Datasets.md
October 24, 2020 ยท View on GitHub
Dataset Description
| File | Length | Vocabulary Size | Brief Description |
|---|---|---|---|
| Real Data | |||
| webster | 41.1M | 98 | HTML data of the 1913 Webster Dictionary, from the Silesia corpus |
| text8 | 100M | 27 | First 100M of English text (only) extracted from enwiki9 |
| enwiki9 | 500M | 206 | First 500M of the English Wikipedia dump on 2006 |
| mozilla | 51.2M | 256 | Tarred executables of Mozilla 1.0, from the Silesia corpus |
| h. chr20 | 64.4M | 5 | Chromosome 20 of H. sapiens GRCh38 reference sequence |
| h. chr1 | 100M | 5 | First 100M bases of chromosome 1 of H. Sapiens GRCh38 sequence |
| c.e. genome | 100M | 4 | C. elegans whole genome sequence |
| ill-quality | 100M | 4 | 100MB of quality scores for PhiX virus reads sequenced with Illumina |
| np-bases | 300M | 5 | Nanopore sequenced reads (only bases) of a human sample (first 300M symbols) |
| np-quality | 300M | 91 | Quality scores for nanopore sequenced human sample (first 300M symbols) |
| num-control | 159.5M | 256 | Control vector output between two minimization steps in weather-satellite data assimilation |
| obs-spitzer | 198.2M | 256 | Data from the Spitzer Space Telescope showing a slight darkening |
| msg-bt | 266.4M | 256 | NPB computational fluid dynamics pseudo-application bt |
| audio | 264.6M | 256 | First 600 files (combined) in ESC Dataset for environmental sound classification |
| Synethetic Data | |||
| XOR-k | 10M | 2 | Pseudorandom sequence |
| HMM-k | 10M | 2 | Hidden Markov sequence |
Links to the Datasets and Trained Boostrap Models
Synethetic Dataset Generation Example
- Go to Datasets
- For real datasets, run
bash get_data.sh
- For synthetic datasets, run
# For generating XOR-10 dataset
python generate_data.py --data_type 0entropy --markovity 10 --file_name files_to_be_compressed/xor10.txt
# For generating HMM-10 dataset
python generate_data.py --data_type HMM --markovity 10 --file_name files_to_be_compressed/hmm10.txt
- This will generate a folder named
files_to_be_compressed. This folder contains the parsed files which can be used to recreate the results in our paper.