You're right in Saying that Stanford, UCB, UW, and other schools have had a much stronger track record producing deep learning models that have revolutionized certain fields (img classification, segmentation, nlp, etc.). I think MIT has hired some seriously talented researchers who have chosen to invest their time into different avenues of research that align more closely with the "engineering" side of deep learning.
For example, Eyeriss[1] kickstarted the AI accelerator race. Halide[2] is a DSL+runtime used as the basis in a lot of deep learning compilation tools, like Tensor Comprehensions[3]. I don't think you're grossly misinformed, I just think that while other schools have invested in the theory, MIT is betting on a level of abstraction that's a bit lower.
1 = http://eyeriss.mit.edu/ 2 = https://halide-lang.org/ 3 = https://research.fb.com/blog/2018/02/announcing-tensor-compr... 4 = https://openai.com/blog/ai-and-compute/
In 2019, the top 5 institutions were:
1. Google (USA) — 167.3
2. Stanford University (USA) — 82.3
3. MIT (USA) — 69.8
4. Carnegie Mellon University (USA) — 67.7
5. UC Berkeley (USA) — 54.0NeurIPs is a big conference covering lots of topics, though. All of this says relatively little about MIT's true impact on deep learning in the last eight years.
[1] https://www.microsoft.com/en-us/research/project/academic/ar...