Specialization Software-defined Networking (Winter 2015/2016)

Note: Since 25th March is Easter Friday, the course and final presentations that are scheduled for 25th March will be shifted to a date in the last two weeks of April. We can decide on the exact day on the 21st March, on the first day of the course.

Note: In order to register, please subscribe to the mailing list "Sdn_course_16@gwdg.de" by subscribing at the following site (and write a message of the SDN course(s) that you plan to attend): https://listserv.gwdg.de/mailman/listinfo/sdn_course_16

Details

Workload/ECTS Credits:	150h, 5 ECTS
Module:	AI: M.Inf.1230: Specialization Software-defined Networks (SDN)); ITIS: 3.32
Lecturer:	Dr. Mayutan Arumaithurai
Teaching assistant:	Sameer Kulkarni
Time:	March 21-25; 09.00-17.00
Place:	IfI 2.101
UniVZ	tba

Course Overview

Software-defined networking (SDN) has recently attracted both researchers in academia and big players in communication technologies, and is currently probably the 'hottest' topic in computer networking. This course is a continuation of the "Introduction to SDN" course and we will focus on gaining an advanced knowledge of SDN. The course is organized as a block course. Please see the following "Schedule" table for a detailed structure. The course will focus on reading and understanding recent papers in the SDN field to gain an in depth understanding of the current state of the art and potential research topics. We will also do a lot of exercises to familiarize ourselves with SDN tools.

For all parts of the course, exercises will be provided, in which students must obtain at least 50% of the total points and active participation in the group discussions to be admitted to the examination of this course. The exam is taken by submitting a report of 10-15 pages summarizing the lessons learned during the lectures and exercises as well as the research papers investigated (a LaTeX template will be provided). Depending on the number of attendees, several parts will be conducted in teams of students.

Link to UniVZ

Schedule

Date	Morning Session I	Morning Session II	Afternoon Session I	Afternoon Session II
Time	9:15 - 10:45	11:00 - 12:30	14:00 - 15:30	15:30 -
21`.03.2016	Lecture I: Enhancing Data Plane	Exercise I: Data Center topology	Group Discussion I	Exercise II: Simple load balancer
22.03.2016	Lecture II: Northbound API	Exercise III: Pox Firewall	Group Discussion II	Exercise IV: Pyretic Firewall
23.03.2016	Lecture III: Enhancing Data Plane - II	Exercise V: Kinetic Firewall	Group Discussion III	Exercise VI: Kinetic-pox loadbalancer
24.03.2016	Exercise VII: kinetic, pyretic debugging	Exercise VIII: Service Chaining I	Group Discussion IV	Exercise IX: Service Chaining II
xx.xx.2016 (Since 25th March is Easter Friday, see note above)	"Preparation for final presentation"	"Preparation for final presentation"	Final presentations I	Final presentation II

Requirements

• Basic knowledge in computer networking (e.g., successful completion of the course "Computer Networks") and object oriented programming is required.
• Completion of the course "Introduction to SDN", exceptions can be obtained on a case by case basis.
• Each participant is required to actively attend the course and earn 50% of the points of the exercise.
• Written report at the end of the course. The report should include the following:
  • Exercises results + code
  • Short report on the group discussion papers
  • Report on the paper presented by team-X for the final presentation

Lectures

• Lecture I: Enhancing Data Plane I slides-Islides-II
• Special Lecture: How to Read (research) Papers slides-ILink_to_original_paper
• Lecture II: Northbound API slides-I slides-II
• Lecture III: Enhancing Data Plane II Managing Middleboxes: Flowtags
• Lecture IV: ONOS

Group Discussion

GD I

Link to all papers [1]

GD II

• • Towards a flexible data center fabric with source routing

GD III

• • SplitMerge
  • Maglev

Full Papers

• NFV & security
  • McTLS
  • Rollback Recovery of Middlebox

• Miscellaneous Papers - I
  • CacheFlow
  • Safe and Flexible Controller upgrades in SDN

• Miscellaneous Papers - II
  • Improving SDN with InSPired Swithes
  • RAVEL

• Middlebox Optimization/Load balancers - I
  • Simplifying SDN optimization using SOL
  • CoMB: Design and Implementation of consolidated Middlebox architecture

• Middlebox Optimization/Load balancers - II
  • Paving the way for NFV: Simplifying middlebox modifications Using StateAlyzr
  • XoMB: Extensible Open Middleboxes with comodity servers

• SDN and Fault Tolerance:
  • LegoSDN: Isolating and tolerating SDN application failures with LegoSDN
  • Hula: scalable load balancing using programmable data planes. (NSDI 2016)

• Distributed Load Balancers:
  • PRESTO
  • Mahout

• Controller based Flow Scheduling and Load Balancers:
  • Kandoo

• VNF Migration Frameworks:
  • OpenNF

Exercises

• Pox/Openflow Tutorial
• What to Submit: source code along with screenshots for those who are not exempted

General Hints

• Use the following option to get more debug info while using pox
  • $ ./pox/pox.py log.level --DEBUG misc.of_tutorial
  • NOTE: There are two "-" (i.e. --) used for options in mininet/pox. In the wiki, sometimes the two lines

join up and show as one line.

• • Best not to use the command prompt within the VM, but to use terminals created by ssh (e.g. via Putty)
    • e.g. xterm h1 doesn't work
    • there were also issues while starting pyretic

21 March

• Get the Image from Mayutan/Sameer/peers

Exercise I: Data Centers

Exercise_DC

Exercise II: Load balancers

Exercise_LB

22 March

Exercise III: Firewall

Exercise_Firewall

Exercise IV: Pyretic Firewall

Exercise_Pyretic_Firewall

23 March

Exercise V (Part A): Kinetic firewall

• Note that -l in the instructions (e.g. infected -1) is not a numeric "1", but the small version of "L"
• Kinetic Firewall Instructions, Starting_Code

Exercise V (Part B): Kinetic like firewall using pox

Exercise_Kinetic_Pox_Firewall

Exercise VI: Pyretic Debugging

Exercise_Pyretic_Debugging

24 March

Exercise VII: Basic ONOS

Basic ONOS

Exercise VIII: ONOS SDN IP

ONOS SDN IP