Mrs Kavitha T
Associate Professor
| Department of Electronics and Communication Engineering
Maturi Venkata Subba Rao (MVSR) Engineering College
Telangana
Expertise:
Electrical and Electronic Engineering
7
Publications
0
Projects
11
Scopus Citations
9
CrossRef
26 Years 6 Months Total Experience
Scopus
11
Citations
3
h-index
CrossRef
9
Citations
2
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Professional Recognition
Best Teacher Award
2005
Maturi Venkat Subba Rao Engineering College
Best Teacher Award
2019
Maturi Venkat Subba Rao Engineering College
Community & Membership
NBA
Criteria 3IETE
Fellow memberISTE (LM)
Life member of L30155Personal Details
Master of Technology
2003
N/A
Associate Professor
Mar 2000 – Present
Maturi Venkata Subba Rao (MVSR) Engineering College
| Department of Electronics and Communication Engineering
Engineering and Technology
Scholarly Work
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Iot-enabled self-learning gaussian mixture model for real-time anomaly detection in elderly health monitoring systems
1. Srikurmam Venkata Ratna Manimala
2. T Kavitha
3. N Kavitha
4. Dakey Sudhir Nageswara Rao
5. V Vijaya Lakshmi
6. Kavali Kavya
7. Mallela Deepthi
-
Patent No. :
IN202641059184 A1
Filed :
09-05-2026
Published :
22-05-2026
Published
Refined Huffman Code Based Lossless image Compression System for Binary and Halftone Videos
T Kavitha
-
Application No. :
202541058092 A
Filed :
17-06-2025
Published :
27-07-2026
Published
REMOTE ACTIVATION OF THE WIRELESS SERVICE INTERFACE OF A CONTROL DEVICE VIA A RADIO INTERFACE
inPASS-Indian Patent Advanced Search System
-
Patent No. :
21/2023
Filed :
18-04-2023
Published :
18-07-2023
Published
CONGESTION CONTROL DEVICE AND METHOD FOR INTER-VEHICLE COMMUNICATION SYSTEM
Intellectual Property India
-
Patent No. :
02/2023
Filed :
30-11--0001
Published :
30-11--0001
Published
Scholarly Publications
The Effect of Compressive Sensing on Brain Tumour Detection with U2-Net: An Analysis
A fast and efficient lossless compression technique for greyscale images
Open AccessH.264 Video Compression Using Novel Refined Huffman Codes for Omnipresent Applications
An efficient compression technique for ITU-T group 3 coded images using variable length codes with reduced average length
A Novel Dual-Stage Compression Model Using RGC Bit-Planes and Refined Huffman Coding
Open AccessEfficient Multimedia Data Transmission Model for Future Generation Wireless Network
10.1007/978-981-15-2612-1_54
Crossref: 1