Christian J. Lagares Nieves (ChristianLagares)

ChristianLagares

Geek Repo

Company:HPC and Visualization Lab, University of Puerto Rico at Mayaguez

Location:Mayaguez, PR

Home Page:http://ChristianLagares.github.io

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Christian J. Lagares Nieves's repositories

Aquila-LCS

A small sample of a volumetric Lagrangian Coherent Structure code for GPUs and CPUs leveraging Numba.

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EfficientNNS

Computational fluid dynamics (CFD) has risen to become one of the most essential tools in engineering design. However, significant progress is still to be made in high-performance, low-latency post-processing techniques. For this work, we concentrated on one specific aspect of particle tracing techniques. Particle tracing techniques are important for both processing and post-processing steps as both certain physics models and visualization techniques require it. For the present work, we focus on accelerating nearest neighbor searches which are required for efficient, on-demand interpolation at arbitrary locations. We present two validation domains and begin by assessing the performance of three approaches. The fastest pair is selected for a more computationally intensive benchmark simulating the order of magnitude of searches required for a single particle tracking experiment. The three methods include our naive approach which assumes a flat array (i.e. a tree with depth 1) and two octree search approaches, depth-first and best-first search. Best first search provides the best overall results improving our existing algorithm by at least 3 orders of magnitude. Given the fuzzy nature of the problem (we deal with floating point comparisons), we require an algorithm capable of exploiting spatial locality and provide a "good enough" solution in a minimal amount of time. The best-first search algorithm provides this compromise on the types of problems we deal with.

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1DPDpy

1D peridynamics code

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caffe

Caffe: a fast open framework for deep learning.

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J58EngineThermalModel

Thermal Modeling for a P&W J58 Engine

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RayTracingInOneWeekend

A multi-core and multi-GPU implementation of Ray Tracing in a Weekend by Peter Shirley using OpenMP and CUDA.

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ExData_Plotting1

Plotting Assignment 1 for Exploratory Data Analysis

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IHPCSS_Programming_challenge_2021

Repository containing everything you need to participate to the International HPC Summer School programming challenge :)

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INME4012_FinalProject_ProfDooner

Machine Element Design Project Code

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Keras-Multi_Experiment

Framework for running multiple Keras Experiments on Multiple GPUs locally while performing Bayesian Optimization on Commet.ML

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npTDMS

NumPy based Python module for reading TDMS files produced by LabView

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playground

Play with neural networks!

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playgrounds

A collection of playgrounds for teaching Swift programming concepts.

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Practical-Machine-Learning

JHU Data Science - Practical Machine Learning

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ProgrammingAssignment2

Repository for Programming Assignment 2 for R Programming on Coursera

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pyquante2

Python Quantum Chemistry Reloaded. This is a rewrite of the standard PyQuante program to clean up things that have been nagging me.

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RepData_PeerAssessment1

Peer Assessment 1 for Reproducible Research

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standard-atmosphere

Standard atmosphere gas properties. Support for n-dim inputs, non-standard atmospheres, units, etc.

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Surge

Swift + Accelerate

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Swift-Brain

Artificial Intelligence/Machine Learning data structures and Swift algorithms for future iOS development. Bayes theorem, Neural Networks, and more AI.

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ThinkDSP

LaTeX source and Python code for "Think DSP: Digital Signal Processing in Python", by Allen B. Downey.

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