JooseRajamaeki

SCA2017

This project implements the algorithms described in the paper "Augmenting Sampling Based Controllers with Machine Learning"

TVCG18

This repository implements the algorithms described in the publication "Continuous Control Monte Carlo Tree Search Informed by Multiple Experts".

circuit_simulator

A simple simulator that solves voltages in a passive element network using the nodal admittance matrix method.

ICP

The codes in this repository implement algorithms described in the paper "An Iterative Closest Points Approach to Neural Generative Models", which is also included in the repository. The algorithms train neural networks to learn mappings between distributions.

levenshtein

This repository implements computing Levenshtein distance and matching words using it.

ngrams

Select words from the vocabulary based on number of shared ngrams

relative_self_attention

SeatingPeopleAtParty

Compute, how people should be seated so that they are next to the people they like.

830AM

Aalto Game Design / Lukka, Kuusniemi, Kämäräinen ja Rajamäki

830AM-v2

830AM v2

JooseRajamaeki/relative_self_attention

JooseRajamaeki/ngrams

Select words from the vocabulary based on number of shared ngrams

JooseRajamaeki/levenshtein

This repository implements computing Levenshtein distance and matching words using it.

JooseRajamaeki/SCA2017

This project implements the algorithms described in the paper "Augmenting Sampling Based Controllers with Machine Learning"

JooseRajamaeki/TVCG18

This repository implements the algorithms described in the publication "Continuous Control Monte Carlo Tree Search Informed by Multiple Experts".

JooseRajamaeki/ICP

The codes in this repository implement algorithms described in the paper "An Iterative Closest Points Approach to Neural Generative Models", which is also included in the repository. The algorithms train neural networks to learn mappings between distributions.

JooseRajamaeki/circuit_simulator

A simple simulator that solves voltages in a passive element network using the nodal admittance matrix method.

JooseRajamaeki/SeatingPeopleAtParty

Compute, how people should be seated so that they are next to the people they like.