Michal Staniaszek (@heuristicus)
  • Stars
    star
    323
  • Global Rank 83,833 (Top 3 %)
  • Followers 40
  • Following 7
  • Registered almost 14 years ago
  • Most used languages
    Python
    47.1 %
    C++
    17.6 %
    Java
    11.8 %
    MATLAB
    11.8 %
    C
    5.9 %
    Shell
    5.9 %
  • Location 🇬🇧 United Kingdom
  • Country Total Rank 4,412
  • Country Ranking
    MATLAB
    494
    Python
    756
    C++
    1,269
    Java
    3,344
    C
    4,421
    Shell
    6,171

Top repositories

1

spot_ros

ROS driver for controlling Boston Dynamics' Spot robot
Python
273
star
2

thinking-in-cpp

Exercises from the Thinking in C++ book
C++
18
star
3

mog-cartrack

Car tracking using a mixture of Gaussians and Kalman Filter for the KTH Applied Estimation course project
MATLAB
5
star
4

rqt_rosparam

A simple user interface to inspect and modify parameters on the ROS parameter server
Python
4
star
5

int-robot

Final year intelligent robotics module, an autonomous meeting assistant
Java
4
star
6

master-thesis

Master's thesis on object retrieval in point clouds
C++
3
star
7

bertrand-equilibria

Parallel Programming project in CUDA simulating Bertrand equilibria in duopolies
C++
3
star
8

auv-localisation-ros

ros code for experiments for auv-localisation project
Python
2
star
9

rqt_bag_helper

An rqt GUI to help with rosbag recording
Python
2
star
10

auv-localisation

Nuffield Bursary Project
Python
1
star
11

team-java

Second year university module programming a networked game as a team.
Java
1
star
12

graph-to-data

Extract an approximation of the data used to create graphs
Python
1
star
13

dict-parsers

Various scripts which can be used to extract data from freely available Japanese dictionaries such as edict.
Python
1
star
14

ida-pca

Principal Component Analysis playground
C
1
star
15

adaboost-facedetect

Face detection using adaboost for the KTH Image Based Recognition and Classification course lab
MATLAB
1
star
16

python

Various Python scripts
Python
1
star
17

final-year-project

Bachelor's thesis project on finding time delays in gravitationally lensed photon streams
Shell
1
star