Name: Bryan Bischof
Type: User
Company: current: Hex | prev: Weights and Biases, Stitch Fix, Blue Bottle, QuasiCoherent Labs, IBM
Bio: math math math n' donuts
Twitter: bebischof
Location: Berkeley, California
Blog: bbischof.com
Bryan Bischof's Projects
First time doing advent of code
Was playing with looking at the graph of words with edges defined by "are anagrams of one another"
📚 Papers & tech blogs by companies sharing their work on data science & machine learning in production.
Personal Page Repo
List of papers studying machine learning through the lens of category theory
Working through a little example of a architecture of service script with various `connections` as different processing procedures
Elo and other rankings for cycling activities
A place to hold d3 visualizations that I build as prototypes for various projects
Repository of teaching materials, code, and data for my data analysis and machine learning projects.
Exploring example sentences from popular dictionaries for traces of inherent sexism.
An barebones setup for any docker deployed flask app with simple py-tests.
system dotfiles
Website for blogging build in Jekyll using the so-simple theme
Effective and Scalable Recommendation Systems
A parser for Haggard Hawks tweets into Scrabble scores.
Exploring a hex-grid based troop assignment game
⭐️ Companies that don't have a broken hiring process
foobar challenge lv4
some scripts that come up in my playing with ML
Kale is a python task worker library that supports priority queues on Amazon SQS
D3 JavaScript networkx Graphs in Python
In response to the NPR puzzler on Dec 20, 2015.
Playing around with the puzzler from 2/7/16
NPR Puzzler for Jan 3. A graph solution to a slight modification of the word ladder puzzle
Visualizing NSF grants
The Centers for Disease Control and Prevention’s Wide-ranging Online Data for Epidemiological Research (WONDER) data retrieval system provides access to many types of public health information. Mortality and fertility counts for multiple years across standard geographical subdivisions broken down by race, gender, 5-year age groups, etc. are just some of the data available through this system. Though a vast array of data are available through WONDER, counts that fall between 0 and 9 are replaced with the word “Suppressed,” generating missing values, and hindering research agendas. This post describes a new method to recover some of these suppressed counts.
Takes a set of points and edges, returns a price quote as a function of arc length and minimal bounding-box area.