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LICENSE (1073, 2017-12-19)
issues/ (0, 2017-12-19)
issues/issue1.md (715, 2017-12-19)
issues/issue2.md (532, 2017-12-19)
issues/issue3.md (276, 2017-12-19)
scripts/ (0, 2017-12-19)
scripts/step1_network_setup.sh (1313, 2017-12-19)
scripts/step2_network_slicing.py (2183, 2017-12-19)
scripts/step2_slicing_faculty_network.sh (972, 2017-12-19)
scripts/step2_slicing_student_network.sh (972, 2017-12-19)
scripts/step3_firewall_as_service.py (6722, 2017-12-19)
scripts/task3_bandwidthlimit.py (2268, 2017-12-19)
scripts/task3a_topo.py (2739, 2017-12-19)
scripts/task3b_topo.py (2891, 2017-12-19)
tasks/ (0, 2017-12-19)
tasks/task1/ (0, 2017-12-19)
tasks/task1/NetworkSetup.md (2435, 2017-12-19)
tasks/task1/Topology.md (1348, 2017-12-19)
tasks/task2/ (0, 2017-12-19)
tasks/task2/NetworkSlicing.md (1908, 2017-12-19)
tasks/task3/ (0, 2017-12-19)
tasks/task3/bandlimit.md (736, 2017-12-19)
tasks/task3/firewall.md (1141, 2017-12-19)

# Software Defined Datacenter: # Problem statement: ### Overview: Deploying a Software defined network(SDN) on a physical hardware consisting raspberry pi. Performing network slicing and further installing firewall as a service on the sliced network. ### Description: *The deployed single physical network which contains two types of traffic : Type-1 (Faculty) and Type-2 (students). The Type-1 traffic gets higher bandwidth and lower delays and goes through relaxed firewall rules while Type-2 gets smaller bandwidth per user and best effort delays and restricted rules through firewall.* ### Tasks: 1. Deploy SDN network on hardware using 6 host(3 raspberry pi and 3 ubuntu complaint system), neatgear L2 switch and SDN software components. This is [task 1](https://github.com/shreyakupadhyay/SDN-Project/blob/master/tasks/task1/NetworkSetup.md). 2. Performing network slicing using OpenVirtex and mininet. This is [task 2](https://github.com/shreyakupadhyay/SDN-Project/blob/master/tasks/task2/NetworkSlicing.md). 3. Deploying SDN virtual network according to the description provided above. 4. Installing various network functions such as Firewall as a Service(FWaaS) on the above sliced network inside mininet. This is [task 3](https://github.com/shreyakupadhyay/SDN-Datacenter/tree/master/tasks/task3). ### Project Documentation: 1. [Network topology](https://github.com/shreyakupadhyay/SDN-Project/blob/master/tasks/task1/Topology.md) deployed using SDN on physical hardware. 2. Procedure followed for various tasks:
a. For [task 1](https://github.com/shreyakupadhyay/SDN-Project/blob/master/tasks/task1/NetworkSetup.md).
b. For [task 2](https://github.com/shreyakupadhyay/SDN-Project/blob/master/tasks/task2/NetworkSlicing.md).
c. For [task 3](https://github.com/shreyakupadhyay/SDN-Datacenter/tree/master/tasks/task3).
### Few references to working VM images for SDN softwares: 1. [Mininet VM](https://github.com/mininet/mininet/releases/download/2.2.2/mininet-2.2.2-170321-ubuntu-14.04.4-server-amd64.zip), a network simulation tool for SDN network. 2. [FloodLight VM](http://opennetlinux.org/binaries/floodlight-vm.zip), a SDN controller. 3. [OpenVirtex VM](http://ovx.onlab.us/wp-content/uploads/ovx-vm-x86_64-2014-10-14.zip), a network slicing tool.

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