ts_zip ( https://bellard.org/ts_server/ts_zip.html ) already implements lossless compression with language models and is fast enough to be usable for some applications.
For best performance on x86 CPU and Nvidia GPU, ts_server is interesting ( https://bellard.org/ts_server ).
GPT-J can now be used at https://bellard.org/textsynth
You can already do all that with https://bellard.org/jslinux
FYI, the corresponding standalone Linux command line version is available at https://bellard.org/nncp/gpt2tc.html . It also does text completion and file compression.
You can try it at: http://textsynth.org
To give some perspective, the setup of http://textsynth.org consists in a single C Linux executable of 250 KB on the server and in 150 lines of Javascript code on the client without any dependency on other libraries...
You can also look at http://textsynth.org .
You can already try LibBF online at http://numcalc.com
ts_zip ( https://bellard.org/ts_server/ts_zip.html ) already implements lossless compression with language models and is fast enough to be usable for some applications.
For best performance on x86 CPU and Nvidia GPU, ts_server is interesting ( https://bellard.org/ts_server ).
GPT-J can now be used at https://bellard.org/textsynth
You can already do all that with https://bellard.org/jslinux
FYI, the corresponding standalone Linux command line version is available at https://bellard.org/nncp/gpt2tc.html . It also does text completion and file compression.
You can try it at: http://textsynth.org
To give some perspective, the setup of http://textsynth.org consists in a single C Linux executable of 250 KB on the server and in 150 lines of Javascript code on the client without any dependency on other libraries...
You can also look at http://textsynth.org .
You can already try LibBF online at http://numcalc.com