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amoliu's Projects

seq2seq icon seq2seq

Sequence to Sequence Learning with Keras

seq2seq-attn icon seq2seq-attn

Sequence-to-sequence model with LSTM encoder/decoders and attention

seqeval icon seqeval

A Python framework for sequence labeling evaluation(named-entity recognition, pos tagging, etc...)

seqgan icon seqgan

Implementation of Sequence Generative Adversarial Nets with Policy Gradient

seqgan-1 icon seqgan-1

A simplified PyTorch implementation of "SeqGAN: Sequence Generative Adversarial Nets with Policy Gradient." (Yu, Lantao, et al.)

seya icon seya

Bringing up some extra Cosmo to Keras.

sf-deep-rl icon sf-deep-rl

Project on Successor Features in Deep Reinforcement Learning and Transfer Learning

simrdwn icon simrdwn

Rapid satellite imagery object detection

slm-lab icon slm-lab

A research framework for Deep Reinforcement Learning using Unity, OpenAI Gym, PyTorch, Tensorflow.

snn4hrl icon snn4hrl

Stochastic Neural Networks for Hierarchical Reinforcement Learning

snownlp icon snownlp

Python library for processing Chinese text

soft-decision-tree icon soft-decision-tree

pytorch implementation of "Distilling a Neural Network Into a Soft Decision Tree"

solt icon solt

Streaming over lightweight data transformations

solution-to-equations-of-motion-for-underwater-glider icon solution-to-equations-of-motion-for-underwater-glider

Equations of motion towards underwater glider were formulated at Princeton by Graver in his PhD work in 2005.Various marine engineers use them to develop different guidance, navigation and control system towards efficient functioning of the glider.This code simulates the results of Graver (2005) towards solving equations of motion of underwater glider. The MATLAB code is properly commented for the input parameters to be used in simulation of glider motion. Our request is just to cite our code in your work where you are using the MATLAB code.

sonnet icon sonnet

TensorFlow-based neural network library

sparseconvnet icon sparseconvnet

Spatially-sparse convolutional networks. Allows processing of sparse 2, 3 and 4 dimensional data.Build CNNs on the square/cubic/hypercubic or triangular/tetrahedral/hyper-tetrahedral lattices.

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