Electrical Engineering · Wireless Communications · Academia
Kishor Lamichhane
Electrical engineer, wireless communications researcher,
academic and technology professional.
Working at the intersection of cognitive radio, cooperative
spectrum sensing, communication signal processing, engineering
education and practical digital innovation.
Cognitive radio and spectrum sensing
Signal processing and intelligent connectivity
M.Sc. (Tech.), Electrical Engineering
Wireless Communication Circuits and Systems
Cognitive Radio · CSS · Signal Processing
ORCID 0000-0002-7329-3700
Engineering research translated into education and implementation.
I am an electrical engineer and researcher with specialised
training in Wireless Communication Circuits and Systems from
Tampere University of Technology, Finland.
My research focuses on cognitive radio networks, subband-based
cooperative spectrum sensing, FFT and analysis filter-bank
methods, and reliable signal detection under practical
radio-frequency and channel conditions.
Alongside research, I contribute to engineering and information
technology education, academic programme development, network
technologies, web systems and technology-led institutional
innovation.
Signal Processing
Networking
Engineering Education
Digital Systems
Research focused on dependable and efficient use of wireless spectrum.
Novel Filter Bank-Based Cooperative Spectrum Sensing
Under Practical Challenges for Beyond 5G Cognitive Radios
Research examining FFT and analysis filter-bank cooperative
spectrum sensing under practical wireless-system challenges.
Beyond 5G
Filter Banks
Spectrum Sensing
Filter Bank-Based Cooperative Spectrum Sensing Under
RF Impairments and Channel Fading
Cooperative sensing for beyond-5G cognitive radios under
realistic fading and RF impairment conditions.
Subband Based Cooperative Spectrum Sensing
Investigation of subband-level cooperative sensing,
spectrum utilisation and detection performance.
Cognitive Radio, RF Propagation and Communication DSP
Dynamic spectrum access, energy detection, filter banks,
channel analysis and future wireless systems.
Research depth with practical technology capability.
A focused combination of communications engineering, network
systems, academic research and digital implementation.
Wireless Communications
Digital transmission, LTE, mobile systems and future wireless networks.
Communication Signal Processing
FFT, filter banks, energy detection, channel analysis and modelling.
Radio Systems and Propagation
RF behaviour, software-defined radio, coverage and network planning.
Networking and Infrastructure
IP planning, network security, infrastructure and systems management.
Research and MATLAB
Simulation, quantitative analysis, technical modelling and scholarly writing.
Web and Digital Systems
Web development, WordPress, technical SEO, automation and digital platforms.