Deep Learning is getting really good on Big Data/millions of images. But Small Data is important too. Am seeing many exciting applications at Landing AI where you can get good results w/100 images. Hope more researchers work on Small Data--ML needs more innovations there.
Today more people are working on deep learning than ever before -- around two orders of magnitude more than in 2014. And the rate of progress as I see it is the slowest in 5 years.
Time for something new
Overview of technical papers at SIGGRAPH 2018 on 08/12 in Vancouver. My favorites so far:
- Learn to kick a ball despite being bombarded with distractions
- Learn Quadruped motion control
- Learn to predict air flow around an object as it is modified
https://t.co/vZSi5NdLps
Check out a @naturemethods paper where we and our collaborators present a new type of recurrent neural network that can improve the accuracy of automated interpretation of connectomics data by an order-of-magnitude over previous deep learning techniques. https://t.co/CnYbJ6VLAj
Dense human pose estimation: mapping all human pixels of an RGB image to 3D surface of the human body. With ground-truth dataset of image-to-surface correspondences manually annotated on 50K COCO images.
Paper: https://t.co/eashiOKMNV
Project & data: https://t.co/kJukloqaZi
"Clever machines", as The Economist calls them, will not replace radiologists, any more than auto ated teller machines replaced bank tellers. But it will certainly transform their job for the... https://t.co/KAA2nONjWM
We haven't yet solved even 10% of the problems we could solve with existing AI/ML techniques. Even if new research were to deliver nothing from now on, there still wouldn't be another AI winter. AI/ML will keep on delivering for years to come.
AI+ethics is important, but has been partly hijacked by the AGI (artificial general intelligence) hype. Let's cut out the AGI nonsense and spend more time on the urgent problems: Job loss/stagnant wages, undermining democracy, discrimination/bias, wealth inequality.
Some new research from an intern in our Zürich office shows an approach to tSNE that allows real-time interactive visualization of large, high-dimensional datasets by leveraging GPU capabilities through WebGL. Oh, and it's open source too! Check it out ↓ https://t.co/78BmtziMbu
Just in time for the World Cup! Watch how researchers from Google, Facebook, and @UW are using @NVIDIA#GPUs to transform a standard YouTube video of a soccer game into a moving 3D hologram. #CVPR2018 https://t.co/NYlnKpQKHn
An average MRI in the United States costs $2,611 - and many rural areas do not have the imaging machines. To help patients, researchers in South Korea used #deeplearning and @NVIDIA#GPUs to convert CT scans to MRIs.
https://t.co/NSJqLMJH0w
Introducing "Machine Learning Practica", from Google AI: interactive courses to master the foundations of machine learning, with exercises in Colab. Already covers convnets, data augmentation, and fine tuning -- all with Keras: https://t.co/ESDRlw7YV1
70M people in the U.S. suffer from gastrointestinal diseases. To help with the labor intensive process of examining ultrasounds, researchers from @VanderbiltU & @SiemensHealth are using #deeplearning and @NVIDIA#GPUs to automatically interpret the images. https://t.co/DBOJf2pkgk
The folks at AWS have developed a MXNet backend for Keras, with extensive feature coverage and great performance. Hopefully we can merge it into core Keras in the future (some technical blockers there). For now it exists as a fork: https://t.co/43Rhrk0o8j