Human activity recognition
Published:
Activity detection from sensor data
Posts by tag
RandomForest
clustering
Distributed K-Means Clustering in Python
Published:
Implementing scalable k-means clustering using distributed computing frameworks
computational-biology
Adaptive OpenMP scheduling in SimuCell3D for tissue mechanics simulations
Published:
Measuring work imbalance and teaching a tissue simulator’s scheduler to adapt for dynamic workloads.
computer-vision
Galactic Morphology using Deep-Learning
Published:
Training a deep neural net to understand galactic structure
cpp
Adaptive OpenMP scheduling in SimuCell3D for tissue mechanics simulations
Published:
Measuring work imbalance and teaching a tissue simulator’s scheduler to adapt for dynamic workloads.
dask
Distributed K-Means Clustering in Python
Published:
Implementing scalable k-means clustering using distributed computing frameworks
data
Visualizing distributions
Published:
Common visualization examples for distributions
deep learning
Galactic Morphology using Deep-Learning
Published:
Training a deep neural net to understand galactic structure
distributed-computing
Distributed K-Means Clustering in Python
Published:
Implementing scalable k-means clustering using distributed computing frameworks
distribution
Visualizing distributions
Published:
Common visualization examples for distributions
galaxy
Galactic Morphology using Deep-Learning
Published:
Training a deep neural net to understand galactic structure
graph
Characterizing & analyzing networks : NYC taxi data
Published:
Analyzing a real world graph : transportation network in NYC
hpc
Adaptive OpenMP scheduling in SimuCell3D for tissue mechanics simulations
Published:
Measuring work imbalance and teaching a tissue simulator’s scheduler to adapt for dynamic workloads.
machine learning
Galactic Morphology using Deep-Learning
Published:
Training a deep neural net to understand galactic structure
machine-learning
Distributed K-Means Clustering in Python
Published:
Implementing scalable k-means clustering using distributed computing frameworks
model
Human activity recognition
Published:
Activity detection from sensor data
network
Characterizing & analyzing networks : NYC taxi data
Published:
Analyzing a real world graph : transportation network in NYC
neural networks
Galactic Morphology using Deep-Learning
Published:
Training a deep neural net to understand galactic structure
numpy
Working with numpy
Published:
Vectors, matrices, and basic linear algebra with NumPy
nyc
Characterizing & analyzing networks : NYC taxi data
Published:
Analyzing a real world graph : transportation network in NYC
openmp
Adaptive OpenMP scheduling in SimuCell3D for tissue mechanics simulations
Published:
Measuring work imbalance and teaching a tissue simulator’s scheduler to adapt for dynamic workloads.
profiling
Adaptive OpenMP scheduling in SimuCell3D for tissue mechanics simulations
Published:
Measuring work imbalance and teaching a tissue simulator’s scheduler to adapt for dynamic workloads.
project
Human activity recognition
Published:
Activity detection from sensor data
pyspark
Distributed K-Means Clustering in Python
Published:
Implementing scalable k-means clustering using distributed computing frameworks
python
Distributed K-Means Clustering in Python
Published:
Implementing scalable k-means clustering using distributed computing frameworks
Working with numpy
Published:
Vectors, matrices, and basic linear algebra with NumPy
seaborn
Visualizing distributions
Published:
Common visualization examples for distributions
sensors
Human activity recognition
Published:
Activity detection from sensor data
simucell3d
Adaptive OpenMP scheduling in SimuCell3D for tissue mechanics simulations
Published:
Measuring work imbalance and teaching a tissue simulator’s scheduler to adapt for dynamic workloads.
transportation
Characterizing & analyzing networks : NYC taxi data
Published:
Analyzing a real world graph : transportation network in NYC
visualization
Characterizing & analyzing networks : NYC taxi data
Published:
Analyzing a real world graph : transportation network in NYC
Visualizing distributions
Published:
Common visualization examples for distributions