ICACT 2012 Performance Study on SNMP and SIP over SCTP in Wireless Sensor Networks Advisor: Quincy Wu Speaker: Chia-Wen Lu (Sally) National Chi Nan University.

Slides:



Advertisements
Similar presentations
Low-Power Interoperability for the IPv6 Internet of Things Presenter - Bob Kinicki Low-Power Interoperability for the IPv6 Internet of Things Adam Dunkels,
Advertisements

6LoWPAN Extending IP to Low-Power WPAN 1 By: Shadi Janansefat CS441 Dr. Kemal Akkaya Fall 2011.
Chapter 7: Transport Layer
© 2008 Cisco Systems, Inc. All rights reserved.Cisco ConfidentialPresentation_ID 1 Chapter 7: Transport Layer Introduction to Networking.
© 2008 Cisco Systems, Inc. All rights reserved.Cisco ConfidentialPresentation_ID 1 Chapter 7: Transport Layer Introduction to Networking.
Lecture 7 Transport Layer
A simulation-based comparative evaluation of transport protocols for SIP Authors: M.Lulling*, J.Vaughan Department of Computer science, University college.
1 © 2003, Cisco Systems, Inc. All rights reserved. CCNA 1 v3.0 Module 11 TCP/IP Transport and Application Layers.
1 Summer Report Reporter : Yi-Cheng Lin Data: 2008/09/02.
National Chi Nan University Konkuk Workshop Introduction to Protocol Engineering and Application Research Laboratory of National Chi Nan University Speaker:
Fault Tolerance in ZigBee Wireless Sensor Networks
Power Consumption Measurement and Clock Synchronization on Low-Power Wireless Sensor Networks Author : Yu-Ping Chen, Quincy Wu 1.
Author : Yu-Ping Chen, Quincy Wu
1.  A protocol is a set of rules that governs the communications between computers on a network.  Functions of protocols:  Addressing  Data Packet.
Study of Transport Protocols performance in Smart Meter networks Student: Sally Advisor: Dr. Quincy Wu Date: 2012/06/30 1.
Ensuring the Reliability of Data Delivery © 2004 Cisco Systems, Inc. All rights reserved. Understanding How UDP and TCP Work INTRO v2.0—6-1.
Presentation on Osi & TCP/IP MODEL
CCNA 1 v3.0 Module 11 TCP/IP Transport and Application Layers.
Internetworking Between ZigBee/ and IPv6/802.3 Network
Jaringan Komputer Dasar OSI Transport Layer Aurelio Rahmadian.
© 2008 Cisco Systems, Inc. All rights reserved.Cisco ConfidentialPresentation_ID 1 Chapter 7: Transport Layer Introduction to Networking.
Advisor: Quincy Wu Speaker: Kuan-Ta Lu Date: Aug. 19, 2010
Unit 1—Computer Basics Lesson 7 Networks.
1.1 What is the Internet What is the Internet? The Internet is a shared media (coaxial cable, copper wire, fiber optics, and radio spectrum) communication.
TCP/IP: Basics1 User Datagram Protocol (UDP) Another protocol at transport layer is UDP. It is Connectionless protocol i.e. no need to establish & terminate.
National Chi Nan University On Network Performance Evaluation toward the Smart Grid: A Case Study of SIP and SNMP Speaker: Hui-Hsiung Chung Advisor: Dr.
National Chi Nan University Performance Evaluation of Transport Protocols in Smart Meter Networks Speaker: Chia-Wen Lu Advisor: Dr. Quincy Wu Date: 2012/07/23.
Transport Layer Layer #4 (OSI-RM). Transport Layer Main function of OSI Transport layer: Accept data from the Application layer and prepare it for addressing.
The Study of 6LoWPAN with SCTP Multi-homing in Smart Grid Yang-Wen Chen, Arak Sae Yuan, Kuan-Ta Lu and Quincy Wu Department of Computer Science and Information.
1 Transport Protocols Relates to Lab 5. An overview of the transport protocols of the TCP/IP protocol suite. Also, a short discussion of UDP.
King Fahd University of Petroleum & Minerals Electrical Engineering Department EE400 PROJECT Personal Area Networks Instructed by Dr.AlGhadbanPresenters.
EECS 373 Design of Microprocessor-Based Systems Mark Alitawi Sarah Spitzer Kaiyu Yan University of Michigan Radios November 27, 2012.
The Implementation of Indoor Location System to Control ZigBee Home Network Date:2011/11/02 Speaker : Da-Wei Yang 1 Woo-Chool Park, Myung-Hyun Yoon SICE-ICASE.
1 © 2003, Cisco Systems, Inc. All rights reserved. CCNA 1 v3.0 Module 11 TCP/IP Transport and Application Layers.
CCNA 1 v3.0 Module 11 TCP/IP Transport and Application Layers.
1 Porting VoIP Applications to DCCP Speaker: Jia-Yu Wang Adviser: Quincy Wu School: National Chi Nan University.
ICST 2011 Interconnecting ZigBee and 6LoWPAN Wireless Sensor Networks for Smart Grid Applications Advisor: Quincy Wu Speaker: Chia-Wen Lu National Chi.
IPower: An Energy Conservation System for Intelligent Buildings International Journal of Sensor Networks Yu-Chee Tseng, You-Chiun Wang, and Lun- Wu Yeh.
Countermeasures of Spam over Internet Telephony in SIP.edu Campuses with MySQL and LDAP Support Speaker: Chang-Yu Wu Adviser: Dr. Quincy Wu School: National.
National Chi Nan University Automatic Event-Driven System for Network Management Author: Ya-Ling Wang, Arak Sae Yuan, Quincy Wu Date : 2/21/2012.
A Review of 6LoWPAN Routing Protocols Advisor: Quincy Wu Speaker: Kuan-Ta Lu Date: Dec. 14, 2010.
4.1.4 multi-homing.
National Chi Nan University
Speaker: Chia-Wen Lu (Sally) Adviser: Dr. Quincy Wu Date:02/23/2012
Multi-channel Wireless Sensor Network MAC protocol based on dynamic route.
Azam Supervisor : Prof. Raj Jain
SCTP: A new networking protocol for super-computing Mohammed Atiquzzaman Shaojian Fu Department of Computer Science University of Oklahoma.
1 Chapter 4. Protocols and the TCP/IP Suite Wen-Shyang Hwang KUAS EE.
Teacher:Quincy Wu Presented by: Ying-Neng Hseih
Voice Over Internet Protocol (VoIP) Copyright © 2006 Heathkit Company, Inc. All Rights Reserved Presentation 5 – VoIP and the OSI Model.
AUTO-ADAPTIVE MAC FOR ENERGY-EFfiCIENT BURST TRANSMISSIONS IN WIRELESS SENSOR NETWORKS Romain Kuntz, Antoine Gallais and Thomas No¨el IEEE WCNC 2011 Speaker.
Mr. Sathish Kumar. M Department of Electronics and Communication Engineering I’ve learned that people will forget what you said, people will forget what.
Source : 2014 IEEE Ninth International Conference on Intelligent Sensors, Sensor Networks and Information Processing (ISSNIP) Auther : Nacer Khalil, Mohamed.
Security of the Internet of Things: perspectives and challenges
Low-Power Interoperability for the IPv6 Internet of Things Presenter - Bob Kinicki Low-Power Interoperability for the IPv6 Internet of Things Adam Dunkels,
Chapter 7: Transport Layer
VoIP ALLPPT.com _ Free PowerPoint Templates, Diagrams and Charts.
A brief introduction to IoT gateway
4.1.5 multi-homing.
Distributed Systems.
5G MOBILE TECHNOLOGY By J.YOGESH 08M31A0425.
Speaker: Hui-Hsiung Chung Date:
Algorithms for Big Data Delivery over the Internet of Things
Net 431: ADVANCED COMPUTER NETWORKS
The Web Sensor Gateway Architecture for ZIGBEE
Smart Homes Automation using Z-Wave Protocol
CPEG514 Advanced Computer Networkst
Binit Mohanty Ketan Rajawat
Speaker : Yu-Ping Chen Advisor : Quincy Wu Date : 2010/01/17
Presentation transcript:

ICACT 2012 Performance Study on SNMP and SIP over SCTP in Wireless Sensor Networks Advisor: Quincy Wu Speaker: Chia-Wen Lu (Sally) National Chi Nan University Taiwan Date: 2012/02/21 1

Outline Wireless Sensor Network(WSN) ZigBee/6LoWPAN WSN management Simple Network Management Protocol(SNMP) Session Initiation Protocol (SIP) Stream Control Transmission Protocol(SCTP) SIP/SNMP over SCTP System architecture Conclusion and future work 2

Wireless Sensor Network (WSN) IEEE is a wireless communication standard protocol – Wireless personal area network – Characteristics: low data rate, low power consumption, short distance transmission Myriads of applications – Smart grids, home automation and so on 3

ZigBee/6LoWPAN 4 ZigBee ZigBee APS (Application Layer) ZigBee NWK (Network Layer) IEEE Date Link/Physical Layer 6LoWPAN Application Layer Transport Layer Network Layer (IPv6) LoWPAN IEEE Data Link/Physical Layer Protocol Stack IPv6 over Low power Wireless Personal Area Network (6LoWPAN)

ZigBee One popular technology in WSN Specify network and application layer protocols above IEEE ZigBee Local Area Network versus Internet – ZigBee devices can communication to each other in local area network – ZigBee devices can not directly communicate with servers on the Internet – An additional mechanism is required to translate ZigBee to TCP/IP 5

6LoWPAN Many on-going efforts to introduce Internet Protocol (IP) into WSNs It would be better if have protocol can speak with TCP/IP without translation 6LoWPAN ( IPv6 over Low-Power Wireless Personal Area Networks ) – Based on IEEE – Network layer – IPv6 6

ZigBee/6LoWPAN WSN Management No universal network management protocol standard to jointly manage heterogeneous ZigBee and 6LoWPAN devices. Application layer protocol – Session Initiation Protocol (SIP) – Simple Network Management Protocol(SNMP) 7

SIP and SNMP SIP – A signaling control protocol in Voice over Internet Protocol (VoIP) – Extensions: register, subscribe, notify, instant messaging (IM),presence, and so on SNMP – Monitor and configure network devices Application protocol – SIP/SNMP usually run over UDP/TCP 8

Stream Control Transmission Protocol (SCTP) SCTP is new reliable and message-oriented transport layer protocol Two powerful functions make SCTP a highly efficient and reliable transmission mechanism – Multi-homing – Multi-streaming 9

SCTP (Cont.) Multi-homing – Multiple network connection paths – Redundancy mechanism 10 Internet P1 P2 master backup sender receiver data

SCTP(Cont.) Muli-streaming – Classify data into different categories to be transferred by independent streams – Congestion control mechanism only slow down which stream occurs packets lost 11 Application SCTP IP Application SCTP IP association Stream 0 Stream 1 Sender Receiver data1 data2

SIP/SNMP over SCTP ZigBee/6LoWPAN WSN – Lossy communication channels – Low data rate – Small packet sizes Example: ZigBee WSN – 2.4 GHz radio band – Data rate of 250 kbps SIP over SCTP or SNMP over SCTP may be a good idea to increase the management performance in WSNs 12

System Architecture ZigBee Network 13

System Architecture 6LoWPAN Network 14

SIP network management module 15 Instant Message

Instant Message Module Servers can send commands to devices. Example: Shutting down or starting devices Changing devices settings 16

Conclusion and future work Some interesting future work would be analyzing the behavior of SIP and SNMP over SCTP in WSNs by simulation tools, and verified its performance in real testbeds. This would allow network administrators to wisely choose the best management protocol to manage their WSNs. 17

Thanks for your attention. 18 NCNU: