Personal Assistant Systems
Hey, Apple: Google's Pixel Slate tablet is coming after the iPad Pro
Google launches Pixel 3, Pixel Slate, and Google Home Hub. Two people in my office mistook the Google Pixel Slate tablet I had lying on a desk for one of Apple's newest iPad Pros. At home, my 11-year-old son made the same mistake. If you are Google, this isn't necessarily a bad thing since the company will presumably have to persuade a would-be iPad Pro buyer to choose its pricey new tablet instead. I'm not quite ready to do that myself, though Google's new 1.6-pound anodized aluminum Chrome OS tablet is a capable alternative with a 12.3-inch high resolution touch display that is lovely to look at, notwithstanding bezels that are a little thicker than those on the iPad Pro.
Towards Decentralization of Social Media
Facebook uses Artificial Intelligence for targeting users with advertisements based on the events in which they engage like sharing, liking, making comments, posts by a friend, a group creation, etcetera. Each user interacts with these events in different ways, thus receiving different recommendations curated by Facebook's intelligent systems. Facebook segregates its users into chambers, fragmenting them into communities. The technology has completely changed the marketing domain. It is however caught in a race for our finite attention with a motive to make more and more money. Facebook is not a neutral product. It is programmed to get users addicted to it with a goal of gaining added information about the users and optimizing the recommendations provided to the users according to his or her preferences. This paper delineates how Facebook's recommendation system works and presents three methods to safeguard human vulnerabilities exploited by Facebook and other corporations.
Deep Collective Matrix Factorization for Augmented Multi-View Learning
Mariappan, Ragunathan, Rajan, Vaibhav
Learning by integrating multiple heterogeneous data sources is a common requirement in many tasks. Collective Matrix Factorization (CMF) is a technique to learn shared latent representations from arbitrary collections of matrices. It can be used to simultaneously complete one or more matrices, for predicting the unknown entries. Classical CMF methods assume linearity in the interaction of latent factors which can be restrictive and fails to capture complex non-linear interactions. In this paper, we develop the first deep-learning based method, called dCMF, for unsupervised learning of multiple shared representations, that can model such non-linear interactions, from an arbitrary collection of matrices. We address optimization challenges that arise due to dependencies between shared representations through Multi-Task Bayesian Optimization and design an acquisition function adapted for collective learning of hyperparameters. Our experiments show that dCMF significantly outperforms previous CMF algorithms in integrating heterogeneous data for predictive modeling. Further, on two tasks - recommendation and prediction of gene-disease association - dCMF outperforms state-of-the-art matrix completion algorithms that can utilize auxiliary sources of information.
Google Pixel Slate Review: A Bizarre View of Your Computing Future
Personal computing is in an angsty place. With the rise of Frankensoftware comes the promise of an effortless computing future, one in which mobile apps and "regular" apps co-exist peacefully on shiny glass displays and there isn't so much debate about what a modern computer is. The company has a vision for what this effortless computing future should be, whenever it arrives. That vision includes Chrome OS, the web-centric operating system it first introduced in 2009, as well as Google's mobile Android ecosystem, and its all-knowing Google Assistant voice platform. All of these technologies are available for you to swipe and tap and shout your way through on the Pixel Slate, Google's newest computing device.
Get two Google Home Mini speakers and two WeMo smart plugs for $58--a $100 discount
Your message has been sent. There was an error emailing this page. Target has a great deal for smart home fans. Through a combination of automatic discounts you can get two Google home mini speakersRemove non-product link and two Wemo Mini Smart PlugsRemove non-product link for $58. All you have to do is put the items in your cart, and the discount will be applied at checkout. This configuration of the deal lasts until just before midnight on Saturday, December 1.
Looking to cut the cord? Best streaming boxes for getting the TV shows and movies you want
Watch whatever you want, whenever you want. All you have to buy is one little box, and the monthly subscriptions are up to you. After decades of flipping through TV channels, many of us find the promise of internet-based television too miraculous to pass up. That's why millions of Americans prefer streaming services โ the leaner, cheaper version of televised entertainment. Much of the streaming decision is dependent on what you want to watch.
10 amazing Cyber Monday 2018 deals everyone is obsessing over
If you make a purchase by clicking one of our links, we may earn a small share of the revenue. However, our picks and opinions are independent from USA TODAY's newsroom and any business incentives. The Thanksgiving leftovers are dwindling and Black Friday is behind us, but Cyber Monday is just around the corner. And retailers are not holding back on the deals and discounts during "Cyber Weekend" either. We've been keeping a close eye on the latest Black Friday and Cyber Monday deals to help you find the best of the best.
The best Cyber Monday smart home deals still on saleโEcho Dot, Sonos, Philips Hue, and more
This security kit includes some of our favorite smart cameras, and it's at the lowest price we've ever seen. Arlo Wireless Indoor/Outdoor Smart Security Camera 3-Pack--$228.65 on Amazon (Save $71): This is one of our favorite smart camera options, and it's back down to within a few cents of the lowest price. Blink XT Indoor 1-Camera System--$66.99 on Amazon (Save $33): We love the compact, discreet design of these indoor smart cameras, and you can get as few or as many as you need and still save. Blink XT Indoor 2-Camera System--$113.99 on Amazon (Save $56) Blink XT Indoor 3-Camera System--$153.99 on Amazon (Save $76) Blink XT Indoor 5-Camera System--$233.99 on Amazon (Save $166) Circle by Disney--$49.99 on Amazon (Save $49): This is the best price by nearly $20 for this wireless parental control device. You can set device-specific time limits and monitor what your kids are doing online. Google Home Mini Smart Speaker with Google Assistant--$25 at Target (Save $25) Insteon Smart Dimmer Wall Switch--$36.48 on Amazon (Save $13.51) Logitech Harmony Hub--$49.99 on Amazon (Save $50): This magical device, on sale for its lowest price, allows you to sync up to eight devices, including TVs, streaming boxes, Hue smart lights, and more.
Rotting bandits are no harder than stochastic ones
Seznec, Julien, Locatelli, Andrea, Carpentier, Alexandra, Lazaric, Alessandro, Valko, Michal
In bandits, arms' distributions are stationary. This is often violated in practice, where rewards change over time. In applications as recommendation systems, online advertising, and crowdsourcing, the changes may be triggered by the pulls, so that the arms' rewards change as a function of the number of pulls. In this paper, we consider the specific case of non-parametric rotting bandits, where the expected reward of an arm may decrease every time it is pulled. We introduce the filtering on expanding window average (FEWA) algorithm that at each round constructs moving averages of increasing windows to identify arms that are more likely to return high rewards when pulled once more. We prove that, without any knowledge on the decreasing behavior of the arms, FEWA achieves similar anytime problem-dependent, $\widetilde{\mathcal{O}}(\log{(KT)}),$ and problem-independent, $\widetilde{\mathcal{O}}(\sqrt{KT})$, regret bounds of near-optimal stochastic algorithms as UCB1 of Auer et al. (2002a). This result substantially improves the prior result of Levine et al. (2017) which needed knowledge of the horizon and decaying parameters to achieve problem-independent bound of only $\widetilde{\mathcal{O}}(K^{1/3}T^{2/3})$. Finally, we report simulations confirming the theoretical improvements of FEWA.
How artificial intelligence is already dominating our lives
Amesite CEO Ann Marie Sastry on how the company's cloud-based platform improve students' college education experience. While many are debating how the advancement of artificial intelligence (AI) will impact our futures, especially with jobs -- many fail to realize that the technology is already dominating a majority of our daily lives. From choosing a movie on Netflix to using our smartphones to shopping, Americans are interacting with AI whether they realize it or not. Here are seven examples of how you are using AI every day. If you use a smart assistant, whether it's the Google assistant, Siri, Alexa or Bixby, you are interacting with AI.