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Natural Sketch Learning: A Self-Supported AI is in the Market

#artificialintelligence

Computer scientists have created an AI called BAYOU that is able to write its own software code, Though there have been attempts in the past at creating software that can write its own code, programmers generally needed to write as much or more code to tell the program what kind of applications they want it to code as they would write if they just coded the app itself. The AI studies all the code posted on GitHub and uses that to write its own code. Using a process called neural sketch learning, the AI reads all the code and then associates an "intent" behind each. Now when a human asks BAYOU to create an app, BAYOU associates the intent it learned from codes on Github to the user's request and begins writing the app it thinks the user wants. As reported by Futurism, BAYOU is a deep learning tool that basically works like a search engine for coding: tell it what sort of program you want to create with a couple of keywords, and it will spit out java code that will do what you're looking for, based on its best guess.


Domino Data Lab's new release pushes the envelope on MLOps

ZDNet

MLOps is the machine learning operations counterpart to DevOps and DataOps. But, across the industry, definitions for MLOps can vary. Some see MLOps as focusing on ML experiment management. Others see the crux of MLOps as setting up CI/CD (continuous integration/continuous delivery) pipelines for models and data the same way DevOps does for code. Other vendors and customers believe MLOps should be focused on so-called feature engineering -- the specialized transformation process for the data used to train ML models.


A Complete Guide on TensorFlow 2.0 using Keras API

#artificialintelligence

A Complete Guide on TensorFlow 2.0 using Keras API, Build Amazing Applications of Deep Learning and Artificial Intelligence in TensorFlow 2.0 Created by Hadelin de Ponteves, Kirill Eremenko, SuperDataScience Team, Luka AnicinPreview this Course - GET COUPON CODE Welcome to Tensorflow 2.0! TensorFlow 2.0 has just been released, and it introduced many features that simplify the model development and maintenance processes. From the educational side, it boosts people's understanding by simplifying many complex concepts. From the industry point of view, models are much easier to understand, maintain, and develop. Deep Learning is one of the fastest growing areas of Artificial Intelligence.


What triggers a career hot streak?

#artificialintelligence

Across a range of fields, individual careers are characterized by hot streaks, bursts of high-impact works clustered together in close succession. The hot streak highlights a specific period during which an individual's performance is substantially better than their typical performance. An example of a hot streak is Jackson Pollock's three-year period from 1947 to 1950, during which he created most of his famous artworks with his particular "drip technique". A few years ago, Lui and colleagues used AI to examine the work of scientists, artists, and film directors for hot streaks throughout their careers. They determined how impactful their work was by looking at output such as a scientist's most-cited papers over a 10-year period, auction prices for artwork, and IMDB.com movie ratings.


@Radiology_AI

#artificialintelligence

On October 5, 2020, the Medical Image Computing and Computer Assisted Intervention Society (MICCAI) 2020 conference hosted a virtual panel discussion with members of the Machine Learning Steering Subcommittee of the Radiological Society of North America. The MICCAI Society brings together scientists, engineers, physicians, educators, and students from around the world. Both societies share a vision to develop radiologic and medical imaging techniques through advanced quantitative imaging biomarkers and artificial intelligence. The panel elaborated on how collaborations between radiologists and machine learning scientists facilitate the creation and clinical success of imaging technology for radiology. This report presents structured highlights of the moderated dialogue at the panel.


Data Scientist

#artificialintelligence

Amazon Science gives you insight into the company's approach to customer-obsessed scientific innovation. Amazon believes that scientific innovation is essential to being the most customer-centric company in the world. It's the company's ability to have an impact at scale that allows us to attract some of the brightest minds in artificial intelligence and related fields. Our scientists continue to publish, teach, and engage with the academic community, in addition to utilizing our working backwards method to enrich the way we live and work. This role requires working closely with business, engineering and other scientists within RME and across Amazon to deliver ground breaking features.


Machine learning is moving beyond the hype

#artificialintelligence

Machine learning has been around for decades, but for much of that time, businesses were only deploying a few models and those required tedious, painstaking work done by PhDs and machine learning experts. Over the past couple of years, machine learning has grown significantly thanks to the advent of widely available, standardized, cloud-based machine learning platforms. Today, companies across every industry are deploying millions of machine learning models across multiple lines of business. Tax and financial software giant Intuit started with a machine learning model to help customers maximize tax deductions; today, machine learning touches nearly every part of their business. In the last year alone, Intuit has increased the number of models deployed across their platform by over 50 percent.


Unsupervised learning can detect unknown adversarial attacks

#artificialintelligence

The Transform Technology Summits start October 13th with Low-Code/No Code: Enabling Enterprise Agility. There's growing concern about new security threats that arise from machine learning models becoming an important component of many critical applications. At the top of the list of threats are adversarial attacks, data samples that have been inconspicuously modified to manipulate the behavior of the targeted machine learning model. Adversarial machine learning has become a hot area of research and the topic of talks and workshops at artificial intelligence conferences. Scientists are regularly finding new ways to attack and defend machine learning models.


AI study reveals the secret of an artistic 'hot streak'

Daily Mail - Science & tech

Whether an artist, scientist, or film director, trailblazers in particular fields often have a critically-acclaimed'hot streak' where they produce a series of outstanding work in short succession. Now, scientists at Northwestern University in Illinois claim to have pinpointed the secret formula that often triggers a pioneer's best work. Using a form of artificial intelligence (AI) called deep learning, they mined data related to thousands of artists, film directors and scientists to identify a magical formula for success. Hot streaks directly result from years of'exploration' (studying diverse styles or topics), immediately followed by years of'exploitation' (focusing on a narrow area to develop deep expertise), they claim. They define a hot streak as a burst of high-impact works clustered together in close succession – as achieved by artists such as Vincent Van Gogh and Jackson Pollock, or film directors like Peter Jackson or Alfred Hitchcock.


Demystifying deep reinforcement learning

#artificialintelligence

The Transform Technology Summits start October 13th with Low-Code/No Code: Enabling Enterprise Agility. Deep reinforcement learning is one of the most interesting branches of artificial intelligence. It is behind some of the most remarkable achievements of the AI community, including beating human champions at board and video games, self-driving cars, robotics, and AI hardware design. Deep reinforcement learning leverages the learning capacity of deep neural networks to tackle problems that were too complex for classic RL techniques. Deep reinforcement learning is much more complicated than the other branches of machine learning.