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32 Artificial Intelligence Companies You Should Know | Built In

From Google and Amazon to Apple and Microsoft, every major tech companyis dedicating resources to breakthroughs in artificial intelligence. Personal assistants like Siri and Alexa have made AI a part of our daily lives. Meanwhile, revolutionary breakthroughs like self-driving cars may not be the norm, but are certainly within reach.

As the big guys scramble to infuse their products with artificial intelligence, other companies are hard at work developing their own intelligent technology and services. Here are 32artificial intelligence companies and AI startupsyou may not know today, but you will tomorrow.

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Industry: Healthtech, Biotech, Big Data

Location: Chicago, Illinois

What it does: Tempus uses AI to gather and analyze massive pools of medical and clinical data at scale. The company, with the assistance of AI, provides precision medicine that personalizes and optimizes treatments to each individuals specific health needs; relying on everything from genetic makeup to past medical history to diagnose and treat. Tempus is currently focusing on using AI to create breakthroughs in cancer research.

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Industry: Big Data, Software

Location: Boston, Massachusetts

What itdoes:DataRobot provides data scientists with a platform for building and deploying machine learning models. The softwarehelps companies solve challenges by finding the best predictive model for their data. DataRobot's techis used inhealthcare, fintech, insurance, manufacturing and even sports analytics.

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Industry: Big Data, Software

Location: Chicago, Illinois

What itdoes:Narrative Science creates natural language generation (NLG) technology that can translatedata into stories. By highlightingonly the most relevant and interesting information, businesses canmake quicker decisions regardless of the staff's experience with data or analytics.

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Industry: Fintech

Location: New York, New York

What itdoes:AlphaSense is an AI-powered search engine designed to helpinvestment firms, banks and Fortune 500 companies find important information within transcripts, filings, news and research.The technologyuses artificial intelligencetoexpandkeyword searches for relevant content.

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Industry: Software

Location: New York, New York

What itdoes:Clarifai is an image recognition platform that helps users organize, curate, filter and search their media. Within the platform, images and videos are tagged, teachingthe intelligent technology to learn which objects are displayed in a piece of media.

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Industry: Machine Learning, Software

Location: Boston, Massachusetts

What itdoes:Neurala is developing "The Neurala Brain," a deep learning neural network software that makesdevices like cameras, phones and drones smarter and easier to use. Neuralas solutions are currently usedon more than amillion devices. Additionally, companies and organizations like NASA, Huawei, Motorola and the Defense Advanced Research Projects Agency (DARPA) are also using the technology.

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Industry: Automotive, Transportation

Location: Boston, Massachusetts

What itdoes:With a mission to provide safe efficient driverless vehicles,nuTonomy is developing software thatpowers autonomous vehicles in cities around the world. The company uses AItocombinemapping, perception, motion planning, control and decision making into software designed toeliminate driver-error accidents.

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Industry: Adtech, Software

Location: New York, New York

What itdoes:Persado is a marketing language cloud that usesAI-generated language to craft advertising for targeted audiences. With functionality across all channels, Persado helps businessesincrease acquisitions, boost retention and buildbetter relationships with their customers.

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Industry: Machine Learning

Location: New York, New York

What itdoes:x.ai creates autonomous personal assistants powered by intelligent technology. The assistants, simply named Amy and Andrew Ingram, integrate with programs like Outlook, Google, Office 365 and Slack,schedule or update meetings, and continually learnfrom everyinteraction.

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Industry: Software, Cloud

Location: Austin, Texas

What itdoes:CognitiveScale builds augmented intelligence for thehealthcare, insurance, financial services and digital commerce industries. Its technology helpsbusinesses increase customer acquisition and engagement, while improving processes like billing and claims. CognitiveScales products are used by such heavy hitters asP&G, Exxon, JP Morgan & Chase, Macys and NBC.

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Industry: Biotech, Healthtech

Location: San Francisco, California

What itdoes:Freenome uses artificial intelligence to conduct innovative cancer screenings and diagnostic tests. Using non-invasive blood tests, the companys AI technology recognizes disease-associated patterns, providingearlier cancer detection and better treatment options.

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Industry: Robotics

Location: Pleasanton, California

What itdoes:AEyebuilds the vision algorithms, software and hardware that ultimately become the eyes of autonomous vehicles. ItsLiDAR technology focuses on the most important information in a vehicles sightline such as people, other cars and animals, while putting less emphasis on things like the sky, buildings and surrounding vegetation.

Industry: Machine Learning, Robotics

Location: Menlo Park, California

What itdoes:AIBrainis working to create fully autonomous artificial intelligence. By fusingproblem solving, learning and memory technologies together, the company can build systems thatlearn and adapt without human assistance.

Industry: Agriculture, Robotics, Software

Location: Sunnyvale, California

What itdoes:Blue River Tech combines artificial intelligence and computer vision to build smarter farm tech. The companys See & Spray machine learning technology, for example, can detectindividual plants and applyherbicide to the weeds only. The solution not only prevents herbicide-resistant weeds but reduces 90% of the chemicalscurrently sprayed.

Industry: Software

Location: Oakland, California

What it does:Vidado can pulldata from virtually any channel, including handwritten documents, dramatically increasingpaper to digital workflow speeds and accuracy. The cloud-based platform is utilized by leading organizations and companies like New York Life, the FDA, Metlife and MassMutual.

Industry: Legal, Software

Location: San Francisco

What itdoes:Casetext is an AI-powered legal search engine with a database of more than10 million statutes, cases and regulations. Called CARA A.I., the company's techcan search within the language, jurisdiction and citations of a user's uploaded documents and return relevant searches from the database.

Industry: Cloud, Robotics

Location: Santa Clara, California

What itdoes:CloudMinds provides cloud robot services for the finance, healthcare, manufacturing, power utilities, public sector and enterprise mobility industries. Its cloud-based AI usesadvanced algorithms, large-scale neural networks and training data to make smarter robots for image and object recognition, natural language processing, speech recognition and more.

Industry: Software

Location: San Francisco, California

What itdoes:Figure EightprovidesAI training software to machine learning and data science teams. The company's"human-in-the-loop" platform uses human intelligence to train and test machine learning, and has powered AI projects for major companies like Oracle, Ebay SAP and Adobe.

Industry: Big Data, Software

Location: Mountain View, California

What itdoes:H2O.ai is the creator of H2O, an open source platform for data science and machine learning that is utilized by thousands of organizations worldwide. H2O.ai supplies companies in a variety of industries predictive analytics and machine learning tools thataidein solvingcriticalbusiness challenges.

Industry: Biotech

Location: Bethesda, Maryland

What itdoes:Insilico Medicine is using artificial intelligence for anti-aging and drug discovery research. The company'sdrug discovery engine contains millions of samples forfinding disease identifiers. Insilicois used byacademic institutions, pharmaceutical and cosmetic companies.

Industry: Software, Automotive

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Can Machines And Artificial Intelligence Be Creative? – Forbes

We know machines and artificial intelligence (AI) can be many things, but can they ever really be creative? When I interviewed Professor Marcus du Sautoy, the author of The Creativity Code, he shared that the role of AI is a kind of catalyst to push our human creativity. Its the machine and human collaboration that produces exciting resultsnovel approaches and combinations that likely wouldnt develop if either were working alone.

Can Machines And Artificial Intelligence Be Creative?

Instead of thinking about AI as replacing human creativity, it's beneficial to examine ways that AI can be used as a tool to augment human creativity. Here are several examples of how AI boosts the creativity of humans in art, music, dance, design, recipe building, and publishing.

Art

In the world of visual art, AI is making an impact in many ways. It can alter existing art such as the case when it made the Mona Lisa a living portrait a la Harry Potter, create likenesses that appear to be real humans that can be found on the website ThisPersonDoesNotExist.com and even create original works of art.

When Christies auctioned off a piece of AI artwork titled the Portrait of Edmond de Belamy for $432,500, it became the first auction house to do so. The AI algorithm, a generative adversarial network (GAN) developed by a Paris-based collective, that created the art, was fed a data set of 15,000 portraits covering six centuries to inform its creativity.

Another development that blurs the boundaries of what it means to be an artist is Ai-Da, the worlds first robot artist, who recently held her first solo exhibition. She is equipped with facial recognition technology and a robotic arm system thats powered by artificial intelligence.

More eccentric art is also a capability of artificial intelligence. Algorithms can read recipes and create images of what the final dish will look like. Dreamscope by Google uses traditional images of people, places and things and runs them through a series of filters. The output is truly original, albeit sometimes the stuff of nightmares.

Music

If AI can enhance creativity in visual art, can it do the same for musicians? David Cope has spent the last 30 years working on Experiments in Musical Intelligence or EMI. Cope is a traditional musician and composer but turned to computers to help get past composers block back in 1982. Since that time, his algorithms have produced numerous original compositions in a variety of genres as well as created Emily Howell, an AI that can compose music based on her own style rather than just replicate the styles of yesterdays composers.

In many cases, AI is a new collaborator for todays popular musicians. Sony's Flow Machine and IBM's Watson are just two of the tools music producers, YouTubers, and other artists are relying on to churn out today's hits. Alex Da Kid, a Grammy-nominated producer, used IBMs Watson to inform his creative process. The AI analyzed the "emotional temperature" of the time by scraping conversations, newspapers, and headlines over a five-year period. Then Alex used the analytics to determine the theme for his next single.

Another tool that embraces human and machine collaboration, AIVA bills itself as a creative assistant for creative people and uses AI and deep learning algorithms to help compose music.

In addition to composing music, artificial intelligence is transforming the music industry in a variety of ways from distribution to audio mastering and even creating virtual pop stars. An auxuman singer called Yona, developed by Iranian electronica composer Ash Koosha, creates and performs music such as the song Oblivious through AI algorithms.

Dance and Choreography

A powerful way dance choreographers have been able to break out of their regular patterns is to use artificial intelligence as a collaborator. Wayne McGregor, the award-winning British choreographer and director, is known for using technology in his work and is particularly fascinated by how AI could enhance what is done with the choreography in a project with Google Arts & Culture Lab. Hundreds of hours of video footage of dancers representing individual styles were fed into the algorithm. The AI then went to work and "learned how to dance. The goal is not to replace the choreographer but to efficiently iterate and develop different choreography options.

AI Augmented Design

Another creative endeavor AI is proving to be adept at is commercial design. In a collaboration between French designer Philippe Starck, Kartell, and Autodesk, a 3D software company, the first chair designed using artificial intelligence and put into production was presented at Milan Design Week. The Chair Project is another collaboration that explores co-creativity between people and machines.

Recipes

The creativity of AI is also transforming the kitchen not only by altering longstanding recipes but also creating entirely new food combinations in collaborations with some of the biggest names in the food industry. Our favorite libations might also get an AI makeover. You can now pre-order AI-developed whiskey. Brewmasters decisions are also being informed by artificial intelligence. MITs Computer Science and Artificial Intelligence Laboratory (CSAIL) is making use of all those photos of the food that we post on social media. By using computer vision, these food photos are being analyzed to better understand peoples eating habits as well as to suggest recipes with the food that is pictured.

Write Novels and Articles

Even though the amount of written material to inform artificial intelligence algorithms is voluminous, writing has been a challenging skill for AI to acquire. Although AI has been most successful in generating short-form formulaic content such as journalism "who, what, where, and when stories," its skills continue to grow. AI has now written a novel, and although neural networks created what many might find a weird read, it was still able to do it. And, with the announcement a Japanese AI programs short-form novel almost won a national literary prize, its easy to see how it wont be long before AI can compete with humans to write compelling pieces of content. Kopan Page published Superhuman Innovation, a book not only about artificial intelligence but was co-written by AI. PoemPortraits is another example of AI and human collaboration where you can provide the algorithm with a single word that it will use to generate a short poem.

As the world of AI and human creativity continue to expand, its time to stop worrying about if AI can be creative, but how the human and machine world can intersect for creative collaborations that have never been dreamt of before.

You can watch the full interview with Marcus du Sautoy here:

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Can Machines And Artificial Intelligence Be Creative? - Forbes

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Artificial Intelligence Crowdsourcing Competition for Injury Surveillance – EC&M

By Sydney Webb, PhD; Carlos Siordia, PhD; Stephen Bertke, PhD; Diana Bartlett, MPH, MPP; and Dan Reitz

In 2018, NIOSH, the Bureau of Labor Statistics (BLS), and the Occupational Safety and Health Administration (OSHA) contracted the National Academies of Science (NAS) to conduct a consensus study on improving the cost-effectiveness and coordination of occupational safety and health (OSH) surveillance systems. NASs report recommended that the federal government use recent advancements in machine learning and artificial intelligence (AI) to automate the processing of data in OSH surveillance systems.

The main source of OSH information on fatal and non-fatal workplace incidents comes from the unstructured free-text injury narratives recorded in surveillance systems. For example, an employer may report an injury as worker fell from the ladder after reaching out for a box. For decades, humans have read these injury narratives to assign standardized codes using the U.S. Bureau of Labor Statistics (BLS) Occupational Injury and Illness Classification System (OIICS). Coding these injury narratives to analyze data is expensive, time consuming, and fraught with coding errors.

AI, namely machine learning text classification, offers a solution to this problem. If algorithms can be developed to read the injury narratives, data can be pulled from these surveillance systems in a fraction of the time of hand coding.

NIOSH developed an AI algorithm to apply OIICS codes based on injury narratives from a hospital emergency department surveillance system. However, the efficiency of this algorithm was not clear. To see if better coding algorithms could be developed, NIOSH turned to crowdsourcing.

While not unique to AI, crowdsourcing involves asking the crowd or people in the public with a variety of skill sets to provide their unique solution to a problem. The approach results in a large number of potential solutions that can be assessed to identify those that work best. Generally, the best crowd solutions are better than the original solution. In this case, NIOSH worked with two crowds one internal to CDC and one external to CDC to propose better solutions to NIOSHs initial coding algorithm.

Courtesy of NIOSH

Before conducting an external competition, a team of 17 researchers from NIOSH, the Centers for Disease Control and Prevention (CDC), BLS, OSHA, the Federal Emergency Management Administration (FEMA), the Census Bureau, the National Institutes of Health (NIH)7, and the Consumer Products Safety Commission hosted a competition for staff at CDC. A total of 19 employees competed to develop the best algorithm to code worker injury narratives. The team received nine algorithms, five of which outperformed the NIOSH baseline script, which had an accuracy of 81%. The internal crowdsourcing competition winning algorithm was 87% a 6% improvement.

In October 2019, NIOSH, together with National Aeronautics and Space Administration (NASA), hired a Tournament Lab vendor, Topcoder, to host the external crowdsourcing competition. This was the first-ever external crowdsourcing competition from CDC and NIOSH, which was partially funded through the CDC Innovation Fund Challenge. The competition accessed Topcoders global community of data science experts to develop a Natural Language Processing (NLP) algorithm to classify occupational work-related injury records according to OIICS.

Like the internal competition, the external competition was also a success. There were 961 submissions from 388 registrants representing over 26 countries (32% United States, 21% India). Those participating self-identified as having degrees in computer science and engineering, chemistry, computer engineering, computer science, data science, and economics to name a few. This competition produced 21% more registrants and 66% more submissions than the average Topcoder competition. The high-quality submissions achieved nearly 90% accuracy, which surpassed the 87% accuracy goal achieved during the internal competition.

The 1st place external crowdsource winner was Raymond van Veneti, who is a doctoral student in numerical mathematics at the University of Amsterdam. Second place was awarded to a senior data scientist at Sherbank AI lab in Russia; 3rd place was awarded to a developer and data scientist from China; 4th place was awarded to a biostatistician at the School of Medicine at Emory University in Atlanta, GA; and 5th place was awarded to a full stack engineer from Bangalore, India.

External crowdsource 1st place winner Raymond van Veneti.Courtesy of NIOSH

The external competition and the resulting algorithm support improving efficiency and reducing costs associated with coding occupational safety and health surveillance data. Ultimately, it is hoped that the improved algorithm will contribute to greater worker safety and health. The NIOSH project team will work with the 1st prize winners script to make an easy-to-use web tool for public use. In the interim, the top 5 winning solutions are available on GitHub.

For more information, visit https://blogs.cdc.gov.

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Parasoft introduces Artificial Intelligence (AI) and Machine Learning (ML) into Software Test Automation for the Safety-critical Market at Embedded…

Parasoft C/C++test's new functionality offers teams the ability to link test cases to requirements and code coverage enhancements, improving productivity instantly

MONROVIA, Calif. andNUREMBERG, Germany, Feb. 27, 2020 /PRNewswire/ -- Parasoft, the global automated software testing authority since 1987,announced todayat Embedded World, thenew release ofParasoftC/C++test, aunified C and C++ development testing solution forreal-time safety- and security-criticalembedded applicationsand enterprise IT.With this new release,Parasoftappliesa new approachtoexpeditesoftware code analysis findings andincreasetheproductivity ofautomatedsoftware testing, allowing teams to achieveindustrycompliance standardseasily.

To learn more aboutParasoftC/C++test, visit:https://www.parasoft.com/products/ctest.

"With the new release of C/C++test,we are bringing unique AIandMLcapabilities to help organizations with the adoption of static analysis forsecure safety-critical applicationsdevelopment.With these innovations, organizations can immediately reduce manual effort in their software quality processes,"statedMiroslawZielinski,ParasoftProduct Manager."Organization serious intheirapproach to safety, security, and quality of software, will soon need to include AI-based tools into their development process to keep pace with competition and stay relevantinthe market. This is only our first step in the application of AIandML to the safety-critical market."

Embedded devicesarecomplex,and with increasingsafety and securityconcerns, it is crucial that automated software testing solutions stay up to date on the ever-expanding compliance standards.Hence,Parasoftcontinues to leadtheenforcementof the latestguidelines.Additionally, withindustry-standard prerequisites toestablishtraceability of software requirements to test cases,Parasofthas built integrations with some of the most popular application lifecycle management(ALM)solutions.The integrationsestablishtraceabilityfromsoftware requirements to test cases.

Story continues

"The market for functional safety (FuSa)Testtoolssales will grow at the quickest CAGR of 9.3% to reach $539.6M in revenue in 2023. The need to establish bi-directional traceability to meet FUSA certification requirements is fueling interest in using integrated application lifecycle management (ALM)and product lifecycle management (PLM) solutions to manage the entire product development process,"states Chris Rommel, EVP,VDC ResearchGroup.

What's new?

Aninnovativetechnique forincreasingstructural coverage fromunittestingthroughadvanced code analysis for C/C++ and Java. This now significantly reduces the burden of testing efforts required by standards such as ISO 26262 (Automotive), DO-178B/C(Aerospace), IEC 62304 (Medical Devices) and IEC 61508 (Functional Safety)

Parasoftleaps forward beyond the rest of the market, withaunique application of AI/Machine Learning to help organizations with the adoption of Static Analysis. Parasoft'sAI-solution reviews new static analysis findings in the context of both historical interactions with the code base and prior static analysis findings to predict relevance and prioritize the new findings.

Parasoftcontinues to provide leading support for automated enforcement of industry coding guidelines with expanded coverage for updated security standards (e.g. the 2019 CWE Top 25 and 'on the cusp'),AUTOSARC++14 and the new MISRA C 2012 Amendment2, ensuringParasoft'stools continue to meet the changing needs of the industry by keeping pace with guideline requirements.

Parasoftannounces new integrations withPolarion,codeBeamer,andJira, for enhanced requirements traceability. The bi-directional data exchange bridges the gap between requirements and the tests that validate them, to offer full traceability down to the code being developed, helping fulfill compliance to developing process standards such as ISO 26262 (Automotive), DO-178B/C(Aerospace), IEC 62304 (Medical Devices) and IEC 61508 (Functional Safety).

AboutParasoft

Parasoft, the global automated software testing authorityfor over 30+ years,provides innovative tools that automate time-consuming testing tasks and provide management with intelligent analytics necessary to focus on what matters.Parasoftsupports software organizations as they develop and deploy applicationsforthe embedded, enterprise, and IoT markets.Parasoft'stechnologies reduce the time, effort, and cost of delivering secure, reliable, and compliant software, by integrating static and runtime analysis; unit, functional, and API testing; and service virtualization.Withourdeveloper testing tools, manager reporting/analytics, and executivedashboarding,Parasoftenables organizations to succeed in today's most strategicecosystems anddevelopment initiatives real-time, safety-critical, secure,agile, continuous testing,andDevOps.www.parasoft.com; https://www.parasoft.com/products/ctest

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Artificial Intelligence is Starting to Shape the Future of the Workplace – JD Supra

Updated: May 25, 2018:

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Artificial Intelligence Contributes Higher in Healthcare Compared to Other Industries – EnterpriseTalk

KPMG survey has revealed that 53% of healthcare executives believe the healthcare industry is ahead of most other sectors in the adoption of artificial intelligence (AI)

The latest report from KPMG has stated that more than half (53%) of executives say that when it comes to the adoption of AI, the healthcare sector is quite ahead to other industries. As per the report, 37% of healthcare executives believe factors like cost and skill barriers are slowing the AI implementation in the healthcare industry.

The Critical Role of Cyber Security in Healthcare

The adoption of AI and automation in hospital systems has increased exponentially since 2017, found the report. Nearly 90% of respondents believe AI is already creating efficiencies in their operations, and 91% say AI is expanding patient access to care. AI will be effective in diagnosing patient illnesses, say 68% of respondents. Meanwhile, 47% believe diagnostics will have a significant impact by 2022, according to the study. Respondents also said AI would have a positive effect on process automation. Around 40% of them think AI will assist providers with better X-rays and CT scans. It will continue to advance the digitization of healthcare as per the KPMG survey. With the help of AI technologies, 41% of respondents expect improved records management, while 48% believe the most significant impact of AI will be in biometric-related applications.

In the field of healthcare and diagnostics, studies have shown that AI can assist doctors while making informed decisions, and enhance patient diagnostics, even to the extent of identification of cancer. Nearly half of healthcare executives said their institutions offer AI training courses to employees, and 67% say their employees support AI adoption.

On the flip side, there has also been suspicion that AI has increased the overall cost of healthcare more than half of the surveys respondents feel this way. This suggests that healthcare executives are still trying to determine the most cost-effective areas to use AI tools. Two of the major concerns for healthcare companies are privacy and security. According to the survey, 75% of respondents have concerns that AI could threaten the privacy and security of patient data, while 86% say their companies are taking steps to protect patient privacy as they implement AI.

Cyber Security- Only 17% of Global Enterprises are Cyber Resilient Leaders

Healthcare leaders agree that AI will play a key role in improving care delivery, with 90% of respondents saying they believe that AI will improve the patient experience. The results show that once leaders address key issues to implementation, the benefits of AI could outweigh potential risks. Applying AI to unstructured data will also be quite useful in the diagnosis and more accurate prognosis of health issues. Supported by doctors, AI could well be the closest tool to increase the accuracy of healthcare analysis and provide much more error-free results in days to come.

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Artificial Intelligence Contributes Higher in Healthcare Compared to Other Industries - EnterpriseTalk

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Artificial Intelligence + Robotic Process Automation: The Future of Business – Wire19

Indias only conference on Intelligent Process Automation designed around Tech Enthusiasts

80+ Delegates, 30+ Eminent Speakers, 2 Keynote Presentations, 10 Industrial Presentations, 3 Panel Discussions, 5 Sponsors & 17 Partners

RPA and AI are among the top technologies that are gaining grounds in the global business space, the others being cloud, mobile applications development, Internet of Things etc. Artificial Intelligence & Robotic Process Automation are expected to bring about major changes in terms of knowledge & skill requirements. Therefore, its inevitable for aspirants to be prepared for new-age job roles in the near future.

Related read: 5 decisions CEOs need to make in 2020 for embracing technologies faster

At Intelligent Process Automation Summit, Network & Benchmark with leading experts championing concepts, theories and applications in the automation domain. Map and Design a Winning Automation Strategy & converse on failure-free implementation. Only at this exclusive opportunity gather insights from leading industry experts.

Date & Venue: 4th & 5th March 2020 | Ramada Powai, Mumbai

Head over to the #IPASummit 2020, to confirm your participation!

Network, Benchmark & Innovate like never before at the #IPASummit with:

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They will be joined by 30+ eminent speakers from top companies, who will share their experience, knowledge & expertise on how to put theory into action for AI + RPA.

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Join the Intelligent Process Automation Summit, to keep pace with the rapid evolution of products/process, network with the new age automation talent pool and gain diversified exposure to new ideas by industry leaders & experts to conduct a thorough assessment of automation projects.

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Artificial Intelligence + Robotic Process Automation: The Future of Business - Wire19

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Could artificial intelligence have predicted the COVID-19 coronavirus? – Euronews

The use of artificial intelligence is now the norm in many industries, from integrating the technology in autonomous vehicles for safety, to AI algorithms being used to improve advertising campaigns. But, by using it in healthcare, could it also help us predict the outbreak of a virus such as the COVID-19 coronavirus?

Since the first cases were seen at the end of December 2019, coronavirus has spread from Wuhan, China, to 34 countries around the world, with more than 80,000 cases recorded. A hospital was built in 10 days to provide the 1,000 beds needed for those who had fallen victim to the virus in Wuhan 97 per cent of cases reported are in China.

The World Health Organisation (WHO) has said the world should prepare for a global coronavirus pandemic. The virus can be spread from person to person via respiratory droplets expelled when an infected person coughs or sneezes. According to the WHO: "Common signs of infection include respiratory symptoms, fever, cough, shortness of breath and breathing difficulties. In more severe cases, infection can cause pneumonia, severe acute respiratory syndrome, kidney failure, and even death."

AI developers have suggested that the technology could have been used to flag irregular symptoms before clinicians realise there is a developing problem. AI could alert medical institutions to spikes in the number of people suffering from the same symptoms, giving them two to four weeks' advance warning which in turn could allow them time to test for a cure and keep the public better informed.

As the virus continues to spread, AI is now being used to help predict where in the world it will strike next. The technology sifts through news stories and air traffic information, in order to detect and monitor the spread of the virus.

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Could artificial intelligence have predicted the COVID-19 coronavirus? - Euronews

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Artificial Intelligence, is the Future of Human Resources. – 401kTV

Artificial Intelligence, is the Future of Human Resources

Artificial intelligence AI takes the lead over intelligent automation IA. Intelligent automation is the combination of robotic process automation and artificial intelligence to automate processes, according to a recent article on the topic in HR Dive, a publication for human resources professionals. Organizations that embrace intelligent automation may experience a return on investment of 200% or more, according to an Everest Group report cited by HR Dive. However, that doesnt mean organizations can expect a reduction in headcount, according to the report. In fact, projections of a reduction in workforce thanks to intelligent automation may be highly exaggerated, the Everest Group noted.

The Everest Group identified eight companies it called Pinnacle Enterprises companies distinguished by their advanced intelligent automation capabilities and their superior outcomes. These companies generated about 140% ROI and reported more than 60% cost savings, thanks to artificial intelligence and intelligent automation. The companies the Everest Group identified as Pinnacle Enterprises also experienced a 67% improvement in operational metrics, compared to the 48% improvement reported by other organizations. The Pinnacle Organizations also experienced improvements in their top lines, time-to-market, and customer and employee experiences as a result of using artificial intelligence and intelligent automation in their businesses, according to the Everest Group report.

Technology, particularly artificial intelligence, and now, intelligent automation, is infiltrating businesses little by little, particularly in the human resources space. In fact, artificial intelligence in HR has been cited as a top employee benefits trend for 2020. Its a trend employers would do well to pay attention to, especially since cost savings and ROI seem to be significant potential positive outcomes of adopting such technologies.

Technology such as artificial intelligence and intelligent automation makes human resources more efficient. According to a Hackett Group report from 2019, HR in organizations that leverage automation technology can do more with fewer resources an important distinction in a department thats often considered the heart of an organization, and that typically has more work than staff to complete it. In addition, the utilization of artificial intelligence and intelligent automation are hallmarks of a distinguished organization. Per the Hackett Group data, cited by HR Dive, world-class HR organizations leverage [artificial intelligence] and, as a result, have costs that are 20% lower than non-digital organizations and provide required services with 31% fewer employees.

Despite the apparent benefits, not everyone is a fan of automated technologies such as artificial intelligence and intelligent automation. Professors at the Wharton School of the University of Pennsylvania and ESSEC Business School, an international higher education institution located in France, Singapore and Morocco, cautioned employers about the potential downsides of using artificial intelligence and intelligent automation in human resources functions. Specifically, they warned that artificial intelligence could create problems for human resources because its unable to measure some HR functions and infrequent employee activities because they generate little data, can solicit negative employee reactions and isconstrained by ethical and legal considerations. However, human resources professionals are finding some success in using artificial intelligence and intelligent automation to perform functions such as searching through resumes for keywords and assisting with other recruiting functions, for example.

Despite the concerns of some, its likely that artificial intelligence and intelligent automation will continue to command a presence in human resources. As such, automation will prompt organizations to make a heftier investment in talent, noted a study byMIT Sloan Management Review and Boston Consulting Groups BCG GAMMA and BCG Henderson Institute. The study found that employers who successfully embrace artificial intelligence and intelligent automation will build technology teams in-house and rely less on external vendors. Theyll also poach artificial intelligence talent from other companies and upskill current employees to be on the front lines of the automation movement. Artificial intelligence and intelligent automation is here to stay, and its only getting more pervasive, especially in human resources and employee benefits. Employers should be ready.

Steff C. Chalk is Executive Director of The Retirement Advisor University, a collaboration with UCLA Anderson School of Management Executive Education. Steff also serves as Executive Director of The Plan Sponsor University and is current faculty of The Retirement Adviser University.

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Artificial Intelligence, is the Future of Human Resources. - 401kTV

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Learn how to start using artificial intelligence in your newsroom (before it is too late) – Journalism.co.uk

The upcoming Newsrewired conference, taking place on 4 June at MediaCityUK, will feature a workshop where delegates will learn how to start implementing artificial intelligence (AI) in their everyday journalistic work.

The session will be led by Charlie Beckett, a professor in the Department of Media and Communications and founding director of Polis, the London School of Economics international journalism think-tank.

Professor Beckett is the author of the study "New powers, new responsibilities. A global survey of journalism and artificial intelligence". He said that newsrooms have between two and five years to develop a meaningful strategy or risk falling behind their competitors.

"This is a marathon, not a sprint but theyve got to start running now.

"Youve got two years to start running and at least working out your route and if youre not active within five years, youre going to lose the window of opportunity. If you miss that, youll be too late," he said in an article for Journalism.co.uk.

Its really clear if you look at other industries that AI is shaping customer behaviour. People expect personalisation, be that in retail or housing, for production, supply or content creation. They use AI because of the efficiencies that it generates and how it enhances the services or products it offers.

Charlie Beckett is currently leading the Polis Journalism and AI project. He was director of the LSEs Truth, Trust and Technology Commission that reported on the misinformation crisis in 2018.

He is the author of "SuperMedia" (Wiley Blackwell, 2008) that set out how journalism is being transformed by technological and other changes. His second book "WikiLeaks: News In The Networked Era" (Polity 2012) described the history and significance of WikiLeaks and the wider context of new kinds of disruptive online journalism.

He was an award-winning filmmaker and editor at LWT, BBC and ITN.

To take advantage of our early-bird offer, book your ticket before 28 Fabruary 2020 and save 50.

If you like our news and feature articles, you can sign up to receive our free daily (Mon-Fri) email newsletter (mobile friendly).

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Learn how to start using artificial intelligence in your newsroom (before it is too late) - Journalism.co.uk

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