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Top Benefits And Risks of Artificial Intelligence …

It has been a dream for a long time for humans to create machines that have the ability to take decisions on their own. While these thinking machines are a staple for a lot of science fiction movies, fully sentient machines are still a far-fetched dream.

But we have progressed a lot in this field and right now we are in a situation where we are constantly surrounded by examples of "narrow AI" or "weak AI". These are machines or programs that can carry out a simple or complex specific task by itself, and that too very efficiently.

For example, a self-driven car can drive you from home to work, taking in account the traffic conditions, environmental factors etc. There are a lot of digital assistants in the market like Amazon Alexa or Apple Siri that make our lives easier.

But there is always a constant debate going on since the inception of the idea of artificial intelligence. There are divided opinions on whether humans are digging their own graves by creating intelligent machines or they are contributing in catapulting human civilization to greater heights with it.

Lets have a look at the major benefits and risks of artificial intelligence and decide for ourselves.

AI machines use machine learning algorithms to mimic the cognitive abilities of human beings and solve a simple or complex problem.

AI-powered machines are great at doing a particular repetitive task with amazing efficiency. The simple reason is that they remove human errors from their tasks to achieve accurate results every time they do that specific task.

Moreover, such machines can work 24X7, unlike humans. Thus, they eliminate the need to deploy two sets of employees working in day and night shifts to work on important tasks. For example, AI-powered chat assistants can answer customer queries and provide support to visitors every minute of the day and boost the sales of a company.

Scientists are working to teach artificial intelligence powered machines to solve complex equations and perform critical tasks on their own so that the results obtained have higher accuracy as compared to their human counterparts.

Their high accuracy has made these machines indispensable to work in the medical field particularly, owing to the criticality of the tasks. Robots are getting better at diagnosing serious conditions in the human body and performing delicate surgeries to minimize the risk of human lives.

AI uses machine learning algorithms like Deep Learning and neural networks to learn new things like humans do. This way they eliminate the need to write new code every time we need them to learn new things.

There is significant Research and Development going on in the world to develop AI machines that optimize their machine learning abilities so that they learn much faster about new processes. This way the cost of training robots would become much lesser than that of humans. Moreover, machines already reduce the cost of operations with their high efficiency and accuracy of doing work. For example, machines dont take breaks and can perform the same mundane task again and again without any downtime or change in results.

The best part about AI-powered machines being deployed for work is that they let us gather humongous amounts of data related to their work. Such data can be processed to gather deep insights into the processes with quantitative analysis so that we can optimize them even further.

Machine learning abilities of AI machines are increasing further and further to do even the analysis by themselves.

Although hailed as a boon for humanity by tech pundits, artificial intelligence is feared by a lot of scientists and regular citizens alike. This fear has made it to the silver screen several times in the form of movies depicting dystopian futures created by AI machines that took over the planet. The most notable of these is the Matrix and the Terminator.

Intelligent machines have characteristically high computing powers contributed by an array of several processers. These computer chips have rare earth materials like Selenium as a major constituent. Besides, the batteries of such machines run on Lithium, again a rare element in earths crust. The increased mining of these materials is irreversibly damaging our environment at a rapid pace. Moreover, they consume huge amounts of power to function, that is putting severe pressure on our power plants and again harming the environment.

There is no doubt that machines do routine and repeatable tasks much better than humans. Many businesses would prefer machines instead of humans to increase their profitability, thus reducing the jobs that are available for the human workforce.

Elon Musk is considered to be one of the smartest person working on AI in present times. He has also stated publicly that AI is the biggest threat to human civilization in the future. This means that the dystopian future that sci-fi movies show is not impossible. Also, Stephen Hawking has always shown his disagreement with the advancement in the field of AI.

The biggest risk associated with AI is that machines would gain sentience and turn against humans in case they go rogue.

Every coin has two sides and Artificial Intelligence is no different. The rise of AI-powered machines has undoubtedly eased our lives in many applications even today. But there is a need to strongly emphasize on creating ethical codes and policies to ensure that the risks associated with AI are mitigated to the minimum.

What is your opinion on this debate? Leave your comments below.

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Artificial Intelligence Podcast | AI Podcast | Lex Fridman

Artificial Intelligence podcast (AI podcast) is a series of conversations about technology, science, and the human condition hosted by Lex Fridman. Here are some next steps:

Podcast Statistics

(Updated via script on Feb 26, 2020)

Audio Listens (Blubrry API): 10,609,193

Video Views (YouTube API): 12,791,613

Show Recent Show All Show Popular

Jack Dorsey

CEO, Square & Twitter

Dmitry Korkin

Computational Biologist, WPI

Stephen Wolfram

Computer Scientist, Physicist

Eric Weinstein

Mathematician

Richard Dawkins

Evolutionary Biologist

David Silver

Research Lead, DeepMind

Roger Penrose

Physicist, Oxford

William MacAskill

Philosopher, Oxford

Nick Bostrom

Philosopher, Oxford

Simon Sinek

Author & motivational speaker

Anca Dragan

Roboticist, Berkeley

Vitalik Buterin

Creator of Ethereum

Lee Smolin

Theoretical Physicist

Ann Druyan

Creator of Cosmos

Alex Garland

Writer, Director

John Hopfield

Physics, Neurobiology (Princeton)

Marcus Hutter

Senior Scientist, DeepMind

Michael I. Jordan

Machine Learning, Berkeley

Andrew Ng

Educator, Researcher, Leader in AI

Scott Aaronson

Computer Scientist, UT Austin

Vladimir Vapnik

Statistician, Columbia U.

Jim Keller

Senior VP, Intel

David Chalmers

Philosopher, NYU

Cristos Goodrow

VP Engineering, Google/YouTube

Ayanna Howard

Roboticist, Georgia Tech

Daniel Kahneman

Psychologist and Economist

Grant Sanderson

Math Educator

Stephen Kotkin

Historian, Princeton

Donald Knuth

Computer Scientist

Melanie Mitchell

Professor, Portland State U.

Jim Gates

Professor, Brown

Sebastian Thrun

Kitty Hawk, Udacity, Waymo

Rohit Prasad

Head Scientist, Amazon Alexa

Judea Pearl

Professor, UCLA

Ray Dalio

Founder, Bridgewater Associates

Noam Chomsky

Professor, MIT

Gilbert Strang

Professor, MIT

Dava Newman

Professor, MIT

Michael Kearns

Professor, UPenn

Elon Musk

Tesla, SpaceX, Neuralink

Bjarne Stroustrup

Creator of C++

Sean Carroll

Theoretical Physicist, Caltech

Garry Kasparov

Chess World Champion

Michio Kaku

Theoretical Physicist, CCNY

David Ferrucci

Former Lead, IBM Watson

Gary Marcus

Professor, NYU

Peter Norvig

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Artificial intelligence | Wookieepedia | Fandom

Master Qui-Gon, more to say, have you?

It is requested that this article, or a section of this article, be expanded.

Artificial intelligence was a form of technology that could be installed into droids to give them some degree of independent thought.[1] Doctor Gubacher of the Galactic Republic was an artificial intelligence specialist, designing and making modifications to droids for the Republic during the Clone Wars.[2] Kallon, a member of the Free Ryloth movement, was considered to be a genius with artificial intelligence, and had used his knowledge to reprogram the brains of Separatist droid fighters.[1]

The Eternal Rur, was the name held by the disembodied consciousness of a deceased male human Rur which was stored within the Rur crystal. It was located at the Citadel of Rur and was destroyed around 0 ABY.[3]

In the time following the Battle of Endor, Imperial Grand Admiral Rae Sloane tried listening to a phono-play about a droid containing an artificial intelligence named ADAM.[4]

The auto-fighters were automated TIE line starfighters that were produced by the forces under Commodore Visler Korda on the planet Rekkana.[5]

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6 Predictions for the Future of Artificial Intelligence in …

The business worlds enthusiasm for artificial intelligence has been building towards a fever pitch in the past few years, but those feelings could get a bit more complicated in 2020.

Despite investment, research publications and job demand in the field continuing to grow through 2019, technologists are starting to come to terms with potential limitations in what AI can realistically achieve. Meanwhile, a growing movement is grappling with its ethics and social implications, and widespread business adoption remains stubbornly low.

As a result, companies and organizations are increasingly pushing tools that commoditize existing predictive and image recognition machine learning, making the tech easier to explain and use for non-coders. Emerging breakthroughs, like the ability to create synthetic data and open-source language processors that require less training than ever, are aiding these efforts.

At the same time, the use of AI for nefarious ends like deepfakes and the mass-production of spam are still in their earliest theoretical stages, and troubling reports indicate such dystopia may become more real in 2020.

Here are six predictions for the tech in this new year:

A high-profile research org called OpenAI grabbed headlines in early 2019 when it proclaimed its latest news-copy generating machine learning software, GPT-2, was too dangerous to publicly release in full. Researchers worried the passably realistic-sounding text generated by GPT-2 would be used for the mass-generation of fake news.

GPT-2 is the most sophisticated of a new type of language generation. It involves a base program trained on a massive dataset. In GPT-2s case, it trains on more than 8 million websites to understand the general mechanics of how language works. That foundational system can then be trained on a relatively smaller, more specific dataset to mimic a certain style for uses like predictive text, chatbots or even creative writing aids.

OpenAI ended up publishing the full version of the model in November. It called attention to the excitingif sometimes unsettlingpotential of a growing trend in a subfield of AI called natural language processing, the ability to parse and produce natural-sounding human language.

The resource and accessibility breakthrough is analogous to a similar milestone in the subfield of computer vision around 2012, one widely credited with spawning the surge in image and facial recognition AI of the last few years. Some researchers think natural language tech is rumored to be poised for a similar boom in the next year or so. Its now starting to emerge, Tsung-Hsien Wen, chief technology officer at a chatbot startup called PolyAI, said of this possibility.

Ask any data scientist or company toiling over a nascent AI strategy what their biggest headache is and the answer will likely involve data. Machine learning systems perform only as well as the data on which theyre trained, and the scale at which they require it is massive.

One reprieve from this insatiable need may come from an unexpected place: an emergent new machine learning model currently best known for its role in deepfakes and AI-generated art. Patent applications indicate that brands explored all kinds of uses for this tech, known as a generative adversarial network (GAN), in 2019. But one of its unsung, yet potentially most impactful, talents is its ability to pad out a dataset with mass-produced fake data thats similar but slightly varied from the original material.

What happens here is that you try to complement a set of data with another kind of data that may not be exactly what youve observedthat could be made upbut that are trustworthy enough to be used in a machine learning environment, said Gartner analyst Erick Brethenoux.

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When Did Artificial Intelligence Get Big? – The Atlantic

This improvement is not a lucky coincidence; it is cause and effect. Things have gotten better because there are more people, who in total have more good ideas that improve our overall lot. The economist Julian Simon was one of the first to make this optimistic argument, and he advanced it repeatedly and forcefully throughout his career. He wrote, It is your mind that matters economically, as much or more than your mouth or hands. In the long run, the most important economic effect of population size and growth is the contribution of additional people to our stock of useful knowledge. And this contribution is large enough in the long run to overcome all the costs of population growth.

We do have one quibble with Simon, however. He wrote that, The main fuel to speed the worlds progress is our stock of knowledge, and the brake is our lack of imagination. We agree about the fuel but disagree about the brake. The main impediment to progress has been that, until quite recently, a sizable portion of the worlds people had no effective way to access the worlds stock of knowledge or to add to it.

In the industrialized West we have long been accustomed to having libraries, telephones, and computers at our disposal, but these have been unimaginable luxuries to the people of the developing world. That situation is rapidly changing. In 2000, for example, there were approximately seven hundred million mobile phone subscriptions in the world, fewer than 30 percent of which were in developing countries.

By 2012 there were more than six billion subscriptions, over 75 percent of which were in the developing world. The World Bank estimates that three-quarters of the people on the planet now have access to a mobile phone, and that in some countries mobile telephony is more widespread than electricity or clean water.

The first mobile phones bought and sold in the developing world were capable of little more than voice calls and text messages, yet even these simple devices could make a significant difference. Between 1997 and 2001 the economist Robert Jensen studied a set of coastal villages in Kerala, India, where fishing was the main industry.10 Jensen gathered data both before and after mobile phone service was introduced, and the changes he documented are remarkable. Fish prices stabilized immediately after phones were introduced, and even though these prices dropped on average, fishermens profits actually increased because they were able to eliminate the waste that occurred when they took their fish to markets that already had enough supply for the day. The overall economic well-being of both buyers and sellers improved, and Jensen was able to tie these gains directly to the phones themselves.

Now, of course, even the most basic phones sold in the developing world are more powerful than the ones used by Keralas fisherman over a decade ago. And cheap mobile devices keep improving. Technology analysis firm IDC forecasts that smartphones will outsell feature phones in the near future, and will make up about two-thirds of all sales by 2017.

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Business Innovation: How Artificial Intelligence Is …

Today, business innovation andartificial intelligence(AI) seem to go hand-in-hand to improve many areas of a business. In customer service, for example, chatbots are now interacting with online customers to improve customer service. In HR, artificial intelligence is being used to speed up the recruitment process, and inmarketing, AI-powered tools are increasingly used to personalize the customer experience.

A 2018studyby McKinsey Global Institute predicts that by 2030, 70 percent of companies might have adopted at least one type of AI technology. (The study was based on two independent surveys of 1,600 business executives across industries worldwide and 3,000 corporations in 14 sectors in 10 countries.)

Despite common fears surrounding the impact of artificial intelligence on employment, AI is here to stay. AI and machine learning (a subset of AI) are at the forefront of business innovation.

Let's take marketing as an example: To get some insights into how artificial intelligence can help you take your marketing strategy to the next level, I spoke toNeal Schaffer, a leading social media marketing strategist.

(Schaffer is the author ofthree bookson social media, with his fourth book,The Age of Influence, set to be published in 2020.)

According to Schaffer, artificial intelligence isn't changing the approach to marketingyet.

"I think we're seeing, in the different tools that exist for marketers, that slowly these tools are beginning to leverage AI and machine learning to give [them] better insight into their marketing activities."

In this day and age, Schaffer adds, everyone is awash in data. Using these tools can help marketers analyze the data swirling all around them.

"I think AI is actually going to save marketers a lot of time and also make them look smarter," he says.

AI has found its way to influencer marketing, as well.

"How do you determine who is an influencer when there are so many fake followers and so much fake engagement that exists on the Internet?" Schaffer says. "We can teach the AI engine how to spot people when they have an unnatural spike in follower increase in a limited amount of time, which could be a sign of fake followers.

"If they average 1 percent engagement," he continues, "but all of a sudden have 5 percent engagement when they publish a sponsored post using #ad, we might suspect that they participated in an Instagram pod to boost engagement levels. These are some of the ways AI can automatically flag accounts that require further investigation when their influence should be questioned. We can teach artificial intelligence to look for these trends that might indicate that these people are faketheir influence is not authentic."

Artificial intelligence isn't just for huge companiessmall or medium-size business can also harness the power of AI to maximize the ROI of their marketing efforts. Achatbotthat interacts directly with users on your website is a great entry point for "companies to first really experience what AI can do for their business," Schaffer says.

Schaffer uses chatbot technology customized for his own use-case scenario on his website. Chatbots can increase engagement with a website visitor, Schaffer explains.

"People come to your website and not everyone engages. Not everyone goes to a contact form or buys a product," he says. "But a lot of people are very comfortable engaging with these bots these days. So I'm getting more people engaging with my bot and having a conversation with me there versus going all the way to my contact form and filling out that form."

There are a number of tools available right now that leverage AI and are accessible to smaller businesses. For example, there are tools that use AI and natural language processing to understand a company's keywords and brand messaging, and basically repurpose a company's content.

Adam Geitgey, software engineer and consultant

If you have a blog post, you can repurpose your content into a number of tweets or LinkedIn or Facebook posts, Schaffer says. This is intelligently using AI to provide, "bite-sized content that you can then use for your social media messaging or even your newsletter messaging," he explains. "So this is another very, very easy way to experience AI."

Machine learning is a key part of business innovation today, according to software engineer and machine-learning expertAdam Geitgey. Geitgey teaches software engineers how to build machine learning systems and is the author ofMachine Learning Is Fun.

"Machine learning," says Geitgey, "is very effective when you have a repetitive process that you want to automate, but the process is a little too complicated to automate with traditional programming."

Geitgey explained this with an example:

"Imagine that you are building an online business where users can upload their photos to your website or app. With user-generated content, you might want to make sure that your users aren't uploading illegal or inappropriate pictures. It would be too time-consuming to look at every photo yourself to pick out the bad apples, but machine learning is great at this. You can use a machine learning system to instantly scan each image and flag the ones that are most likely breaking the rules. That way, you only need to double-check a few flagged images instead of checking them all."

"Any place like this in your business," continues Geitgey, "where you need to sort throughlots of dataand make a quick decision about each piece of data is a place where machine learning might save you lots of time and money. So look for these kinds of opportunities."

Machine learning can also be used for transcribing audio to text, recognizing objects in photographs or videos or automatically understanding if a user is writing something negative or positive in a comment.

Embarking on an AI journey naturally raises concerns for any business. What are some mistakes that a company can avoid?

"The most common mistake I see," Geitgey says, "is when businesses feel pressure to 'get some AI' before they understand what it can actually do. It's the old problem of a solution looking for a problem. Machine learning and AI can be hugely beneficial, but it isn't magic, and it isn't always a good fit. Imagine a machine learning system as an employee who is really slow to learn, but once they know how to do something, they can do it forever without getting tired."

When working with a person, you only have to show them a few examples and give them the basic rules before they get it. But with machine learning, the system needs "hundreds of thousands of examples " before it understands, Geitgey explains.

"Because of this, machine learning is only going to work well for certain kinds of problems where you have lots of examples to work with," he says. "So be strategic! Start with the problems you most need to solve in your business, and then work backward and see if machine learning might be a good solution for them. Don't start by assuming that you need to use machine learning and AI just because everyone else is using it."

Should a company build a custom solution or use an off-the-shelf solution?

"Read up on what out-of-the-box machine learning systems from popular vendors can do and what requires building a new machine learning system from scratch. Many vendors already have great solutions for problems that lots of businesses face, like transcribing audio, classifying images and reading words out of images. If that's what you need, you can use an off-the-shelf solution quickly and easily.

"But if you are trying to automate a process that is very specific to your business and that depends on data that only you have," he adds, "you'll probably have to build a custom machine learning system. That takes more time and costs more money."

With AI poised to take over an ever-increasing number of industries, it helps to stay-up-to-date on this exciting emerging technology so that you can leverage it for your business. Business innovation is all about introducing new ideas into your business. AI is a new idea worth considering.

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Photo: Getty Images, Neal Schaffer, and Adam Geitgey

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Artificial intelligence will be used to power cyberattacks, warn security experts – ZDNet

Intelligence and espionage services need to embrace artificial intelligence (AI) in order to protect national security as cyber criminals and hostile nation states increasingly look to use the technology to launch attacks.

The UK's intelligence and security agency GCHQ commissioned a study into the use of AI for national security purposes. It warns that while the emergence of AI create new opportunities for boosting national security and keeping members of the public safe, it also presents potential new challenges, including the risk of the same technology being deployed by attackers.

"Malicious actors will undoubtedly seek to use AI to attack the UK, and it is likely that the most capable hostile state actors, which are not bound by an equivalent legal framework, are developing or have developed offensive AI-enabled capabilities," says the report from the Royal United Services Institute for Defence and Security Studies (RUSI).

SEE:Cybersecurity: Let's get tactical(ZDNet/TechRepublic special feature) |Download the free PDF version(TechRepublic)

"In time, other threat actors, including cyber-criminal groups, will also be able to take advantage of these same AI innovations."

The paper also warns that the use of AI in the intelligence services could also "give rise to additional privacy and human rights considerations" when it comes to collecting, processing and using personal data to help prevent security incidents ranging from cyberattacks to terrorism.

The research outlines three key areas where intelligence could benefit from deploying AI to help collect and use data for more efficiency.

They are the automation of organisational processes, including data management, as well as the use of AI for cybersecurity in order to identify abnormal network behaviour and malware, and responding to suspected incidents in real time.

The paper also suggests that AI can also aid intelligence analysis and that by using augmented intelligence, algorithms could support a range of human analysis processes.

However, RUSI also points out that artificial intelligence isn't ever going to be a replacement for agents and other personnel.

"None of the AI use cases identified in the research could replace human judgement. Systems that attempt to 'predict' human behaviour at the individual level are likely to be of limited value for threat assessment purposes," says the paper.

SEE: Cybersecurity: Do these ten things to keep your networks secure from hackers

The report does note that deploying AI to boost the capabilities of spy agencies could also lead to new privacy concerns, such as the amount of information being collected around individuals and when cases of suspect behaviour become active investigations and finding the line between the two.

Ongoing cases against bulk surveillance could indicate the challenges the use of AI could face and existing guidance on procedure may need changes to meet the challenges of using AI in intelligence.

Nonetheless, the report argues that despite some potential challenges, AI has the potential to "enhance many aspects of intelligence work".

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Tips On Introducing Artificial Intelligence In Your Business – Forbes

There are myriad articles on artificial intelligence and its application in business. As AI continues to grow and permeate seemingly every aspect of business, its important to cut through the noise and focus on where AI fits in your organization and how to best implement it.

I'm the founder and CEO of an AI-based customer relationship management platform. Through this experience, I've learned a few ways leaders can determine their own approach to AI.

A Brief Overview Of AI Application In B2B

Broadly speaking, AI is a branch of computer science concerned with replicating human intelligence in machines. Depending on whether you run a business-to-consumer or business-to-business company, you might find some types of AI more relevant to your business than others.

In B2B, AI is all about data and analysis to make better-informed decisions. For example, if you have enough sales and customer data, you can use predictive analytics to figure out your ideal customer profile and/or potential customer base and adjust your marketing strategy and campaigns accordingly.

In more technical terms, AI applications in B2B can be broken into three types of machine learning: supervised, unsupervised and reinforcement.

In the case of supervised learning, you or someone with business intelligence skills feeds the data to the learning algorithm (a statistics algorithm) and sets a goal (what you want to get to or what youre looking for). The machine then tries to match that goal.

In unsupervised learning, the algorithm looks at the data and searches for patterns. As the name suggests, there are no instructions given prior to the analysis. For example, it can look at your customer data and decide that you have a cluster of customers in the manufacturing industry that looks really promising.

Finally, in reinforcement learning, which is more advanced, the algorithm looks at the data and comes up with a set of conclusions. You dont provide a predefined dataset or any guidance; its more of a trial-and-error method. You look at the results and tell it whether the conclusions are correct, and it continues to reinforce the right steps to get to an endpoint.

How can AI benefit your business?

For businesses that collect a lot of customer data at every point, being able to use AI to derive meaning from that data can help get ahead of the competition. You can spot trends early and identify areas where you're losing revenue or where you could potentially gain revenue. You can then make data-driven decisions and quickly adapt to changes.

AI can also impact your CRM system and team productivity by helping identify leads, building effective nurture campaigns or personalizing the customer experience. (A number of companies, my own included, offer CRM and marketing AI solutions.)

Although theres some concern about AI replacing jobs, I believe there's an opportunity for AI to help, not hinder, the performance of marketers, salespeople and customer service representatives. However, taking steps to introduce it successfully is critical.

How can you introduce AI in your business?

Make sure you are clear on where in the business you want to use AI and what you hope it will solve for you. Keep in mind that you need to have enough data to make your AI investment worth it. Once youve done that, train your employees on how itll work. Remember: Its not a black box.

When introducing any new technology, its always good to begin with a small project and work from there. Start with a hypothesis and a goal, and at the end, analyze how well you did and if you reached the right conclusions. The first project is really about the journey more than the end goal.

Finally, consider any challenges that might come your way. For example, there are two sides to managing AI expectations. Some people on your team might think its awesome and will solve a lot of problems. Others might get scared, thinking its going to replace their jobs.

Try to address the expectations and concerns of both extremes. AI is not going to solve everything, and in a B2B company, it most likely wont replace jobs. You have to tamp down both the enthusiasm and worries surrounding AI to ensure buy-in before you make it part of your business.

What technology do you need to implement AI for the first time?

You can start by using available cloud computing resources, which can be helpful for small to midsized companies because you dont need to know a lot of underlying methodologies.

Alternatively, you might decide to set up AI technology on-premises. If you go this route, keep in mind that youll need some hefty horsepower and someone with a lot of knowledge of the underlying analytical algorithms and statistics to run through big datasets and get the highest ROI from AI.

Increasingly, I believe its not a question of if, but when you should implement AI in your business. The sooner you figure out your AI approach, the sooner youll start reaping its benefits.

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MIT conference reveals the power of using artificial intelligence to discover new drugs – MIT News

Developing drugs to combat Covid-19 is a global priority, requiring communities to come together to fight the spread of infection. At MIT, researchers with backgrounds in machine learning and life sciences are collaborating, sharing datasets and tools to develop machine learning methods that can identify novel cures for Covid-19.

This research is an extension of a community effort launched earlier this year. In February, before the Institute de-densified as a result of the pandemic, the first-ever AI Powered Drug Discovery and Manufacturing Conference, conceived and hosted by the Abdul Latif Jameel Clinic for Machine Learning in Health, drew attendees including pharmaceutical industry researchers, government regulators, venture capitalists, and pioneering drug researchers. More than 180 health care companies and 29 universities developing new artificial intelligence methods used in pharmaceuticals got involved, making the conference a singular event designed to lift the mask and reveal what goes on in the process of drug discovery.

As secretive as Silicon Valley seems, computer science and engineering students typically know what a job looks like when aspiring to join companies like Facebook or Tesla. But the global head of research and development for Janssen the innovative pharmaceutical company owned by Johnson & Johnson said its often much harder for students to grasp how their work fits into drug discovery.

Thats a problem at the moment, Mathai Mammen says, after addressing attendees, including MIT graduate students and postdocs, who gathered in the Samberg Conference Center in part to get a glimpse behind the scenes of companies currently working on bold ideas blending artificial intelligence with health care. Mathai, who is a graduate of the Harvard-MIT Program in Health Sciences and Technology and whose work at Theravance has brought to market five new medicines and many more on their way, is here to be part of the answer to that problem. What the industry needs to do, is talk to students and postdocs about the sorts of interesting scientific and medical problems whose solutions can directly and profoundly benefit the health of people everywhere he says.

The conference brought together research communities that rarely overlap at technical conferences, says Regina Barzilay, the Delta Electronics Professor of Electrical Engineering and Computer Science, Jameel Clinic faculty co-lead, and one of the conference organizers. This blend enables us to better understand open problems and opportunities in the intersection. The exciting piece for MIT students, especially for computer science and engineering students, is to see where the industry is moving and to understand how they can contribute to this changing industry, which will happen when they graduate.

Over two days, conference attendees snapped photographs through a packed schedule of research presentations, technical sessions, and expert panels, covering everything from discovering new therapeutic molecules with machine learning to funding AI research. Carefully curated, the conference provided a roadmap of bold tech ideas at work in health care now and traced the path to show how those tech solutions get implemented.

At the conference, Barzilay and Jim Collins, the Termeer Professor of Medical Engineering and Science in MITs Institute for Medical Engineering and Science (IMES) and Department of Biological Engineering, and Jameel Clinic faculty co-lead, presented research from a study published in Cell where they used machine learning to help identify a new drug that can target antibiotic-resistant bacteria. Together with MIT researchers Tommi Jaakkola, Kevin Yang, Kyle Swanson, and the first author Jonathan Stokes, they demonstrated how blending their backgrounds can yield potential answers to combat the growing antibiotic resistance crisis.

Collins saw the conference as an opportunity to inspire interest in antibiotic research, hoping to get the top young minds involved in battling resistance to antibiotics built up over decades of overuse and misuse, an urgent predicament in medicine that computer science students might not understand their role in solving. I think we should take advantage of the innovation ecosystem at MIT and the fact that there are many experts here at MIT who are willing to step outside their comfort zone and get engaged in a new problem, Collins says. Certainly in this case, the development and discovery of novel antibiotics, is critically needed around the globe.

AIDM showed the power of collaboration, inviting experts from major health-care companies and relevant organizations like Merck, Bayer, Darpa, Google, Pfizer, Novartis, Amgen, the U.S. Food and Drug Administration, and Janssen. Reaching capacity for conference attendees, it also showed people are ready to pull together to get on the same page. I think the time is right and I think the place is right, Collins says. I think MIT is well-positioned to be a national, if not an international leader in this space, given the excitement and engagement of our students and our position in Kendall Square.

A biotech hub for decades, Kendall Square has come a long way since big data came to Cambridge, Massachusetts, forever changing life science companies based here. AIDM kicked off with Institute Professor and Professor of Biology Phillip Sharp walking attendees through a brief history of AI in health care in the area. He was perhaps the person at the conference most excited for others to see the potential, as through his long career, hes watched firsthand the history of innovation that led to this conference.

The bigger picture, which this conference is a major part of, is this bringing together of the life science biologists and chemists with machine learning and artificial intelligence its the future of life science, Sharp says. Its clear. It will reshape how we talk about our science, how we think about solving problems, how we deal with the other parts of the process of taking insights to benefit society.

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What Opportunities are Appearing Thanks to AI, Artificial Intelligence? – We Heart

The AI sector is booming. Thanks to several leaps that have been made, we are closer than ever before to developing an AI that acts and reacts as a real human would do. Opportunities in this sector are flourishing, and there is always a way for you to get involved.

Photo by Annie Spratt.

Employees: If you are searching for a job in the tech sector, one of the most rewarding you could find is working with AI. It is a mistake to assume that all AI development is focussed on developing android technologies. There are many other applications for AI and each one needs experts at the helm to help bring it to fruition.

Whether you are a graduate, or you are looking for a change in careers, there is always a job opening that you could look into. Even if you dont have a background in this tech, there are many other ways you could get involved, whether you are working on an AIs cognitive abilities or even just testing out the product. Whatever your background and skillset might be, there is always a way for you to get involved.

Investors: AI development is incredibly costly. While many of the smaller developers may have a great idea that could be world-changing if they bring it to fruition. However, they often lack the finances to be able to do so. This is where investors can come in.

Investors like Tej Kohli, James Wise, or Jonathan Goodwin may have little expertise in these areas from their own personal experience, but they know how to recognise a viable idea when presented with one. Whether you are looking to get into venture investment yourself or you are a tech company looking for financial backing, their activities should give you some idea about the paths you need to follow.

Photo, Bence Boros.

Consumers: The world of AI isnt just open to investors and tech gurus. There is now a vast range of AI-driven tech emerging onto the market. You, as a consumer, get to be an instrumental part of driving this new tech forward as it means that the developers gain some insight into what features are popular and which arent.

Just look at the boom in home assistants that has erupted in the past few years. We are now able to live in fully functioning smart homes with music playing and lights turning off with a simple voice command. By exploring what AI has to offer through the role of the consumer, this all feeds back to the developers and helps them create the next generation of products.

No matter how interested you are in this sector, there is always going to be something you can pursue that will help to develop AI overall. This is an incredibly exciting era to live in, and AI is just one of the pieces of tech that could transform the world as we know it. Take a look at some of the roles and opportunities and see where you could jump in today.

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What Opportunities are Appearing Thanks to AI, Artificial Intelligence? - We Heart

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