Color-domain SCMA NOMA for Visible Light Communication.pptx

Color-domain SCMA NOMA for Visible Light Communication

1. Color-domain SCMA NOMA for Visible Light Communication Sarhad Rasool Abdullah 6-Jun-2024

2. Contents 1. Summery 2. Introduction 3. Strong And Weak Points 4. Coclusion

3. Summery The paper explores the use of color-domain sparse-code multiple access (SCMA) in visible light communication (VLC). overlapping SCMA codewords on each color, and using color-filtering and channel-matrix inversion for signal recovery. Title of paper: Color-domain SCMA NOMA for Visible Light Communication Authors: Rangeet Mitra, Sanjeev Sharma, Georges Kaddoum , Vimal Bhatia. Methodology The paper introduces a system model where users are mapped to SCMA codewords on RGB channels. polychromatic The paper also derives asymptotic error-rate expressions and validates them through simulations.

4. Introduction Visible Light Communication (VLC) is an emerging technology that leverages the visible spectrum for data transmission, VLC is particularly attractive due to its high data rate potential.

5. Innovative Use of Polychromatic LEDs Effective Signal Recovery 1 2 Strong Points 3 Thorough Validation

6. Complexity of Implementation Dependency on Perfect Color-Filtering 1 2 Weak Points 3 Limited Real-World Testing

7. Conclusion The paper presents a promising approach to enhance VLC systems using color-domain SCMA. The innovative use of RGB LEDs and advanced signal recovery techniques show potential for significant improvements in throughput and user capacity. However, practical implementation challenges and dependency on precise hardware configurations need to be addressed.