Discover @kislerdm Open Source projects

Dmitry Kisler (@kislerdm)

kislerdm

Stars
146
Global Rank 156,522 (Top 6 %)
Followers 61
Following 55
Registered about 9 years ago
Most used languages

Go
33.3 %

R
19.0 %

Python
14.3 %

HTML
9.5 %

Jupyter Notebook
9.5 %

JavaScript
9.5 %

TypeScript
4.8 %
Location 🇩🇪 Germany
Country Total Rank 7,771
Country Ranking

Go
532

R
662

HTML
1,603

Jupyter Notebook
1,969

Python
2,254

TypeScript
7,206

data-engineering-interviews

Data engineering interviews Q&A for data community by data community

terraform-provider-neon

Terraform provider to manage Neon SaaS resources

diagramastext

Application to streamline diagram generation using plain English instructions instead of code

neon-sdk-go

Go SDK to communicate to Neon SaaS platform

pyarch

The tool to visualise architecture of python packages

color_theory_app

An app to identify category of the color according to the color theory

Jupyter Notebook

itsalarysurvey

gbqschema_converter

Python library to convert google bigquery table schema to jsonschema

ItunesAnalyticsApp

Python Data Fetched from the Itunes Analytics App

color_theory_app-wasm

A ML demo webapp with logic running entirely on the client. It's a rework of https://github.com/kislerdm/color_theory_app

name_the_color

Get the color code by the color name, or vice versa

aws-lambda-secret-rotation

AWS Lambda to rotate secrets in AWS Secretsmanager

flags_analysis

Color analysis of the world countries flags

sqlscan

conversion_rate_service

Demo of a service to predict conversion rate of amazon search keywords

Jupyter Notebook

gadMaps

R-package to get and plot geojson from gadm.org

object-storage-gateway

Object storage gateway for RW operations

github-downloader

CLI to download part of codebase from bulky mono-repo

osm_poly

Interface to fetch polygons from OpenStreetMap using its Nominatim API

web-demo

howmanyshipsareinhamburgrightnow

How many vessels are in HH harbor right now shiny app

org-infrastructure-overview

The tool to facilitate understanding of complex systems using C4 model diagrams with dynamically-adjustable level of details.