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na_m's Projects

py14 icon py14

Python to C++ 14 transpiler

pyprobml icon pyprobml

Python code for "Machine learning: a probabilistic perspective" (2nd edition)

rankpl icon rankpl

A qualitative probabilistic programming language based on ranking theory

raspi-live icon raspi-live

📷 Stream live video from the Raspberry Pi Camera Module to the web using HLS or DASH

rebvo icon rebvo

Realtime Edge Based Visual Odometry for a Monocular Camera

refusion icon refusion

ReFusion: 3D Reconstruction in Dynamic Environments for RGB-D Cameras Exploiting Residuals

remittance-calibration icon remittance-calibration

Unofficial implementation of LiDAR remittance calibration from Jesse Levinson and Sebastian Thun

rfcs icon rfcs

RFCs for changes to Google Cartographer projects

riot icon riot

RIOT - The friendly OS for IoT

robotics icon robotics

Probabilistic state estimation for robotics applications. Bayes filters include Kalman, Markov chains; Gaussian, uniform and discrete mapping probability distributions representations; Distribution sampling, marginalization, multiplication; Distribution composition independent pairs and Bayes rule; Linear algebra, matrix, vector, inverse, square root, LU decomposition, Cholesky decomposition; piecewise linear approximation of functions; Sensor models, Markov action chains <X,U,X>.

rocket-lander icon rocket-lander

SpaceX Falcon 9 Box2D continuous-action simulation with traditional and AI controllers.

rtcnet icon rtcnet

RTCnet is a radar based, single-frame, multi-class detection method for moving road users (pedestrian, cyclist, car), which utilizes low-level radar cube data.

salientsupervoxel icon salientsupervoxel

Implementation for Saliency-guided Adaptive Seeding for Supervoxel Segmentation

scancontext icon scancontext

Global LiDAR descriptor for place recognition and long-term localization

sdc-vehicle-lane-detection icon sdc-vehicle-lane-detection

I am using an ensemble of classic computer vision and modern deep learning techniques, to detect the lane lines and the vehicles on a highway. This project was part of the Udacity SDC Nanodegree.

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