1. Integrated Energy and Spectrum Harvesting for 5G Wireless Communications submitted by –SUMITH.MS(1KI12CS089) Guided by – BANUSHRI.S(ASST.PROF,Dept.Of.CSE)
1KI12CS089-SUMITH.MS

2. WHAT IS 5G TECHNOLOGY ?

3. WHAT IS 5G TECHNOLOGY ? wider bandwidth High capacity Lower cost
Higher reliability

4. 5G ARCHITECTURE

5. EXISTING SYSTEM Challenges Less energy conservation
A high resolution & bi-directional system
Technology to gather all network’s on one platform
Easily manageable with the previous generation
Challenges
Less energy conservation
Security & privacy issues
Traffic management

6. MOTIVATION Energy-Efficient Communication Prioritized Spectrum Access
Interference Management
Data Rate and Latency

7. ENERGY EFFICIENT COMMUNICATION
Optimizing device operation
Energy saving
Life time
Energy harvesting technology
From env energy sources
From radio signals
Specific circuit at receiver

8. PRIORIZED SPECTRUM ACCESS
software-re configurability of CR technology
rapidly switch

9. INTERFERENCE MANAGEMENT
Interference due to the following reasons
Heterogeneity
Handling
Environmental sensing ability of EH-CR
Detect spectrum usage

10. PROPOSED SYSTEM architecture
Integrated spectrum and energy harvesting for 5G wireless networks
efficiently collected and managed.
architecture
dealing with current challenges.
MAC
Heterogeneous 5G network

11. ADVANTAGES OF PROPOSED SYSTEM
S&E efficiently collected and intelligently managed
High bandwidth
uniform, uninterrupted, and consistent connectivity
Parallel multiple services
support heterogeneous services

12. ARCHITECTURE TO DEAL WITH CURRENT CHALLENGES1
ARCHITECTURE TO DEAL WITH CURRENT CHALLENGES

13. ENERGY AND SPECTRUM HARVESTING DRIVEN 5G ARCHITECTURE AND MODEL
Network Architecture
Multi-Tier Energy Harvesting Model
Cross Tier Cooperative Sensing Model

14. NETWORK ARCHITECTURE
Fig:Energy harvesting cognitive radio architecture.

15. Energy harvesting CR devices Sense & access channel periodically
D2D networks
Sense and use spectrum
Pico cell networks
BS manage EH&S within its coverage
Femto cell networks
Find S channels & control E&S usage
Macro cell networks
BS with E&SH controller

16. INTEGRATED ENERGY AND SPECTUM CONTROL MECHANISM2
INTEGRATED ENERGY AND SPECTUM CONTROL MECHANISM

17. JOINT ENERGY AND SPECTRUM MANAGEMENT FOR MULTI-TIER 5G SYSTEM
D2D NETWORK
MACRO CELL NETWORK

18. 1.D2D NETWORK Distributed management
D2D Central Controller
Centralized
Management
Distributed management
Figure. A centralized/distributed energy and spectrum management strat-
egy for a D2D network.

19. D2D E&SH module-central controller Distributed algorithm
Find Optimal E&S control strategy

20. 2.MACRO CELL NETWORK
user
High priority
Medium priority
Low prioriy

21. MACRO CELL NETWORK
Priority virtual queue interface

22. CONTROL SCHEME FOR HETEROGENEOUS 5G NETWORKS3
CONTROL SCHEME FOR HETEROGENEOUS 5G NETWORKS

23. ENERGY HARVESTING BASED COOPERATIVE SENSING MAC PROTOCOLSU
EH module-sense available (*PU) channels

24. APPLICATIONS 1.unified global standard. 2.Network availability .
3.make world real Wi Fi zone.
4.share the same spectrum efficiently.
5. signal at higher altitude as well.
6.Gov’t
7.Education

25. CONCLUSION
system improve throughput and save energy , handle the spectrum efficiently
This architecture is easily manageable
It will interconnect the entire world
It have future scope

26. 5G-FUTURE SCOPE internet service- unlock many of the problems.
Can extend to mobility scenario where the spectrum and power supply may be influenced by ambient over different wireless environments
In that case, new mechanisms and algorithms should be studied to cover the unstable and intermittent characteristics of spectrum and energy resources
cooperation among different tiers will be a key requirement to mitigate interference in 5G networks

27. REFERENCES www.tutorialpoints.com/5g www.youtube.com/5g

28. THANK YOU ANY QUESTIONS………………………..?????? SUMITH.M.S