Kamal Kumar Sharma
Also known as: Kamal Sharma
Ambala college of Engineering and Research, Emax group of Institutions, Punjab Technical University, Kurukshetra University, Lovely Professional University
About
Dr Kamal Kumar Sharma has completed his Ph.D. in the field of wireless communication and sensor networks in 2012 from IKG Punjab Technical University, Punjab. His subsequent education of M.Tech is from IKG Punjab Technical University and B.Tech is from Kurukshetra University Kurukshetra. He is working as a professor and head of the department in the wireless communication department of Lovely Professional University. He has 21 years of rich experience in engineering academics and research.
Employment
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Himachal Institute of Technology Professor and Director2012 - 2013
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Shree Ram Institutions Associate Professor2008 - 2012
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Haryana Engineering College Assistant Professor2001 - 2008
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Ambala college of Engineering and Research
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Emax group of Institutions Professor
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Lovely Professional University Professor
Education
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Punjab Technical University M.Tech
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Kurukshetra University B.Tech
Projects & Funding
Projects & funding information is unavailable.
Publications (36)
- A Unified Approach Towards Effective Forest Fire Monitoring Systems Using Wireless Sensor Networks and Satellite Imagery Save
- Analytical Review on Satellite Communication: Benefits, Issues, and Future Challenges Save
- Energy Harvesting for IoT Networks in Smart and Intelligent Networks Save
- Image Denoising for Satellite Imagery Using Amalgamated ROAD-TGM and PCA Algorithm Save
- Intelligent smart sensor for cognitive radio networks: Comparison, solution, and analysis Save
- Natural Image Reconstruction for Noise-Affected Satellite Images Using ICA Save
- Review on pre-processing algorithms for breast density classification using digital mammograms Save
- A Review on Satellite Image Processing for Landslides Detection Save
- Wireless sensor networks for forest fire monitoring: Issues and Challenges Save
- Unique Analysis Technique for 4-Terminal MOSFET Amplifiers using Floating Admittance Matrix Approach Save