"Wranglers wanted for growing fleets of robots. Your responsibilities will include evaluating robot performance, providing real-time analysis and support for problems. "You must be analytical, detail-oriented, friendly - and ready to walk. Even if this particular advert has not yet appeared, some are already carrying out the role. Brandon Rees, 32, used to make food deliveries.

Dennis Hopper was not happy. It was the summer of 1992, a few weeks into shooting Super Mario Bros: The Motion Picture and the atmosphere on set was febrile. Endless rewrites and script splices had scrambled the story and dialogue. Producers, writers and investors were all working at cross purposes with the directors, the British couple Annabel Jankel and Rocky Morton. On set, there were 300 extras waiting to film the next scene. The lines Hopper was about to deliver had been changed at the last moment, and not for the first time. He was dressed as a humanoid dinosaur, heavily made up in the sweltering North Carolina heat, his hair gelled into a weird row of reptilian spikes. "We're in the bedroom of King Koopa's skyscraper; it's a big set," recalls actor and co-star Richard Edson.

Supervised learning frequently boils down to determining hidden and bright parameters in a parameterized hypothesis space based on finite input-output samples. The hidden parameters determine the attributions of hidden predictors or the nonlinear mechanism of an estimator, while the bright parameters characterize how hidden predictors are linearly combined or the linear mechanism. In traditional learning paradigm, hidden and bright parameters are not distinguished and trained simultaneously in one learning process. Such an one-stage learning (OSL) brings a benefit of theoretical analysis but suffers from the high computational burden. To overcome this difficulty, a two-stage learning (TSL) scheme, featured by learning through deterministic assignment of hidden parameters (LtDaHP) was proposed, which suggests to deterministically generate the hidden parameters by using minimal Riesz energy points on a sphere and equally spaced points in an interval. We theoretically show that with such deterministic assignment of hidden parameters, LtDaHP with a neural network realization almost shares the same generalization performance with that of OSL. We also present a series of simulations and application examples to support the outperformance of LtDaHP

Speaker clustering is the task of differentiating speakers in a recording. In a way, the aim is to answer "who spoke when" in audio recordings. A common method used in industry is feature extraction directly from the recording thanks to MFCC features, and by using well-known techniques such as Gaussian Mixture Models (GMM) and Hidden Markov Models (HMM). In this paper, we studied neural networks (especially CNN) followed by clustering and audio processing in the quest to reach similar accuracy to state-of-the-art methods.

The finding that very large networks can be trained efficiently and reliably has led to a paradigm shift in computer vision from engineered solutions to learning formulations. As a result, the research challenge shifts from devising algorithms to creating suitable and abundant training data for supervised learning. How to efficiently create such training data? The dominant data acquisition method in visual recognition is based on web data and manual annotation. Yet, for many computer vision problems, such as stereo or optical flow estimation, this approach is not feasible because humans cannot manually enter a pixel-accurate flow field. In this paper, we promote the use of synthetically generated data for the purpose of training deep networks on such tasks.We suggest multiple ways to generate such data and evaluate the influence of dataset properties on the performance and generalization properties of the resulting networks. We also demonstrate the benefit of learning schedules that use different types of data at selected stages of the training process.

The galaxy of extremely niche dating sites has gained a new star--one that promises to help you find someone who loves you like Kanye loves Kanye. That's right, lonely singles are no longer confined to finding each other based on interests like farming or the goth aesthetic. With the release of Yeezy Dating, fans of Kanye West are one step closer to finding someone to argue with about the proper breakdown of their Kanye madness bracket. Slated to launch sometime later this month, the Yeezy Dating website is pretty sparse at the moment, featuring a brief explainer noting that the site is "for fans of the genius Mr. Kanye West." However the site, created through a crowdfunding campaign launched by 21-year-old Yeezus stan Harry Dry, has a relatively active Instagram presence.

UiPath is creating a strong ecosystem of partners to help deliver increasingly efficient enterprise RPA deployment by ensuring that a rich marketplace of leading partner technologies can offer a powerful, pre-integrated, value-added function to the already highly successful UiPath solutions in place. "Conversational Natural Language engagement is a huge growth area for both personal and business use across the globe," said Boris Krumrey, Chief Robotics Officer of UiPath. "Speech and text driven access to initiate and operate robotic process automations is a new channel of user interaction to RPA using conversation. Humley has demonstrated how a virtual assistant can be deployed to support RPA management and build Voice or Chat User Interfaces which will help customers innovate in regards to the'how and where' they access robotic process automations. What we like about Humley is that it works with other leading technologies such as IBM Watson and Microsoft Cognitive Services."

Much is made of AI augmenting human intelligence with simple automation, but might higher order human creativity go the same way? Technology is an integral part of composer Kate Simko's work. As well as writing for film and television, she founded the London Electronic Orchestra, which combines classical instruments with electronic music. Although she may start composing with paper, pencil and piano, she switches to Avid's Sibelius notation software to write a full score: "From there, you're able to take the notation and export it as Midi data or the actual sheet music," she says, referring to the Musical Instrument Digital Interface (Midi) technical standard. Software also lets Simko listen to her compositions before rehearsals start.

Few industries have been hit as hard by the technological changes of recent times as the media industry. The same trends that have improved the lives of billions -- the growth of the internet, the spread of social media, and the proliferation of smartphones -- have instead disrupted the business models of every major media company, diluting their ability to sustainably fund their core operations. Most media companies have identified a'shift to video' as a critical pathway out of this digital dilemma. Digital video content is five times more engaging for consumers and four times more valuable for advertisers than text content alone. However, despite huge investments by media companies in increased video production, these shifts to video have so far failed to deliver meaningful bottom-line results.

Affectiva today announced the launch of its Automotive AI service that lets creators of autonomous vehicles and other transportation systems track users' emotional response. The Automotive offering is Affectiva's third service for tracking the emotional response of product users and is part of a long-term strategy to build emotional profiles drawn from smart speakers, autonomous vehicles, and other platforms with a video camera or conversational interface. An MIT Media Lab spinoff, Affectiva launched a voice analysis tool last year for the makers of AI assistants and social robots, but its computing services have been available to marketers and advertisers since 2010. Affectiva can pick up emotions like joy, surprise, fear, or anger from a person's face and things like laughter and arousal levels from their voice. To develop its solution for cars, Affectiva has been working with OEMs, vehicle safety system providers like Autoliv, and robotaxi startup Renovo over the past 18 months, an Affectiva spokesperson told VentureBeat in an email.