ACEMIND_smart_home_systemgggggggggg.pptx

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1. Presenting by MOHAMMED RIYAS C.H 4BP12EC012 Under the guidance of Mr . SUSHANTH K.J Asst. Prof, Dept. of ECE BIT Mangaluru 1 ACEMIND The smart integrated home network

2. overview 2 Introduction What is ACEMIND ? Objectives & goals of ACEMIND Hybrid network IEEE 1905.1 standard benefits Parallel data streams Energy management Hardware structure of ACEMIND demonstrator device Module interaction example Applications and advantages Conclusion

3. INTRODUCTION continue ... 3 Home network complexity is growing as there are more and more devices CISCO predicts there will be 50 billion connected devices by 2020

4. 4 Now-a-days it becomes difficult to install a complete network at home. N etworks have to provide services including: Internet, TV, VoD , VoIP, data storage, monitoring services, Emails, back-up, security, etc Have different connectivities for different devices such as Wi-Fi, Ethernet, PLC, 2G, 3G, 4G, Li-Fi, etc

5. What is ACEMIND ? 5 European collaborative research project ( 2013 – 2016)(budget of 4 million euros) To simplify the installation, operation and maintenance of different devices Integrate heterogeneous connectivity into a single network Improvement of IEEE 1905.1 Standard

6. Objectives & Goals of ACEMIND 6

7. HYBRID NETWORK 7 Heterogeneous connectivity into a single network is realized by insertion of convergence sub-layer IEEE 1905.1 standard allows user friendly hybrid network based on convergence mechanism at layer 2.5 IEEE 1905.1 hybrid technology standard certified as “ nVoy ” continue ...

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9. IEEE 1905.1 standard Benefits 9 Ease of use : setup procedure & access point auto configuration Aggregate throughput : parallel data transfer to increase throughput Load balancing : split traffic among several technologies to limit congestion & increase reliability Fall back : alternate route is selected if specific technology stops

10. Parallel data streams 10 Various stream can be transmitted over different technologies to limit congestion A single stream can be split and transmitted among many technologies to achieve higher throughput To achieve higher reliability, a stream and its copies can be transmitted over several technologies

11. Energy management 11 With increase number of network topology energy conception is higher ACEMIND investigate idea of powering down hybrid communication when they are not needed Need to detect quickly the increased demand on throughput in order to power up those technologies

12. Wi-Fi controller Hardware structure of ACEMIND demonstrator device 12 PLC - COUPLER DDR2 SDRAM 64MB IEEE 1905.1 Abstraction Layer RF- Parts ETH socket AR1540 AR7420 PLC- Controller continue...

13. 13 Devolo dLAN 500 Wi-Fi F eatures of Devolo dLAN 500 Wi-Fi The following home network technologies are supported by the ACEMIND demonstrator:  PLC IEEE 1901  Wireless IEEE 802.11 Ethernet IEEE 802.3

14. Module interaction example 14 DASHBOARD MANAGER SMART HOME PATH SELECTION Traffic monitoring and anomaly detection Network Topology 1905.1 Layer

15. Advantages 15 Parallel data stream Monitoring and controlling Enables interaction between different infrastructure devices

16. Conclusion 16 ACEMIND enables the interaction between different infrastructure devices Further development of IEEE 1905.1 standard monitoring and controlling of devices Parallel data streaming Energy management

17. References 17 http :// www.thefoa.org/tech/fo-or-cu.htm CISCO : www.cisco.com>about>docs>innov IEEE publication “ACEMIND: The Smart Integrated Home Network “published in intelligent Environment (IE), 2014 international conference on June 30 2014- July 4 2014 . ACEMIND : http://acemind.di.uoa.gr/main-focus / CELTICPLUS : https://www.celticplus.eu/project-acemind / http :// dl.acm.org/citation.cfm?id=2681343 DEVOLO : http://www.devolo.com/enen/Press/Press-Releases/2014/Hybrid-networks-of-the-future-have-to-be-efficient-and-transparent-for-the-usersdevolo-is-researching-Powerline-and-Wi-Fi-communication-interfaces-in-the-ACEMIND-project

18. 18 Questions ?

19. 19 THANK YOU