This paper contains code and experiments for our ACL 2017 paper:

J Andreas, A Dragan and D Klein. Translating Neuralese. ACL 2017. https://arxiv.org/abs/1704.06960

The data we collected for the driving game can be found in data/drive. The game server itself is located in src/server.

Data comes from

B McMahan and M Stone. A Bayesian Model of Grounded Color Semantics. TACL 2017.

cd data/color
wget http://paul.rutgers.edu/~bcm84/rugstk_v1.0.tar.gz
tar xzf rugstk_v1.0.tar.gz 
mv rugstk_v1/data/munroecorpus/* .
rm -r rugstk_v1

Data comes from:

P Welinder, S Branson, T Mita, C Wah, F Schroff, S Belongie and P Perona. Caltech-UCSD Birds 200. Technical Report CNS-TR-2010-001, California Institute of Technology.

S Reed, Z Akata, H Lee, and B Schiele. Learning deep representations of fine-grained visual descriptions. CVPR 2016.

(I am trying to figure out where the file of annotations I have came from and whether it is public. In the meantime, contact me directly at jda@cs.berkeley.edu if you want to run bird experiments.)

In the root of the project, first:

mkdir experiments

To run an experiment, do:

./run.sh <config>

where <config> is the configuration file for the experiment in question (located in the configs directory). Logs will be written to the appropriate experiment dir. In general you probably want to run a train_X script followed by an eval_X script.

This will appear in the log file when evaluation is turned on in the config. The belief-matching criterion from our paper is called rkl, while the translation criterion is called dot. Lines of the form [c,l:model] show results of the pragmatic evaluation: the first number is reward and the second is task completion. Lines of the form [c-l] show results of the semantic evaluation. c and l designate neuralese and natural language speakers respectively.

You probably also want to see what the system is saying! Evaluation runs will create a file called vis.json. If you place this file in the same directory as vis.html (located in the project root), you can look at the computed beliefs associated with both natural language and neuralese messages.