Presenting adversarial.js Tool: An Interactive, In-Browser Demonstration Of Adversarial Attacks On Neural Networks

Kenny Song, a graduate student at the University of Tokyo, developed adversarial.js, an interactive tool that shows how adversarial attacks function using Tensorflow.js.  

AI And The Streamlined Supply Chain

Amazon delivers 1.6 million packages per day, and it may seem that other retailers don’t stand a chance. Bad deliveries drive customers...

AlphaFold: DeepMind’s AI System With Major Breakthrough To Predict Protein-Folding

Google’s DeepMind introduces an AI system, AlphaFold, that can accurately predict how proteins fold into shapes. Proteins comprise strings of...

Facebook AI Proposes New Method To Improve Cross-Lingual Transfer Learning for End-to-End Speech Recognition...

Transfer learning from high-resource languages is a useful method to improve end-to-end automatic speech recognition (ASR) for low-resource languages. However, pre-trained encoder-decoder...

Can AI Ease Your Manager’s Burden?

Artificial intelligence is at the forefront of a massive business overhaul, taking over tasks, whole positions, and even replacing entire industries. Though...

PyTorch Lightning Team Introduces Flash Lightning That Allows Users To Infer, Fine-Tune, And Train...

What is Flash? Flash is a collection of fast prototyping tasks, baselining and fine-tuning scalable Deep Learning models, built on...

One Step Closer To Creative AI, Facebook Releases A New System To Create Unique...

Teaching machine's perception, reasoning, and language has been a recent trend in the tech industry. But teaching AI to be creative and...

Replicant Raises $27 Million To Improve Customer Experience With Voice AI

Replicant, a San- Francisco based company that works on the idea of using AI chatbots in customer service, has raised $27 million...

The University of Notre Dame and Facebook AI Research Propose “Img2pose”, A Real-Time 6DoF...

A new study by Facebook AI and the University of Notre Dame research team has proposed a novel real-time six DoF (Degrees...

Oxford Nanopore Collaborates With NVIDIA To Integrate DGX Station A100 With An Ultra-High-Throughput Sequencing...

Oxford Nanopore Technologies and NVIDIA collaborate to integrate the NVIDIA DGX Station A100 into Oxford Nanopore’s ultra-high-throughput sequencing system, PromethION. The collaboration...
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