2019, in 14 pieces

14 records · 0 notes

December 2

Adam Paszke, Sam Gross, Soumith Chintala et al.
Paszke et al. publish the PyTorch paper

Overturned research practice centered on static-graph frameworks

Suhas Jayaram Subramanya et al. (Microsoft Research India, CMU)
Microsoft Research India and CMU present DiskANN

An SSD-based ANN that broke HNSW's constraint of having to hold everything in memory

November 2

Noam Shazeer
Fast Transformer Decoding

Reduced the K/V heads to one, redefining the KV cache as the decoding bottleneck

François Chollet

October 2

Google
Google releases the T5 paper and C4

The first large-scale standard corpus built by cleaning Common Crawl with heuristics

Samyam Rajbhandari et al. (Microsoft)
Microsoft presents ZeRO

Removed the memory barrier to 100B-class training

September 1

Mohammad Shoeybi et al. (NVIDIA)
NVIDIA presents Megatron-LM

The standard implementation of large-scale model parallelism

August 1

Nils Reimers, Iryna Gurevych (UKP Lab)
Reimers and Gurevych present Sentence-BERT

Turned sentence embeddings into a searchable asset

May 2

Dhiraj Kalamkar et al. (Intel)
Intel presents A Study of BFLOAT16 for Deep Learning Training

A format that removed FP16's scaling burden. Later the de facto default training precision for the TPU, Ampere and Hopper generations

Alex Wang et al.
Wang et al. release SuperGLUE

The first instance of the cycle from benchmark saturation to replacement

April 1

European Parliament, Council of the EU
EU adopts the DSM Copyright Directive (EU) 2019/790

The EU's legal basis for governing AI training data

March 1

Richard Sutton
Sutton publishes The Bitter Lesson

Scripture for the scaling camp. Repeatedly cited as the basis for justifying compute over the injection of human knowledge

February 1

OpenAI
OpenAI announces GPT-2 (1.5B), withholds full model over misuse concerns

Suggested that natural-language instructions can serve as task specifications, and opened the discourse on the risks of releasing models

January 1

Rodrigo Nogueira, Kyunghyun Cho (NYU)
Nogueira and Cho present Passage Re-ranking with BERT

The prototype of the reranker lineage. Standardized the two-stage structure that recovers, at a later stage, the precision dense embeddings miss