8580_final_project

amazondeeplensworkshop

attention-is-all-you-need-pytorch

A PyTorch implementation of the Transformer model in "Attention is All You Need".

biovec

A new approach for representing biological sequences

biovec-1

ProtVec can be used in protein interaction predictions, structure prediction, and protein data visualization.

biovec-2

Protein classification over sum of protein ngrams vector representation

bwa

Burrow-Wheeler Aligner for pairwise alignment between DNA sequences

concurrency

Implemented concurrency architecture on Unix xv6.

cs537

cs537-1

A collection of projects for my CS 537 course - Operating Systems

cs537-operating-systems

Projects in CS537 Introduction to Operating Systems (Fall 2015)

cs537-p2

cs537-p3

cs537-p4

cs537-p5

cs537-p6

cs537-project

cs637-xv6

deep-learning-tensorflow

Ready to use implementations of various Deep Learning algorithms using TensorFlow.

deeplearning

Deep learning code by Hinton

dl-toolkit

dna2vec

dna2vec: Consistent vector representations of variable-length k-mers

example-spark

Spark, Spark Streaming and Spark SQL unit testing strategies

fairseq

Facebook AI Research Sequence-to-Sequence Toolkit written in Python.

fall2017102

file_system_integrity_xv6

In this project, you'll be changing the existing xv6 file system to add protection from data corruption. In real storage systems, silent corruption of data is a major concern, and thus many techniques are usually put in place to detect (and recover) from blocks that go bad. Specifically, you'll do three things. First, you'll modify the code to allow the user to create a new type of file that keeps a checksum for every block it points to. Checksums are used by modern storage systems in order to detect silent corruption. Second, you'll have to change the file system to handle reads and writes differently for files with checksums. Specifically, when writing out such a file, you'll have to create a checksum for every block of the file; when reading such a file, you'll have to check and make sure the block still matches the stored checksum, returning an error code (-1) if it doesn't. In this way, your file system will be able to detect corruption! Third, for information purposes, you will also modify the stat() system call to dump some information about the file. Thus, you should write a little program that, given a file name, not only prints out the file's size, etc., but also some information about the file's checksums (details below)

flex

The Fast Lexical Analyzer

flood_image_mask_segmentation

flood_images

floodyn_pipeline