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Event: SciPy 2012

SciPy 2012, the eleventh annual Scientific Computing with Python conference, was held this July in Austin, Texas. SciPy is a community dedicated to the advancement of scientific computing through open source Python software for mathematics, science, and engineering. The annual SciPy Conference allows participants from both academic and commercial organizations to showcase their latest projects, learn from skilled users and developers, and collaborate on code development.

Other events in this series:

Image from Bokeh: An Extensible Implementation of the Grammar of Graphics for Python

Bokeh: An Extensible Implementation of the Grammar of Graphics for Python

Image from Can Python's web and science communities run concurrently?

Can Python's web and science communities run concurrently?

Image from Domain Analysis of Mosaic Proteins in Purple Sea Urchin

Domain Analysis of Mosaic Proteins in Purple Sea Urchin

Image from Enaml - A Framework for Building Declarative User Interfaces

Enaml - A Framework for Building Declarative User Interfaces

Image from Fcm - A python library for flow cytometry

Fcm - A python library for flow cytometry

Image from Forking your way to success and happiness: how GitHub style collaboration is ushering in a new era of amateur led innovation.

Forking your way to success and happiness: how GitHub style collaboration is ushering in a new era of amateur led innovation.

Image from How Sequencing Saved Python

How Sequencing Saved Python

Image from Interactive Visualization Widgets Using Chaco and Enable

Interactive Visualization Widgets Using Chaco and Enable

Image from IPython: tools for the entire lifecycle of research computing

IPython: tools for the entire lifecycle of research computing

Image from Lightning Talks - Thursday

Lightning Talks - Thursday

Image from luban: a minimalist UI 'language'

luban: a minimalist UI 'language'

Image from nD image segmentation using learned region agglomeration with the Ray Python library

nD image segmentation using learned region agglomeration with the Ray Python library

Image from nmrglue: a Python Module for Working with NMR Data.

nmrglue: a Python Module for Working with NMR Data.

Image from Object Oriented Finite Elements at NIST

Object Oriented Finite Elements at NIST

Image from Param: Declarative programming using Parameters

Param: Declarative programming using Parameters

Image from Py-ART: Python for remote sensing science

Py-ART: Python for remote sensing science

Image from Python as Super Glue for the Modern Scientific Workflow

Python as Super Glue for the Modern Scientific Workflow

Image from Python @ Life

Python @ Life

Image from Python's role in VisIt

Python's role in VisIt

Image from PythonTeX: Fast Access to Python from within LaTeX

PythonTeX: Fast Access to Python from within LaTeX

Image from QuTiP: An open-source Python framework for the dynamics of open quantum systems

QuTiP: An open-source Python framework for the dynamics of open quantum systems

Image from Running a Coupled General Circulation Model with Python

Running a Coupled General Circulation Model with Python

Image from Surface Subdivision Schemes for Python

Surface Subdivision Schemes for Python

Image from Total Recall: flmake and the Quest for Reproducibility

Total Recall: flmake and the Quest for Reproducibility

Image from TuLiP: a toolbox for hybrid and reactive systems research

TuLiP: a toolbox for hybrid and reactive systems research

Image from Utilizing Python in a Real-Time, Quasi-Operational Meteorological Environment

Utilizing Python in a Real-Time, Quasi-Operational Meteorological Environment

Image from A tale of four libraries

A tale of four libraries

Image from A Unified Release of Python & IRAF software for astronomy

A Unified Release of Python & IRAF software for astronomy

Image from ALGES: Geostatistics and Python

ALGES: Geostatistics and Python

Image from AstroML: data mining and machine learning for Astronomy

AstroML: data mining and machine learning for Astronomy

Image from Astropy - Herding Snakes or Astronomers: which is more difficult?

Astropy - Herding Snakes or Astronomers: which is more difficult?

Image from Bringing High Performance to Python/Numpy Without Changing a Single Line of Code.

Bringing High Performance to Python/Numpy Without Changing a Single Line of Code.

Image from Building a Solver Based on PyClaw for the Solution of the Multi-Layer Shallow Water Equations

Building a Solver Based on PyClaw for the Solution of the Multi-Layer Shallow Water Equations

Image from Copperhead: Data Parallel Python

Copperhead: Data Parallel Python

Image from Domain Specific Languages for Partial Differential Equations using Ignition

Domain Specific Languages for Partial Differential Equations using Ignition

Image from Implicit Multicore Parallelism using CnC-Python

Implicit Multicore Parallelism using CnC-Python

Image from Julia: A Fast Dynamic Language for Technical Computing

Julia: A Fast Dynamic Language for Technical Computing

Image from Lightning Talks - Wednesday

Lightning Talks - Wednesday

Image from Matplotlib: Lessons from middle age. Or, how you too can turn a hundred lines of patch rejection into two hundred thousand lines of code.

Matplotlib: Lessons from middle age. Or, how you too can turn a hundred lines of patch rejection into two hundred thousand lines of code.

Image from Numba Python bytecode to LLVM translator

Numba Python bytecode to LLVM translator

Image from OpenMG: A New Multigrid Implementation in Python

OpenMG: A New Multigrid Implementation in Python

Image from Parallel Computational Methods and Simulation for Coastal and Hydraulic Applications Using the Proteus Toolkit

Parallel Computational Methods and Simulation for Coastal and Hydraulic Applications Using the Proteus Toolkit

Image from Performance Python Panel Discussion

Performance Python Panel Discussion

Image from PySAL: A Python Library for Exploratory Spatial Data Analysis and Geocomputation

PySAL: A Python Library for Exploratory Spatial Data Analysis and Geocomputation

Image from QNDArray: A Numpy Clone for C++/Qt

QNDArray: A Numpy Clone for C++/Qt

Image from ROFL: a functional Python dialect for science

ROFL: a functional Python dialect for science

Image from SciPy + MapReduce with Disco

SciPy + MapReduce with Disco

Image from Self-driving Lego Mindstorms Robot

Self-driving Lego Mindstorms Robot

Image from Solving the import problem: Scalable Dynamic Loading Network File Systems

Solving the import problem: Scalable Dynamic Loading Network File Systems

Image from SymPy Stats - Uncertainty Modeling

SymPy Stats - Uncertainty Modeling

Image from Time Series Manipulation with pandas

Time Series Manipulation with pandas

Image from Unlock: A Python-based framework for rapid development of practical brain-computer interface applications

Unlock: A Python-based framework for rapid development of practical brain-computer interface applications

Image from yt: An Integrated Science Environment for Astrophysical Simulations

yt: An Integrated Science Environment for Astrophysical Simulations

Image from Efficient Parallel Python for High-Performance Computing

Efficient Parallel Python for High-Performance Computing

Image from IPython in-depth: Interactive Tools for Scientific Computing

IPython in-depth: Interactive Tools for Scientific Computing

Image from statsmodels

statsmodels

Image from Time Series Data Analysis with pandas

Time Series Data Analysis with pandas

Image from Advanced Matplotlib

Advanced Matplotlib

Image from HDF5 is for lovers

HDF5 is for lovers

Image from Introduction to NumPy and Matplotlib

Introduction to NumPy and Matplotlib

Image from scikit-learn

scikit-learn