61 skills found · Page 3 of 3
ywxbear / Network Fundamental HSRP With NAT PATHot Standby Router Protocol (HSRP) Set Up With NAT/PAT (Cisco Packet Tracer - For study purpose only)
GiacomoGaluppini / Efficient Computation Of Safe Fast Charging Protocols For Multiphase Lithium Ion BatteriesSupporting code for the paper "Efficient Computation of Safe, Fast Charging Protocols for Multiphase Lithium-ion Batteries: a Lithium Iron Phosphate Case Study"
ghareeb-falazi / SCIP CaseStudyA case-study that shows how the SCIP protocol can be used in a heterogeneous multi-blockchain setup.
ptrichel / How Reasonable Are Common Sense Reasoning TasksDatasets to use the evaluation protocol for the Winograd Schema Challenge defined in the EMNLP2019 paper "How Reasonable are Common-Sense Reasoning Tasks: A Case-Study on the Winograd Schema Challenge and SWAG".
FlorianLeChat / Source Web Console🕹️ A proof-of-concept project made during my studies to manage game dedicated servers using the Source RCON protocol through a web interface.
RUB-SysSec / MiddleboxProtocolStudyAuxiliary material for NDSS'20 paper: On Using Application-Layer Middlebox Protocols for Peeking Behind NAT Gateways
TejasTundulwar / Comparative Study Of Energy Efficient Protocols In Wireless Sensor NetworkNo description available
massbitprotocol / Solana StudySolana blockchain study to support in MassBit protocol
pinheirorbp / NestednessCommented scripts to reproduce our study and R functions for applying the new protocol for testing nestedness in alternative networks
Luisgustavom1 / Web Socket Protocol From Scratchthis repo is to study more about WebSocket protocol, and try implementing protocol from scratch
skynode / Blockchain DevStudies on Distributed Computing, the Bitcoin Protocol and Blockchain Network Application Stack
onlimit-study / DmpData Management Plan: Design and architecture for ON LiMiT data
ghareeb-falazi / SCIP CaseStudy 2A case-study that shows how the Smart Contract Locator (SCL), the Smart Contract Description Language (SCDL), and the Smart Contract Invocation Protocol (SCIP) can be used in combination to support the integration of heterogeneous multi-blockchain setups into client applications.
evinje / EduTLSSSL/TLS is the most common and widely used secure protocol in Internet. It is a package of more than 30 cryptographic primitives and protocols. For students studying information security it is of a crucial importance to have a good understanding of how the different parts are working. The aim of the project will be to develop an educational implementation of SSL/TLS that could be used when teaching information security. The basic idea is to create a simple protocol that encrypts communication between two hosts, implemented in Java. The protocol should include implementations of DH, RSA, AES and SHA-1 accompanied by a graphical interface that will monitor what is happening in every moment of the work of the algorithm (protocol). The graphical user interface should also include statistics on how time consuming each operation has been.
xu4wang / ApiproxyForward RESTFUL API to another host. It's man in the middle who can monitor and modify the header and body of the API Request & Response. Good for protocol study and adaptation.
alicodex / Findn8n N8n Search EngineFindn8n is a sophisticated search engine and directory designed for professionals to discover, study, and implement n8n workflows and MCP (Model Context Protocol) server automations. Built by Ali Coder, this project aims to be the premier resource for DevOps engineers, automation specialists, and enterprise teams looking to streamline..
Miguell-J / JuliaJulia Medical Reasoning is a fine-tuned version of Google's Gemma-3 model, optimized for clinical reasoning, diagnostic support, and medical question answering in English. It has been adapted through supervised fine-tuning using a curated dataset composed of medical case studies, question-answer pairs, and evidence-based medicine protocols.
AmagiInstitute / CryptoeconomicsCryptoeconomics roughly refer to economic mechanisms can give guarantees that a program will run in a particular way that cryptography alone can’t provide. According to [Vlad Zamfir](https://github.com/vladzamfir) "A formal discipline that studies protocols that govern the production, distribution and consumption of goods and services in a decentralized digital economy." Since decentralised consensus systems will likely to become popular, I started this repo to work out possible ways to document how those systems are designed, in a way that it is readable by general public. For starters it will be a wiki.
pbauza / SpaceWire Transmitter ReceiverSpaceWire network technology is intended to be used for communication onboard spacecraft. It has been designed to connect sensors, processing units, memory devices and different onboard systems. The objective of this study is to implement an FPGA-based device, specifically using the AVNET Ultra96-V2 development board, that is capable of sending and receiving data using the SpaceWire communications protocol. It describes the key features of SpaceWire and verifies that the implemented SpaceWire transmitter and receiver are working properly using the SpaceWire Link Analyser Mk3 development tool, a SpaceWire link analyzer from Star-Dundee that allows to monitor the traffic over a SpaceWire network. The result is a device suitable for testing and validation of a SpaceWire communications bus, which follows the ESA ECCS-E50-12A standard.
Waelaldroubi1991 / SDN Implementation## Introduction SDN is a new approach to the current world of networking, in this lab you will learn basic concepts of SDN through OpenFlow. OpenFlow started with several engineers from Stanford University creating a protocol that would have a logically centralised control plane separated from the underlying switching details. OpenFlow was architected for a number of devices containing only data planes to respond to commands sent to them from a logically centralised controller that housed the single control plane for that network. The controller is responsible for maintaining all of the network paths, as well as programming each of the network devices it controlled. The commands and responses to those commands are described in the OpenFlow protocol. ## Background reading Before starting this lab, read up on the technologies you will be using: - The SDN emulation environment, mininet (30 minutes – 1 hour) Link: http://mininet.org/sample-workflow/ - Refresh your Python programming skills. (1 hour +) Link: http://docs.python.org/tutorial/ - Study the Ryu tutorial (~ 2 hours) Link: http://sdnhub.org/tutorials/ryu/ ## Requirements - Key Task 1 Modify simple_switch.py to include logic to block IP traffic between host 2 and host 3. - Key Task 2 Extend simple_switch.py to count all traffic going to and originating at host 1. - Key Task 3 Create a rule in simple_switch.py that routes messages to the controller for topology maintenance. HINT: Ryu’s topology viewer uses LLDP to visualise routes, you will need to create a simple database application to maintain routes and then trap LLDP messages to update the database. You may assume a single database and do not need to address any concurrency issues. Please see the attachment "Topology_Discovery_with_Ryu.pdf" for more information. NOTES: All the files in "ryu" are created by "root", it's better to change the directory owner by the following commands under "/home/mininet" before any modification. Otherwise, all the files under ryu cannot be edited by the user "nwen302". $sudo chown -R nwen302:nwen302 ryu
