This document outlines a project comparing the complexity and performance of candidate waveforms for 5G networks. It begins with objectives of increased data rates and spectrum efficiency. An introduction provides background on 5G promising speeds up to 100 times faster than 4G. It describes three existing projects in video surveillance, cooperative mobility, and IoT. The document proposes a comparative analysis of existing and proposed designs and lists expected deliverables and references.

1. 5G Candidate Waveform
Race: a Comparison of
Complexity and
performance
9/14/2020 Dept. of Electronics and Communication Engineering 1

2. THE 5G CANDIDATE WAVEFORM RACE: A COMPARISON OF
COMPLEXITY AND PERFORMANCE
9/14/2020 Dept. of Electronics and Communication Engineering 2
Outline:
• Objectives (Crisp in 3-4 statements)
• Motivation (Images)
• Introduction (Bullets with Images/Background knowledge)
• Existing Projects (#03) that are currently available in the market
• Proposed Design (Concept Design)
• Comparative Analysis (Existed vs Proposed)
• Expected Deliverables (Product/Process with little description)
• References

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Objectives:
•Increased Data Rate
•To maximize spectrum efficiency
• flexible and efficient use of non-contiguous
unused spectrum for different network
•Increased Number of Connected Devices
THE 5G CANDIDATE WAVEFORM RACE: A COMPARISON
OF COMPLEXITY AND PERFORMANCE

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Motivation:
THE 5G CANDIDATE WAVEFORM RACE: A COMPARISON
OF COMPLEXITY AND PERFORMANCE

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Introduction:
•Simply said, 5G is widely believed to be smarter, faster and more efficient than
4G.
•It promises mobile data speeds that far outstrip the fastest home broadband
network currently available to consumers.
• With speeds of up to 100 gigabits per second, 5G is set to be as much as 100
times faster than 4G.
THE 5G CANDIDATE WAVEFORM RACE: A COMPARISON OF
COMPLEXITY AND PERFORMANCE

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Projects that are currently in the market:
01
COOPERATIVE INTELLIGENT
MOBILITY
THE 5G CANDIDATE WAVEFORM RACE: A
COMPARISON OF COMPLEXITY AND PERFORMANCE

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Projects that are currently in the market:
02
VIDEO SURVILLANCE
THE 5G CANDIDATE WAVEFORM RACE: A
COMPARISON OF COMPLEXITY AND PERFORMANCE

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Projects that are currently in the market:
03
5G IN IOT:MOBILE IN COLLABERATIVE
PROJECTS
THE 5G CANDIDATE WAVEFORM RACE: A COMPARISON
OF COMPLEXITY AND PERFORMANCE

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Proposed Design:
THE 5G CANDIDATE WAVEFORM RACE: A COMPARISON
OF COMPLEXITY AND PERFORMANCE

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Comparative Analysis (Existed vs Proposed):
Title of the Mini Project

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Expected Deliverables:
THE 5G CANDIDATE WAVEFORM RACE: A
COMPARISON OF COMPLEXITY AND PERFORMANCE

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References:
[1] Geraguet et al.EURASIP Journal on Wireless
Communication and Networking (2017) 2017:13
Doi: 101186/s13638-016-0792-0
[2] P. N. Rani and C. S. Rani,"UFMC: The 5G Modulation
Technique,", 2016 IEEE International Conference on
Computational Intelligent and Computing Research(ICCIC),
Chennai,2016, pp1-3.
Doi: 101109/ICCIC.2016.7919714
[3] F Schaich, T Wild, in 6th International Symposium on
Communications, Control and Signal Processing (ISCCSP).
Waveform contenders for 5G 2014; OFDM vs. FBMC vs.
UFMC, (2014), pp. 457–460.
doi:10.1109/ISCCSP.2014.6877912
THE 5G CANDIDATE WAVEFORM RACE: A
COMPARISON OF COMPLEXITY AND PERFORMANCE

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Any
Questions/Discussions
???
THE 5G CANDIDATE WAVEFORM RACE: A COMPARISON
OF COMPLEXITY AND PERFORMANCE

14. 9/14/2020 Dept. of Electronics and Communication Engineering 14
Thank
You !!!
THE 5G CANDIDATE WAVEFORM RACE: A COMPARISON OF
COMPLEXITY AND PERFORMANCE