RT @joshfasky: getting started... there was a lil' roadblock: how does one compare the 🧠 of a 🐒 to a 🐺or a 🐁to a 🐫? well...using networks 🌐…
getting started... there was a lil' roadblock: how does one compare the 🧠 of a 🐒 to a 🐺or a 🐁to a 🐫? well...using networks 🌐, we can compare nets without needing to know if this node corresponds to that node yadda yadda... using methods like: https://t.co/
#MachineLearning #DeepLearning ArXiv paper: https://t.co/TwEUlx0fM1 An information-theoretic, all-scales approach to comparing networks.
@jrncarlock @gdeandajauregui @Nietzchrodinger @ruydg then do this a ton of times, average the results (btw i used the portrait divergence as the distance measure https://t.co/imwWkPDMAR) very under-sampled but here's a sense of what's emerging. anyways,
@PessoaBrain I've been interested in Bagrow and Bollt's Network Portrait construct. It's not just a scalar measure, but you can make a distance metric out of it you can use to compare networks. https://t.co/eU8oRlOz2w
RT @Prasad_Kothari: Recently I read a paper in @nature on fake news diffusion detection on @Twitter using portrait divergence - https://t.c…
RT @Prasad_Kothari: Recently I read a paper in @nature on fake news diffusion detection on @Twitter using portrait divergence - https://t.c…
Recently I read a paper in @nature on fake news diffusion detection on @Twitter using portrait divergence - https://t.co/9HiVXffglX Anyone thinking of using Ricci flow for community detection of social networks in fake news diffusion? #data #DataScience
RT @funwithnetworks: Interesting! So-called "network portraits" as a way of comparing different networks using the measure of "network port…
RT @funwithnetworks: Interesting! So-called "network portraits" as a way of comparing different networks using the measure of "network port…
RT @funwithnetworks: Interesting! So-called "network portraits" as a way of comparing different networks using the measure of "network port…
RT @funwithnetworks: Interesting! So-called "network portraits" as a way of comparing different networks using the measure of "network port…
RT @funwithnetworks: Interesting! So-called "network portraits" as a way of comparing different networks using the measure of "network port…
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
RT @funwithnetworks: Interesting! So-called "network portraits" as a way of comparing different networks using the measure of "network port…
RT @funwithnetworks: Interesting! So-called "network portraits" as a way of comparing different networks using the measure of "network port…
RT @funwithnetworks: Interesting! So-called "network portraits" as a way of comparing different networks using the measure of "network port…
Interesting! So-called "network portraits" as a way of comparing different networks using the measure of "network portrait divergence". New work by @bagrow and @ErikMB in @appliednetsci, see https://t.co/TgIZuNpQP6 https://t.co/f473m96QUd
RT @networkspapers: Appl. Network Sci.: An information-theoretic, all-scales approach to comparing networks https://t.co/NMBvBGSi1y
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
RT @appliednetsci: An information-theoretic, all-scales approach to comparing networks https://t.co/TzUTsMJfEE https://t.co/fA7uPqVMCP
RT @appliednetsci: An information-theoretic, all-scales approach to comparing networks https://t.co/TzUTsMJfEE https://t.co/fA7uPqVMCP
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
An information-theoretic, all-scales approach to comparing networks. (arXiv:1804.03665v2 [https://t.co/PsMaaE6wuZ] UPDATED) https://t.co/3q4pVCXvIY
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
RT @appliednetsci: An information-theoretic, all-scales approach to comparing networks https://t.co/TzUTsMJfEE https://t.co/fA7uPqVMCP
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
RT @alexvespi: An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Diver…
An information-theoretic, all-scales approach to comparing networks “measure to compare networks, the Network Portrait Divergence, that is mathematically principled......, and is general-purpose and applicable to all types of networks.” https://t.co/A3fqpR
An information-theoretic, all-scales approach to comparing networks https://t.co/htdokYxJY7
Appl. Network Sci.: An information-theoretic, all-scales approach to comparing networks https://t.co/NMBvBGSi1y
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” new paper from faculty member @bagrow w/Erik Bol…
RT @appliednetsci: An information-theoretic, all-scales approach to comparing networks https://t.co/TzUTsMJfEE https://t.co/fA7uPqVMCP
RT @appliednetsci: An information-theoretic, all-scales approach to comparing networks https://t.co/TzUTsMJfEE https://t.co/fA7uPqVMCP
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” new paper from faculty member @bagrow w/Erik Bol…
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” new paper from faculty member @bagrow w/Erik Bol…
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” new paper from faculty member @bagrow w/Erik Bol…
"An information-theoretic, all-scales approach to comparing networks” new paper from faculty member @bagrow w/Erik Bollt https://t.co/zBLjSIsxDo https://t.co/qIiDWj8lr0
And makes very nice pictures too!
RT @appliednetsci: An information-theoretic, all-scales approach to comparing networks https://t.co/TzUTsMJfEE https://t.co/fA7uPqVMCP
It's out! I really think the network portrait divergence is a clever way to compare two networks--props to @bagrow & Bollt for introducing it. Paper: [https://t.co/UlfuyFsa03] Code: [https://t.co/SRlwR6PqN1] https://t.co/32Y2r6GYr7
RT @appliednetsci: An information-theoretic, all-scales approach to comparing networks https://t.co/TzUTsMJfEE https://t.co/fA7uPqVMCP
An information-theoretic, all-scales approach to comparing networks https://t.co/TzUTsMJfEE https://t.co/fA7uPqVMCP
RT @LHDnets: Amazing talk by @bagrow on network portraits and network comparison @netsci2018 #NetSci2018 Project available at: https://t.…
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” Talk by @bagrow @netsci2018 12:30pm Friday June 1…
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” Talk by @bagrow @netsci2018 12:30pm Friday June 1…
RT @LHDnets: Amazing talk by @bagrow on network portraits and network comparison @netsci2018 #NetSci2018 Project available at: https://t.…
RT @LHDnets: Amazing talk by @bagrow on network portraits and network comparison @netsci2018 #NetSci2018 Project available at: https://t.…
RT @LHDnets: Amazing talk by @bagrow on network portraits and network comparison @netsci2018 #NetSci2018 Project available at: https://t.…
RT @LHDnets: Amazing talk by @bagrow on network portraits and network comparison @netsci2018 #NetSci2018 Project available at: https://t.…
RT @LHDnets: Amazing talk by @bagrow on network portraits and network comparison @netsci2018 #NetSci2018 Project available at: https://t.…
RT @LHDnets: Amazing talk by @bagrow on network portraits and network comparison @netsci2018 #NetSci2018 Project available at: https://t.…
RT @LHDnets: Amazing talk by @bagrow on network portraits and network comparison @netsci2018 #NetSci2018 Project available at: https://t.…
RT @LHDnets: Amazing talk by @bagrow on network portraits and network comparison @netsci2018 #NetSci2018 Project available at: https://t.…
RT @LHDnets: Amazing talk by @bagrow on network portraits and network comparison @netsci2018 #NetSci2018 Project available at: https://t.…
RT @LHDnets: Amazing talk by @bagrow on network portraits and network comparison @netsci2018 #NetSci2018 Project available at: https://t.…
Amazing talk by @bagrow on network portraits and network comparison @netsci2018 #NetSci2018 Project available at: https://t.co/cDqrC2R9VA
RT @uvmcomplexity: Reminder: https://t.co/SH9FmixLZE
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” Talk by @bagrow @netsci2018 12:30pm Friday June 1…
RT @uvmcomplexity: Reminder: https://t.co/SH9FmixLZE
RT @uvmcomplexity: Reminder: https://t.co/SH9FmixLZE
RT @uvmcomplexity: Reminder: https://t.co/SH9FmixLZE
Reminder: https://t.co/SH9FmixLZE
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” Talk by @bagrow @netsci2018 12:30pm Friday June 1…
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” Talk by @bagrow @netsci2018 12:30pm Friday June 1…
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” Talk by @bagrow @netsci2018 12:30pm Friday June 1…
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” Talk by @bagrow @netsci2018 12:30pm Friday June 1…
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” Talk by @bagrow @netsci2018 12:30pm Friday June 1…
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” Talk by @bagrow @netsci2018 12:30pm Friday June 1…
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” Talk by @bagrow @netsci2018 12:30pm Friday June 1…
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” Talk by @bagrow @netsci2018 12:30pm Friday June 1…
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” Talk by @bagrow @netsci2018 12:30pm Friday June 1…
RT @uvmcomplexity: "An information-theoretic, all-scales approach to comparing networks” Talk by @bagrow @netsci2018 12:30pm Friday June 1…