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Various Expressions over Novel k-μ/Inverse Gamma LOS Shadowed Fading
Shilpi Gadi
, S. Pratap Singh
, Sanjay Kumar
,
Ghanshyam Singh
, Anurag Singh Baghel
Electrical and Electronic Engineering Science
School of ICT
Gautam Buddha University
Department of Electronics and Communication Engineering
Dr. A.P.J. Abdul Kalam Technical University
Department of ECE
Birla Institute of Technology, Mesra
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Keyphrases
Line-of-sight
100%
Inverse gamma
100%
Gamma-lines
100%
Shadow Fading
100%
Probability Density Function
66%
Analytical Expression
66%
Fading Distribution
66%
Fading Model
66%
Channel Inversion with Fixed Rate
66%
Model Statistics
33%
Channel Model
33%
Rice
33%
Channel Capacity
33%
Received Signal
33%
Gamma Model
33%
Moment Generating Function
33%
Complex Proportional Assessment (COPRAS)
33%
Optimal Power
33%
Nakagami-m
33%
Nakagami
33%
Optimal Rate Adaptation with Constant Transmit Power
33%
Rate Adaptation
33%
Optimal Rate
33%
Rayleigh-Rice Theory
33%
Inverse gamma Distribution
33%
Multipath Components
33%
K-gamma Function
33%
Outage Probability
33%
Modulation Scheme
33%
Error Probability
33%
Line-of-sight Propagation
33%
Propagation Scenario
33%
Power Adaptation
33%
Truncated Channel Inversion
33%
Engineering
Rate Adaptation
100%
Fading Distribution
100%
Optimal Rate
100%
Fixed Rate
100%
Probability Density Function
100%
Channel Model
50%
Modulation Scheme
50%
Gamma Distribution
50%
Outage Probability
50%
Dominant Component
50%
Multipath Component
50%
Power Adaptation
50%
Channel Capacity
50%
optimal power
50%
Mathematics
Probability Density Function
100%
Probability
100%
Fixed Rate
100%
Rayleigh
50%
Moment Generating Function
50%
Channel Model
50%
Channel Capacity
50%
Gamma Distribution
50%
Computer Science
Rate Adaptation
100%
Probability Density Function
100%
Channel Capacity
50%
Outage Probability
50%
Multipath Component
50%
Dominant Component
50%
Power Adaptation
50%
Moment Generating Function
50%