yasulab/simple_comment_viewer
A simple comment viewer for ScreenX TV
Discovered public repositories for yasulab in the GitHub catalog.
A simple comment viewer for ScreenX TV
Forked Rails Tutorial for Japanese (obsolete)
A Repository for Producing Ideas
Replace hash-tag-attached numbers like '#210' with a link to the GitHub Issue of a given GitHub repository.
An Interactive RubyKoans on RackHub
Monitoring files and show its content when updated.
YasuLab's Portfolio site
A keyboard input transfer to another computer for remote presentation
No More Biz Cards; just need iPhone/Android apps instead.
A personal project to translate Xv6 Commentary into Japanese.
Upload and show records (incl. images) from a database.
Invert the order in NicoNico Douga Ranking; you can see the ranking in order from 100 to 1, instead of from 1 to 100.
⏳ SimpleTimeKeeper helps your timekeeping.
Django's sample app in its tutorial
A calculator as a language processer
Given your (or someone's) twitter account, twitter list and its owner, find interesting tweets from the list for you (or for someone).
Next word generator with N-gram.
With the word list, you can easily memorize the word with images corresponding to the word.
Analyze given text and show stats with interactive prompt
Get html elements with just one line command.
Some neural network demonstrations implemented by Python
Connect 4 Game with Python
Sample Recipe for A* algorithm
Space Invader Game written in Scheme (Racket)
This is a repository for developing web application "tango!" that picks up words at random, in order to support brainstorming.
Virtual Zoo game implemented by DrRacket (Scheme)
Pseudo Process Simulation Kit
Haribote Operating System with Simple Filesystem
EyeBot Running on Figure-of-Eight
Gather tweets including 'search_term' on Twitter, and re-tweet it. This bot runs on Google App Engine. The following twitter account shows a sample bot run on Google App Engine.
Xv6 is a pretty good material for OS learners, but one thing I am concerned is that how I benchmark xv6 after I developed or changed it. For example, xv6 has really simple scheduling algorithm that we easily understand, so that it may be a good idea to develop scheduling algorithm to improve xv6 performance. However, one problem I met was how should I benchmark it? Therefore, I have modified 'hackbench.c', one of the simple benchmarking program, and now it can run on xv6. So, if you need to benchmark your implementations like me, you can download and measure your system on xv6.