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anygility-pynb-usenix

Python Notebooks used on paper Anycast Agility: Network Playbooks to Fight DDoS

anygility-tangled

Set of tools used to build a playbook as described in the paper "Anycast Agility: Network Playbooks to Fight DDoS"

apl

bgpq4

BGP Filter generator

bq-rtt

cake_recipe_for_students

Cake recipe for students to make a research proposal and the final report

classes

cloud_cdn_cache

CDN and Cloud Infrastructure location data, geo-located from corporate location lists.

colab

Google Collab, BigQuery and other Google stufs

coop_bibliometric

crawler_acm_digital_library

Crawling the ACM Digital Library

darknet-events

Go-based Darknet parser to extract Darknet events such as scanning and backscatter

datascience

dumpchromecast

find_house_rent

Find a house at funda.nl to rent

fun_with_ttl

Analysis of TTL in DDoS attack data

geodns

DNS server with per-client targeted responses

google_scholar_crawler_coop

google_scholar_crawler_mikrotik

Google Scholar Crawler using the word 'mikrotik'

how_many_links_microsoft_docs

How many documents are in docs.microsoft.com

iot

ixp-symmetry-rate

population_density

presidentialcard

pybliometrics

Python-based API-Wrapper to access Scopus

ripe_atlas

Ripe atlas code

routing-rocks-policy-role

Ansible role for the Bird 2.x routing policy used in routing-rocks (AS202739), Freifunk Essen (AS206356), etc.

sandproject.github.io

scholar.py

A parser for Google Scholar, written in Python

systematic_literature_review

The analysis was conducted using the Pyscopus plugin for python (84). Pyscopus is a wrapper for the scopus API; scopus is the world’s largest database of peer reviewed literature. The search used the query function “TITLE-ABS-KEY” which searches for a set of words within the title, abstract, and keywords section of all papers within the scopus database. Additionally a proximity factor “w/10” was used indicating that the key words should be within 10 words of each other, this was done to ensure results actually referred to the FEW nexus and not abstracts which simply had all of those words present. This approach means that papers which discuss only two nodes of the nexus, for example a paper about the water-energy nexus, were excluded unless the full nexus was explicitly mentioned.