Complete the following project fully and correctly according to the module requirements:
Task Title:
5G Waveforms for IoT Applications
Required Work:
1. Literature Review
- Conduct a recent study on 5G waveforms such as:
- OFDM
- UFMC
- FBMC
- Explain for each:
- Power consumption
- Spectral efficiency
- Interference performance
- Clearly relate these characteristics to IoT requirements (low power, massive connectivity, reliability).
2. System Design
- Design an end-to-end wireless communication system using MATLAB/Simulink:
- Transmitter (bit generation modulation waveform generation)
- Channel (AWGN or fading channel)
- Receiver (demodulation detection BER calculation)
- Implement at least two different waveforms for comparison.
3. Simulation and Implementation
- Use MATLAB Communication Toolbox / Simulink.
- Define parameters such as:
- SNR range
- Modulation type (e.g., QPSK or QAM)
- Run simulations for each waveform under the same conditions.
4. Results
- Present results using:
- BER vs SNR graphs
- Any additional performance metrics (e.g., spectral efficiency)
- Include clear plots and tables.
5. Discussion
- Compare the performance of the selected waveforms.
- Identify:
- Which waveform is best for IoT and why
- Limitations and trade-offs
- Explain any issues faced and how they were resolved.
6. Conclusion
- Summarize key findings.
- State the most suitable waveform for IoT applications.
- Suggest possible future improvements.
7. Report Requirements
- Follow proper academic structure:
- Abstract
- Introduction
- Literature Review
- Methodology
- Results
- Discussion
- Conclusion
- References (Harvard style)
- Include all equations, diagrams, and simulation screenshots.
8. Additional Requirements
- Submit:
- MATLAB/Simulink files
- A video demonstration showing the simulation and results
- Ensure originality and proper referencing (no plagiarism).
9. Individual Reflection
- Write a 500-word reflection ( 3 STUDENTS) including:
- Your contribution
- What you learned
- Evaluation of results and teamwork
Ensure the work is clear, well-organized, and technically accurate.
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