TORONTO – November 14, 2018 – Today, Receptiviti,, announced that data scientist and software engineer Alain Chesnais has joined the company as Chief Technology Officer. Alain has over 30 years of industry experience, holding leadership positions at Tucows, TruSpectra, ATI, and Alias|Wavefront. While at Alias|Wavefront, Alain spearheaded the development of the Academy Award willing 3D graphics application Maya. Read the full press release at Betakit.
Most text analysis methods include the removal of stopwords, which generally overlap with the linguistic category of function words, as part of pre-processing. Research within the field of language psychology, has shown that function words are indicative of a range of cognitive, social, and psychological states.
Taking place November 5-7 at The Ritz-Carlton in Half Moon Bay, California, Techonomy poses the most provocative questions around technology, business and social progress. The three-day event brings together a diverse group of business leaders, technologists, academics and government officials for unscripted conversations about the most pressing issues facing innovators, investors and business leaders.
More than ever before, technology enables us to build intelligence into every layer of the enterprise. From sales enablement software to business intelligence applications, these tools collectively provide organizations a set capabilities previously out of reach.
Receptiviti’s SaaS platform stems from the realization that large organizations are ill equipped to understand whether the work environment is healthy. “Oftentimes, it takes an event to happen for them to realize that things weren’t as good as they hoped,” says Jonathan Kreindler, chief executive officer of Receptiviti in Toronto.
Kiki Adams and Jonathan Kreindler will be discussing the future of measuring and monitoring workforce culture and mental health at Public Services Health and Safety Association’s Annual General Meeting.
In conjunction with the Global Risk Institute, Jonathan Kreindler and Mike Durland unveil Receptiviti’s revolutionary approach to managing workforce culture and mitigating human capital risk. If you missed the event, you can download the white paper here.
Machine learning can zero in on abnormal behaviour not detectable by existing programs. Technological advances in artificial intelligence are fuelling a new race between hackers and those toiling to protect cybersecurity networks. Cybersecurity is always a race between offence and defence, but new tools are giving companies that employ them a leg up on those trying to steal their data.
Billy Beane, the analytics-driven general manager of the budget-strapped Oakland A's, shook up sports and corporate boardrooms by melding overlooked, under-valued players into oddball yet cheap and winning teams. As depicted in the book Moneyball, Beane enshrined a new job category in serious sports — director of analytics. But there is one big thing that it never accomplished: win Beane a championship. Enter artificial intelligence: Some pro-sports teams are exploring how machine learning, the leading form of AI, might help where Moneyball has fallen short.
Computational linguists and computer scientists, among them University of Texas professor Jason Baldridge, have been working for over fifty years toward algorithmic understanding of human language. They’re not there yet. They are, however, doing a pretty good job with important tasks such as entity recognition, relation extraction, topic modeling, and summarization. These tasks are accomplished via natural language processing (NLP) technologies, implementing linguistic, statistical, and machine learning methods.
Information technology evolves through disruption waves. First the computer, then the web and eventually social networks and smartphones all had the power to revolutionize how people live and how businesses operate. They destroyed companies that weren’t able to adapt, while creating new winners in growing markets. While the exact timing and form of such waves of disruption are hard to predict, the pattern they follow is easy to recognize. Take the web/digital disruption, for example: There was a technological breakthrough (e.g. Sir Tim Berners-Lee’s WWW), which built on/took advantage of existing technologies.
While great advances are being made in the analytical capabilities of computer systems there are also impressive developments being made in making computers more emotionally intelligent. This field is known as Affective Computing, and is defined as the study and development of systems and devices that can recognize, interpret, process, and simulate human emotions (or affects).