Pinned Repositories
Directed-Acyclic-Graph-for-Peer-to-Peer-Distributed-Communication-in-Vehicular-Network
Internet of things(IoT) and Internet of Vehicles(IoV) are the buzz words today. Building a smart vehicle running on a smart road that could respond to the very urgent requests such as reporting an accident ahead or basic requests such as down- loading a song at the blink of an eye is the hottest topic researchers and computer scientists are working on. The latest testing and later the rolling out of 5G technology will prove to be a boon in providing the required speed, which will further enhance safety as well as Quality-of-service(QoS) concerns. Hashgraphs, a superior distributed ledger technology, is used to create a communication network between various ve- hicles and other essential parameters. The decentral- ized system will check any delay in responses through the inherent consensus process, which is the USP of hashgraph. Scheduling the requests is done according to the priorities to provide a better Quality-of-Service. We have also compared why hashgraph surpasses other counter-parts such as generic blockchain or ethereum. The proposed model is simulated using Omnetpp simulation by making proper design and network description files. Messages can be seen getting transferred between the vehicles, and hashgraph is implemented for prioritizing the messages
Energy-efficient-data-detection-for-uplink-multiuser-massive-mimo-systems
Insider-Threat-and-Anomaly-Detection-from-User-Activities
Anomaly detection in network traffic and event logs using deep learning (w/ Pytorch)
Intern-work
compare the performance of the model in deep learning and svm to find the best way to use with sdn classify DDoS attack
link-level-performance-evaluation-of-mimo
Evaluate the capacity and error rate performance of basic MIMO transmission and reception schemes.
mimo-detect-and-decode
mininet-wifi-projects
mininet-wifi-projects
Network-Traffic-Classification-2
Uses Neural Net for Classification
ns2-leach
leach ns2.35
SDUWN
Software-Defined Underwater Wireless Networks
rubiruchi's Repositories
rubiruchi/advanced-sky-gui-cooja-plugin
rubiruchi/CloudSimEx
A set of extensions for the CloudSim simulator
rubiruchi/conflux-mininet
rubiruchi/cs244-qjump
Reproducing results from QJUMP paper [NSDI'15] using Mininet.
rubiruchi/CS244_RC3_Mininet
Mininet test scripts for the Recursively Cautious Congestion Control (RC3) protocol.
rubiruchi/energy_consumption_in_MU_MIMO_with_mobility
This code computes the energy consumption in the downlink of a single-cell multi-user MIMO system in which the base station (BS) makes use of N antennas to communicate with K single-antenna user equipments (UEs). The UEs move around in the cell according to a random walk mobility model.
rubiruchi/floodlight-firewall
This is my final Project on SDN floodlight controller and Mininet Hosts
rubiruchi/florence-test
SDN Security Test Framework
rubiruchi/GeneticAlgorithmShortestPath
Solve shortest path by GA
rubiruchi/Geo-Distributed-Social-Cloud---Mininet
This is a project to Simulate Geo-Distributed Social Cloud in Mininet and Scale for Optimized Content Replication and Distribution
rubiruchi/Link_Failure_in_Mininet_LINC
This repo provides some script, tutorials on creating topology, simulating optical and packet link failures
rubiruchi/mininet-project-t020
Automatically exported from code.google.com/p/mininet-project-t020
rubiruchi/mininet-sandbox
Various experiments with mininet
rubiruchi/mininet-wifi-4
rubiruchi/mininetRest
A Rest API for Mininet
rubiruchi/mpdtls-testbed
TestBed for WolfSSL implementation of MultiPath DTLS with D-ITG inside Mininet Lab
rubiruchi/mpolsr_ns2
a NS2 implementation of MP-OLSR based on um-olsr
rubiruchi/NatRouter
PAT sobre un Router simple con Mininet y Ryu
rubiruchi/NetASM-python
NetASM is a network assembler that takes high-level SDN languages (NetKAT, P4, etc.) and maps the primitives to device-specific directives in FPGAs and various chipsets.
rubiruchi/NS2-CLUSTERING-ALGORITHMS
rubiruchi/NS2_ZigBee
a study plan
rubiruchi/openflow-dmm
OpenfFlow-DMM is a Software-Defined Networking (SDN) implementation of IPv6 Distributed Mobility Management, rfc7333, rfc7429. OpenFlow-DMM has been developed using Ryu as component-based Software-Defined Networking framework and OpenFlow 1.3 as Southbound API.
rubiruchi/rl-routing
sdn routing based on reinforcement learning
rubiruchi/routing-wmn
OMNeT++ project about routing protocols under wireless mesh networks. Presents main brand new ACO based routing protocol AntWMNet, and AODV and static protocols versions, also 3 WMNs samples
rubiruchi/SDCCN-Dataplane
mininet support for POF + CCNX
rubiruchi/sdn-wise-android-controller
SDN-WISE Controller for Android: SDWSN on the Mobile
rubiruchi/SDN-WSN-ZigBee
SDN-WSN research using zstack onto cc2530
rubiruchi/SDNDynamicRouting
Implement the dynamic routing in SDN (Ryu)
rubiruchi/tsa-mininet
Reproducing Network Research for paper TSA: Integrating Wireless Terminals into Globally Optimal Software-Defined Networks
rubiruchi/VirtualTimeForMininet
SOSR 2015 VT-Mininet