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Bridging the Mental Healthcare Gap With Artificial Intelligence

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Artificial intelligence is learning to take on an increasing number of sophisticated tasks. Google Deepmind's AI is now able to imitate human speech, and just this past August IBM's Watson successfully diagnosed a rare case of leukemia. Rather than viewing these advances as threats to job security, we can look at them as opportunities for AI to fill in critical gaps in existing service providers, such as mental healthcare professionals. In the US alone, nearly eight percent of the population suffers from depression (that's about one in every 13 American adults), and yet about 45 percent of this population does not seek professional care due to the costs. There are many barriers to getting quality mental healthcare, from searching for a provider who's within your insurance network to screening multiple potential therapists in order to find someone you feel comfortable speaking with.


2017: The Year of Machine Learning, Intelligent Content and Experiences

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Digital (and in our case search and content) data holds the keys to marketing success. It contains the critical patterns on consumer intent and behavior, preferences, and content/topics that brands need to provide customers with that critically personal, one-to-one experience that people today want to see. The problem, however, is that the human brain is only capable of processing 1m gigabytes of memory. In other words, the amount of information available far exceeds the processing ability of humans. The term'Big data'- although often overused and misunderstood – is the science that drives the art of content marketing creation and engagement.


Microsoft Starts New Venture Fund With Investment in Bengio's Element AI

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Microsoft Corp.'s venture arm started an artificial intelligence-focused fund, kicking it off with an investment in a startup by a luminary in the field. Element AI, a Montreal-based research lab started by Yoshua Bengio and others, will get an undisclosed amount from Microsoft Ventures, Redmond, Washington-based Microsoft said in a statement Monday. The size of the fund, which will back AI companies, wasn't disclosed. "The kinds of companies in this fund will help people and machines work together to increase access to education, teach new skills and create jobs, enhance the capabilities of existing workforces and improve the treatment of diseases, to name just a few examples," Nagraj Kashyap, who heads Microsoft Ventures, wrote in a blog post. Element AI helps develop and release technologies in partnerships with large companies and research institutions.


Microsoft Ventures launches new fund for AI startups and backs Element AI incubator

#artificialintelligence

Microsoft Ventures today announced two steps that point to how the tech giant's VC arm wants to get involved in artificial intelligence in a big way. First, it's now going to pursue investments in AI startups through a special fund dedicated to AI startups that focus on "inclusive growth and positive impact on society." Second, it is the first announced backer for Element AI, a new incubator out of Montreal co-founded by "the godfather of machine learning" Yoshua Bengio, which is dedicated to the space. As with its news in May first announcing Microsoft Ventures and its initial focus on cloud-based startups, the VC firm is not specifying just how much money it intends to invest in artificial intelligence, or in Element AI specifically. Element AI is not the only AI investment that Microsoft Ventures is making public today: it's also part of a $15 million round for Tact, a CRM startup.


Beyond Deep Learning – 3rd Generation Neural Nets

@machinelearnbot

By far the fastest expanding frontier of data science is AI and specifically the rapid advances in Deep Learning. Advances in Deep Learning have been dependent on artificial neural nets and especially Convolutional Neural Nets (CNNs). In fact our use of the word "deep" in Deep Learning refers to the fact that CNNs have large numbers of hidden layers. Microsoft recently won the annual ImageNet competition with a CNN comprised of 152 layers. Compare that with the 2, 3, or 4 hidden layers that are still typical when we use ordinary back-prop NNs for traditional predictive analytic problems. First, CNNs have come close to achieving 100% efficiency for image, speech, and text recognition.


Zero Human Touch Networks

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In the mean time … did we drop the ball? The sophistication of network management remains largely "stone age" in most Telcos! SNMP is still alive and kicking despite RFC3535* Dr. Kim K. Larsen / Zero Touch Networks. Humans are very good a mastering complexity! 8. 8Dr. But we have not YET managed to extract simplicity!


Book: Mastering Python for Data Science

@machinelearnbot

If you are a Python developer who wants to master the world of data science then this book is for you. Some knowledge of data science is assumed. Derive inferences from the analysis by performing inferential statistics Evaluate and apply the linear regression technique to estimate the relationships among variables. Evaluate and apply the linear regression technique to estimate the relationships among variables. Evaluate and apply the linear regression technique to estimate the relationships among variables.


Get started with Azure Machine Learning

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Machine learning is fast becoming the go-to predictive paradigm for data scientists and developers alike. Of the many tools available for tapping neural networks, Microsoft's Azure ML Studio offers a quick learning curve that won't take deep data or coding chops to get up and running. Microsoft Azure Machine Learning Studio is a cloud service for performing value prediction (regression), anomaly detection, structure discovery (clustering), and category prediction (classification). While my previous tutorial for TensorFlow revealed how Google's open source machine learning and deep neural network library requires you to roll up your sleeves a bit before digging in, Azure ML Studio's graphical, modular approach will have you testing machine learning models quickly, as you will see below.


MarI/O - Machine Learning for Video Games

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