Preserving Brightness using Min–Max Peak Fuzzy Histogram Equalization
Improved Adaptive Type-2 Fuzzy Detection and Simple Linear Regression-Based Filter for Removing Salt & Pepper Noise
Contrast Enhancement of Image Using Dynamic Range between Histogram Valley and Gamma Transformation
Salt and Pepper Denoising Filters for Digital Images: A Technical Review
Open AccessHigh Density Salt and Pepper Noise Removal by a Threshold Level Decision based Mean Filter
10.1109/AESPC44649.2018.9033241
Scopus: 1
An Approach for Enhancement of Low Contrast Gray Scale Image Using Fuzzy Logic and Sigmoid Function
10.1109/dicct61038.2024.10532836
Crossref: 2
Fuzzy Logic Denoiser: An Approach for Salt and Pepper Noise Removal in Digital Images
10.1109/dicct61038.2024.10532865
Crossref: 1
Linear Block Equalizers in Rayleigh Fading Channel with Normalized Channel Impulse Response
10.5120/16220-5667
Crossref: 2