Things change pretty much on a daily basis in the world of SEO. Since the announcement of Google's AI machine learning algorithm – RankBrain – in 2015, one of the most discussed topics in SEO galleries is: With Google admitting RankBrain being one of the top three ranking factors, these discussions have become even more worthwhile. In past 3-4 months, we also saw a spike in the number of SERPed members asking the same question. And, multiple posts claiming 2017 as the year of AI and Voice Search, we think it is the right time to dive deeper to understand more about it. To get more clarity on this topic, we decided to go straight to the big guns and find out what they think about it. The responses from each expert are compiled below. Fasten your seat belts and get ready for an awesome ride. Albert Mora is the CEO and co-founder of Seolution, an SEO agency for Shopify e-commerce sites. He has been doing SEO from 1997 and has around 20 years of experience. Follow Albert on Twitter here. Since the beginning of the Internet, artificial intelligence has played a relevant role in the operation of search engines. Logically, the algorithms have been evolving, but the fundamental underlying principle remains the same: search engines want to deliver quality search results to the users. For this reason, if you want a long term sustainable SEO results, you must think about the users first, not about the search engines. Alex has more than 15 years of experience in Digital Marketing, and he is working online since 2002.

An AI algorithm developed by researchers at Salesforce generates snippets of text that describe the essence of long text. These tools can help writers skim through a lot of articles and find relevant topics to write about. "Since new semantic technologies are now mature enough to read human language, journalists and professional writers can finally go back to writing for people," Cuofano says. "The next revolution (which is already coming) is the leap from NLP to a subset of it called NLU (Natural Language Understanding)," Cuofano says.

After Ava's betrayal of Caleb the actual purpose of the sessions became clear. Upon first meeting Caleb, Ava saw more than just another human; she saw a way out. While she seemed to show genuine affection for Caleb, especially during the power shutoff scenes, she was feigning affection in order to manipulate Caleb into releasing her. Like HAL and other robot characters discussed in my previous commentaries, Ava clearly has a mind of her own and uses her superior capabilities to outsmart the humans. However, Ava proves to have a level of pure hatred for humans in general. This is something that she was not programmed with but developed over her imprisonment in Nathan's basement.

An AI algorithm developed by researchers at Salesforce generates snippets of text that describe the essence of long text. These tools can help writers skim through a lot of articles and find relevant topics to write about. "Since new semantic technologies are now mature enough to read human language, journalists and professional writers can finally go back to writing for people," Cuofano says. "The next revolution (which is already coming) is the leap from NLP to a subset of it called NLU (Natural Language Understanding)," Cuofano says.

After announcing a slew of new updates to its smart home, VR and mobile products, Google unveiled the latest feature coming to its core function -- the search engine. In the next few weeks, users in the US will be able to look for job listings on Google.com This function will make it easier to discover jobs close to you, as well as positions that have been traditionally more difficult for existing portals to find and classify (like in retail and service). According to Google, "almost half of U.S. employers say they still have issues filling open positions," while job seekers aren't necessarily aware of listings available near them. The search giant says this is because high turnover, low traffic and inconsistency related to job posts make them difficult for engines to classify.

Competition – it motivates all of us to become better at what we do. Marketers are no different, especially when they have to stay on top of the SEO game. They research the latest SEO trends; they use the best SEO tools out there. The problem is, unlike a sports competition, the goal posts for SEO are always changing. This, of course, makes the game more interesting, but also pretty frustrating for those trying to "keep up."

Entity Resolution, also called record linkage or deduplication, refers to the process of identifying and merging duplicate versions of the same entity into a unified representation. The standard practice is to use a Rule based or Machine Learning based model that compares pairs of records and assigns a score to represent the pairs’ Match/Non-Match status. However, performing an exhaustive pair-wise comparison on all pairs of records leads to quadratic matcher complexity and hence a Blocking step is performed before the Matching to group similar entities into smaller blocks that the matcher can then examine exhaustively. Several blocking schemes have been developed to efficiently and effectively block the input dataset into manageable groups. At our organization, we perform deduplication on massive datasets of people profiles collected from disparate sources with varying informational content. We observed that, employing a single blocking technique did not cover the base for all possible scenarios due to high heterogeneity in our data sources. In this paper, we describe our ensemble approach to blocking that combines two different blocking techniques to leverage their respective strengths.

Automatic and accurate classification of items enables numerous downstream applications in many domains. These applications can range from faceted browsing of items to product recommendations and big data analytics. In the online recruitment domain, we refer to classifying job ads to a predefined occupation taxonomy as job title classification. A large-scale job title classification system can power various downstream applications such as query expansion, semantic search, job recommendations and labor market analytics. Such classification systems mostly use Bag-of-Words (BOW) model for document representation and consider only the job titles when classifying job ads. However the BOW model lacks the semantic discrimination capability that is needed to accurately classify job ads when they contain multiple aspects of the job such as the job description, job requirements, company overview and other details. In this paper we explore the applicability of recent advances in the word and document embedding space to the problem of job title classification. We investigate several document embedding approaches and propose a novel customized document embedding strategy for job title classification that addresses the multi-aspect job ad issue. Our experimental results show that incorporating document embedding approaches in a job title classification system improves the classification accuracy on entire job ads compared to approaches based on the BOW model.

Entity resolution (ER) is about identifying and merging records in a database that represent the same real-world entity. Matching dependencies (MDs) have been introduced and investigated as declarative rules that specify ER policies. An ER process induced by MDs over a dirty instance leads to multiple clean instances, in general. General answer sets programs have been proposed to specify the MD-based cleaning task and its results. In this work, we extend MDs to relational MDs, which capture more application semantics, and identify classes of relational MDs for which the general ASP can be automatically rewritten into a stratified Datalog program, with the single clean instance as its standard model.

Imagine if you lost your keys and instead of fishing around in the couch cushions, you could just pull out your phone and search for them. This is not only possible; it's possible now, and it's almost as intriguing as it is terrifying. Today at Microsoft Build, the software giant's annual conference for developers, Microsoft showed off exactly this sort of tech. By melding things that have already been around for a few years--machine-learning powered image recognition and consumer-grade cameras--with the ludicrous computing horsepower in the cloud, Microsoft is able to index people and things in a room in real time. Once you can identify people and objects by feeding the computers images of Bob and jackhammers so they can learn what each of those things look like, you can start applying a framework of rules and triggers on top of the real world.