Pinned Repositories
FFT
blog-hugo
Source of blog in Hugo
crowds
The Wisdom and/or Madness of the Crowds (Farsi)
hamed.github.io
My blog on github
odor-receptor-volume-drosophila
polygons
A playable post on how harmless choices can make a harmful world.
snowWhiteNoise
Spectrum Analyzer with Arduino: An Arduino Due and a PC give you the frequency response of any device, filter or amplifier, up to 100kHz.
trust
An interactive guide to the game theory of cooperation (فارسی)
wbwwb
We Become What We Behold [Persian Translation]
IPM2017
hamed's Repositories
hamed/trust
An interactive guide to the game theory of cooperation (فارسی)
hamed/snowWhiteNoise
Spectrum Analyzer with Arduino: An Arduino Due and a PC give you the frequency response of any device, filter or amplifier, up to 100kHz.
hamed/hamed.github.io
My blog on github
hamed/polygons
A playable post on how harmless choices can make a harmful world.
hamed/crowds
The Wisdom and/or Madness of the Crowds (Farsi)
hamed/wbwwb
We Become What We Behold [Persian Translation]
hamed/blog-hugo
Source of blog in Hugo
hamed/HumanOlfaction
Trying to make sense of our sense of smell.
hamed/ImpactFactor
Impact Factor and the power-low tail of citations
hamed/moiresult
Iran election result scraper
hamed/uploadcolumn
Easily upload files to your Ruby on Rails application
hamed/odor-receptor-volume-drosophila
hamed/9afc4d
hamed/ballot
An interactive guide to alternative voting systems
hamed/data-science-assignment-task
Assignment task for the Data Science position at upday.
hamed/DecMeg2014
Official Repository of the code associated with the data analysis competition DecMeg2014
hamed/DueSignalGenerator
A fast and accurate signal generator using Arduino Due. It uses DMA and timers. It can achieve a sampling rate of about 800 KHz.
hamed/Kaggle-Yelp
hamed/neurons
Neurotic Neurons, an interactive explanation.
hamed/playground
Play with neural networks!
hamed/polygons-pentagons
Pentagon remix, by dncnmcdougall
hamed/PriceOfCrime
Looking into the crime data of San Fransisco
hamed/stock-market
hamed/WCN3
3rd Workshop in Computational Neuroscience