Brian Lee Yung Rowe's repositories
facial_expressions
A set of images for classifying facial expressions
bunny_farm
AMQP erlang client wrapper library using the RabbitMQ libraries
doppelganger
Replication for riak
ebola.sitrep
Consolidated, machine-readable ebola situation reports
socket.io-erlang
Socket.IO server for Erlang
cuny_msda_is622
Resources for CUNY MS Data Anayltics course IS622 Big Data & Machine Learning
futile.any
Polymorphism for R
futile.paradigm
A functional dispatcher in R to replace S3 and S4
climate-cooperation-competition
Comprehensive global cooperation is essential to limit global temperature increases while continuing economic development, e.g., reducing severe inequality or achieving long-term economic growth. Achieving long-term cooperation on climate change mitigation with n strategic agents poses a complex game-theoretic problem. For example, agents may negotiate and reach climate agreements, but there is no central authority to enforce adherence to those agreements. Hence, it is critical to design negotiation and agreement frameworks that foster cooperation, allow all agents to meet their individual policy objectives, and incentivize long-term adherence. This is an interdisciplinary challenge that calls for collaboration between researchers in machine learning, economics, climate science, law, policy, ethics, and other fields. In particular, we argue that machine learning is a critical tool to address the complexity of this domain. To facilitate this research, here we introduce RICE-N, a multi-region integrated assessment model that simulates the global climate and economy, and which can be used to design and evaluate the strategic outcomes for different negotiation and agreement frameworks. We also describe how to use multi-agent reinforcement learning to train rational agents using RICE-N. This framework underpinsAI for Global Climate Cooperation, a working group collaboration and competition on climate negotiation and agreement design. Here, we invite the scientific community to design and evaluate their solutions using RICE-N, machine learning, economic intuition, and other domain knowledge. More information can be found on http://www.ai4climatecoop.org/.
erlware_commons
Erlware Commons is an Erlware project focused on all aspects of reusable Erlang components.
neuraltalk2
Efficient Image Captioning code in Torch, runs on GPU
pyramid_cookbook
Pyramid cookbook recipes (documentation)
rdomo
R language sdk for Domo
riak-r-client
An R client for Riak
rredis
R client for Redis
stanford_alpaca
Code and documentation to train Stanford's Alpaca models, and generate the data.