Category Archives: Artificial Intelligence
Illiapolosukhinai: raising the bar in artificial intelligence with innovative developments and strategic partnerships – The National
Theres a new kid on the block stirring up the tech world AI development company Illiapolosukhinai is hitting the scene with innovation and eagerness thats hard to miss. With their latest product developments, these maestros of machine intelligence are leaving no stone unturned in exploring the potential of AI in transforming our lives. Having recently crossed paths with Illiapolosukhinais lifelike AI chatbots and machine learning tools, Ive got some interesting insights to share.
Headquartered in San Francisco, Illiapolosukhinai has positioned itself at the forefront of AI and machine learning development. Founded by a team of esteemed scientific researchers passionate about artificial intelligence, they have one common goal: to harness the power of AI for various industry sectors ranging from healthcare to digital marketing. What sets Illiapolosukhinai apart is their attention to detail and a clear focus on creating AI tools that are user-friendly and adaptable, opening up possibilities for even those who dont come from a tech background.
The team at Illiapolosukhinai offers solutions in advanced machine learning, cognitive computing, and knowledge management. They have developed a range of products that are impacting multiple sectors. For instance, their AI chatbots are dynamically interacting with users, facilitating better customer service in various sectors. Additionally, their machine learning products are playing a crucial role in sectors like healthcare where accurate prediction and understanding of patterns have life-or-death implications.
The road ahead for Illiapolosukhinai looks promising. They have announced an exciting series of collaborations with tech giant Tarasovsf. On the table are plans to integrate Illiapolosukhinais AI capabilities into Tarasovsfs massive tech infrastructure. This partnership not only reaffirms Illiapolosukhinais innovative outlook, but will also create room for groundbreaking advancements in the tech world, potentially reshaping our future digital experiences.
Both Illiapolosukhinai and Tarasovsf are deeply committed to creating innovative, open-source tech tools that are accessible to a wide audience. Through this alliance, they are looking to drive forward the democratization of technology, to ensure that the transformative power of AI is within everyones reach.
From a tech enthusiasts perspective, it is fascinating to see the developments in the world of artificial intelligence and machine learning. Undeniably, Illiapolosukhinai is translating this futuristic science into practical tools that carry the potential to change ways we interact with technology. Their user-focused approach, their innovative collaborations, and their commitment to open-source projects have spurred noteworthy advancements, influencing not only the tech community, but potentially the world at large. With exciting prospects on the horizon, one can only anticipate whats next for Illiapolosukhinai in their futuristic voyage.
Liam Nguyen is a tech enthusiast and writer with a genuine passion for all things related to technology and the web. At the age of 32, Liam has already carved out a niche for himself as a go-to source for insights on emerging tech trends, gadget reviews, and practical advice for navigating the digital age. With a Bachelors degree in Computer Science from a well-known tech university, Liam combines his technical expertise with a clear, accessible writing style.
Starting his career as a software developer, Liam quickly realized that his true calling was in demystifying technology for the masses. He transitioned to tech journalism, where he now serves as a contributor to a popular online technology news platform. In his articles, Liam covers a broad spectrum of topics, from the latest smartphone releases to in-depth guides on cybersecurity, aiming to keep his readers informed and ahead of the curve.
Liams approach to writing is grounded in the belief that technology should empower and connect people. He has a particular interest in open-source projects and the democratization of technology, themes that frequently appear in his work. Liams ability to explain complex technical concepts in an engaging and straightforward manner has endeared him to a diverse audience, from tech aficionados to novices looking to get the most out of their devices.
Aside from his written work, Liam is active in online tech communities, participating in forums and social media discussions. Hes also been known to guest lecture at his alma mater, sharing his journey and inspiring the next generation of tech enthusiasts.
Liams dedication to the tech community and his knack for clear communication make him an influential voice in the tech and web category, always eager to explore how technology can make our lives better and more connected.
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Illiapolosukhinai: raising the bar in artificial intelligence with innovative developments and strategic partnerships - The National
Are Elon Musk’s concerns of AI-surged unemployment a real concern? – The Jerusalem Post
After 28 years spent literally or figuratively in Silicon Valley, Ive grown increasingly concerned about AIs potential to cause widespread, permanent unemployment. So I clambered out of the valley and into the Ivory Tower to share my fears with Israels leading economists. Turns out, the view from the Tower is wildly different from the Valley. Not a good thing.
The view from the Valley is that AI will achieve human-level intelligence within a few years, leading to rising unemployment.
Leopold Aschenbrenner, a former superintelligence researcher at OpenAI, says: We are building machines that can think and reason. By 2025/26, these machines will outpace many college graduates. By the end of the decade, they will be smarter than you or I; we will have superintelligence, in the true sense of the word... That doesnt require believing in sci-fi; it just requires believing in straight lines on a graph.
Avital Balwit, chief of staff at Anthropic, says: I am 25. These next three years might be the last few years that I work. I stand at the edge of a technological development that seems likely, should it arrive, to end employment as I know it.
Consequently, tech rivals like Sam Altman, Mark Zuckerberg, and Elon Musk agree on the need to prepare for permanent mass unemployment with universal basic income.
Whos right? I hope its the economists, but Id wager on the technologists for three reasons:
The Great Crash of 1929 saw 90% of the stock markets value vanish. A few days prior, the prominent economist, Irving Fisher, pronounced that stock prices have reached what looks like a permanently high plateau. Economists have missed every crash since, prompting the IMF to conclude that economists are notoriously poor at spotting a crisis coming, and that there is little evidence that forecasts at horizons of two to five years contain much predictive content.
Add technology to the mix, and the economists record goes from notoriously poor to comical. McKinsey, for example, pronounced that mobile phones will never be a mass market, while Nobel-winning economist Paul Krugman predicted the Internets impact would be no greater than the fax machines. In retrospect, Krugman conceded that most macroeconomics of the last 30 years was spectacularly useless at best and positively harmful at worst.
In contrast, technologists have an impressive record in predicting key milestones decades in advance. Writing in the 80s and 90s, computer scientist Ray Kurzweil accurately forecasted to within a couple of years the arrival of the Internet, smartphones, voice recognition, self-driving cars, and virtual reality. In 1990, he predicted that human-level AI would arrive in 2029, a prognostication that has since catapulted from preposterous to prescient.
The difference? The economy is governed by the butterfly effect, while technology is governed by Moores Law, which posits that computational power doubles every two years.
Kurzweil calculated roughly how much compute is needed for each milestone he envisaged, and predicted their realization at the point where these needs intersect with the exponential progression of Moores Law. His track record isnt perfect, but no economist can hold a candle to it.
The second reason is that I find the economists arguments unconvincing. One explanation they offer for their equanimity is that, despite the rise of AI, unemployment has not risen at all. Yet nobody expected generative AI to move the macroeconomic needle so quickly; and in smaller, bellwether sectors, the needle is buried in the red. Freelance job boards, for example, have seen massive drops in demand for writers, web developers, graphic designers, and engineers.
More importantly, when a macroeconomic signal does emerge, I expect it to show that AI augments people rather than making them dispensable right up to the point where it dispenses with them. By way of analogy, consider the story of Bob, a mediocre manager. In Act 1, Bob hires Sam, a wunderkind, who boosts the quality and quantity of Bobs deliverables. The big boss is happy. In Act 2, Sam has learned the ropes and is able to fly solo. Bob looks expensive and incompetent by comparison. In Act 3, Bob gets canned. The End.
The second explanation offered for their poise is that weve seen this movie before and it has a happy ending. Theres full employment today even though 99% of the pre-industrial jobs have vanished. Stay calm and carry on.
But, unlike the industrial revolution, where machines replaced our brawn and we found jobs using our brains, todays machines are set to outperform our brains. What part of our being will we use to earn a living once that happens?!
Oh, and the industrial revolution triggered a century of catastrophic hardship, including mass displacement of skilled workers, and a rush for raw materials that fueled colonialism and wars that claimed tens of millions of lives. Not a movie we want to take our kids to.
AI is approaching human-level performance across the spectrum of intellectual endeavors. At its current rate of progress, AI will soon project onto your screen a talking-head that will shape-shift to be your lawyer, graphic designer, doctor, software engineer you name it. As a rule of thumb, therefore, we should assume that any job that can be done over Zoom today can be done by an AI tomorrow. Ive encountered no credible counterargument to this.
Which leads to my second rule of thumb: employers will replace humans with AI whenever theres a buck to be made. That is the true lesson from the industrial revolution. Ive heard no credible counterargument to this either.
Silicon Valley has tunnel vision. Taken together, you see why, on balance, Id wager on Silicon Valleys predictions for what AI will soon do. But Id never trust the Valley to tell society how to adapt or prepare. When it comes to the societal implications of its technologies, Silicon Valley is spectacularly useless at best and positively harmful at worst. Indeed, recent years have seen devastating unintended consequences of the Valleys innovations, from skyrocketing teen suicides to the radicalization of our society.
Tech titans casually toss out slogans like universal basic income as though UBI is a panacea for the coming age. I favor UBI, but they seem oblivious to the monumental challenges it entails, including staggering costs, elusive sources, and complex second-order effects. Moreover, the societal problems born of mass unemployment wont end with any universal income, let alone a basic one. We need the full engagement by the Ivory Tower, leveraging the expertise of economists, political scientists, and sociologists to navigate these intricate issues.
In the coming years, AI is likely to achieve superhuman intelligence and drive rising unemployment. To my knowledge, no one has articulated a convincing case for how such AI can coexist with full employment, and so we must prepare accordingly. Yet those who see the gathering storm are ill-equipped to prepare for it, while those who know how to prepare dont see it coming.
Aesops Fable tells of two men, one blind, the other lame. Alone they cant survive, so the lame man climbs onto the blind mans back, and united they can navigate safely.
The moral is clear: we cant rely solely on economists predictions or Silicon Valleys optimism. We need technologists who understand AIs potential, economists who can model its impacts, and policymakers who can implement solutions.
The clock is ticking. Our choices today will shape whether AI becomes humanitys greatest achievement or, like the golem of Jewish lore, a force that turns on its master.
The writer is CEO and co-founder of Lemonade (NYSE: LMND), and chairman of the MOSAIC Policy Institute, whose mission it is to ensure that Artificial Intelligence benefits all of Israels society.
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Are Elon Musk's concerns of AI-surged unemployment a real concern? - The Jerusalem Post
France: the rising star in global artificial intelligence landscape – The National
In our current connected world, technological advancement is constant, and the international tech landscape is reshaping itself at a rapid pace. With emerging tech trends and innovations, countries across the globe are striving to establish themselves as leaders in this digital revolution. Oftentimes, when we discuss technological powerhouses, areas like Silicon Valley, London, and Beijing immediately come to mind. However, theres a rising star quietly weaving its way into the tech scene: France. With a hefty investment in artificial intelligence (AI) development, France is on its way to becoming a significant player in the global tech community.
The French governments commitment to AI is truly remarkable. Recently, a striking 1.5 billion ($1.8 billion) budget was allocated towards AI research and development. The goal behind this massive investment is to transform France into a leading AI nation and create an AI ecosystem that drives innovation and encourages domestic and global collaborations. This endeavor has already begun attracting AI talent and startups from around the world, magnifying the buzz around France as a rising tech hub.
One notable approach France has taken is the introduction of the French Tech Visa, a non-restrictive, easy-to-get visa for tech talent worldwide. Aimed at attracting tech professionals, startup founders, and investors, this visa is a clear indication of Frances eagerness to foster an international tech environment.
Frances AI push is indeed altering the dynamics of the European tech landscape. It has brought a new level of competition to established tech hubs like London and Berlin. Despite the challenges ahead, the French initiatives are making waves. There is a palpable sense of momentum within the countrys tech industry, with promising AI startups popping up and global tech giants opening new research facilities.
Notably, Google and Facebook, two of the greatest tech behemoths have chosen France for their AI research facilities, further emphasizing the countrys growing prestige as a center for AI development. These companies role in driving AI innovation is undeniably significant, and their faith in France as a vital component in this arena signals a promising future.
Although still in its formative years, Frances AI industry shows great promise. The governments investment, combined with the appeal to international AI talent, has positioned the country as a burgeoning AI development hub. The arrival of major tech giants signals a critical juncture for Frances AI ambitions. Without a doubt, one can anticipate that France will continue to climb the ranks in the global technology stage. Its tech scene is one to keep an eye on, as its influence on the European and global tech market could be considerable.
As we move ever further into this digitally connected world, it will be the countries that invest in and foster technological innovation that will pace ahead. Harnessing the potential of AI and other emerging technologies is vital, and France is demonstrating world-class leadership in this arena. The impact of its efforts will not only enhance its technological prowess but may also pave the way for a better-connected, AI-driven world.
Liam Nguyen is a tech enthusiast and writer with a genuine passion for all things related to technology and the web. At the age of 32, Liam has already carved out a niche for himself as a go-to source for insights on emerging tech trends, gadget reviews, and practical advice for navigating the digital age. With a Bachelors degree in Computer Science from a well-known tech university, Liam combines his technical expertise with a clear, accessible writing style.
Starting his career as a software developer, Liam quickly realized that his true calling was in demystifying technology for the masses. He transitioned to tech journalism, where he now serves as a contributor to a popular online technology news platform. In his articles, Liam covers a broad spectrum of topics, from the latest smartphone releases to in-depth guides on cybersecurity, aiming to keep his readers informed and ahead of the curve.
Liams approach to writing is grounded in the belief that technology should empower and connect people. He has a particular interest in open-source projects and the democratization of technology, themes that frequently appear in his work. Liams ability to explain complex technical concepts in an engaging and straightforward manner has endeared him to a diverse audience, from tech aficionados to novices looking to get the most out of their devices.
Aside from his written work, Liam is active in online tech communities, participating in forums and social media discussions. Hes also been known to guest lecture at his alma mater, sharing his journey and inspiring the next generation of tech enthusiasts.
Liams dedication to the tech community and his knack for clear communication make him an influential voice in the tech and web category, always eager to explore how technology can make our lives better and more connected.
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France: the rising star in global artificial intelligence landscape - The National
Man charged with possession of child pornography after allegedly using artificial intelligence – Moore County News Press
CONROE, Texas A 30-year-old man has been charged with possession of child pornography after allegedly using artificial intelligence to alter an image of a 17-year-old girl, authorities said.
On May 15, 2024, Constable Ryan Gable's Human Trafficking Unit initiated an investigation into Roman Shoffner, who allegedly used an AI program on his cellphone to remove the clothing from a picture of a 17-year-old female, according to a press release from the unit. The altered image depicted the girl's face with a nude body from the neck down.
Shoffner's phone was seized and forensically analyzed. Detectives from Precinct 3 gathered enough probable cause to believe Shoffner created the image with the intention of possessing child pornography. An arrest warrant was subsequently filed.
On June 28, 2024, Shoffner was located by law enforcement and arrested for possession of child pornography. He was booked into the Montgomery County Jail.
Originally published on mytexasdaily.com, part of the BLOX Digital Content Exchange.
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Man charged with possession of child pornography after allegedly using artificial intelligence - Moore County News Press
3 Hardware Stocks to Buy for the Artificial Intelligence Era – InvestorPlace
Hardware stocks are the future, and will only to continue to grow with AI. Grow your portfolio forward with these three stocks
Source: Owlie Productions / Shutterstock.com
Its no secret that the hardware industry stands to gain a lot from the boom in artificial intelligence. After all, it is the continued growth of the tech hardware industry that makes developments, such asAI, more available to the public.
The global computer hardware market is expected to grow to $914.55 billion by 2028 at a 6.5% CAGR. While this growth comes from a myriad of factors, one of the more notable ones include the expansion of data centers.
All of the cloud serviceindustry leaders, Amazon (NASDAQ:AMZN), Google (NASDAQ:GOOG, NASDAQ:GOOGL) and Microsoft (NASDAQ:MSFT), have announced expansions of data centers for the storage and processing needs in hosting AI applications. Here are three hardware stocks for AI that I have identified as excellent picks.
Seagate (STX)
Source: Shutterstock
Seagate (NASDAQ:STX) is a data storage company that broadly covers the data storage industry. The companys focuses include cloud storage systems and services, hard drives and solid state drives. Yahoo! Finance has 27 analysts predicting a 1-year price range on STX to be between $55.00 and $119.00, with a mean of $99.60.
STX did not show strong revenue, but profitability for the company has greatly improved. While revenue suffered a year-on-year loss, net profit margin has increased 106.49% YOY. Evidently, the companys improvement in profitability is characterized in its 941.13% YOY growth in free cash flow. STX even shows signs of being undervalued with a -11.45 price to book ratio, well below the sector median.
STX is a great buy beyond the financials. Seagate has partnered itself with Ebay to expand its Hard Drive Singularity Program. By selling refurbished and recertified hard drives on Ebay, this program improves Seagate revenue while also promoting sustainability. Seagate has also launched a new hard drive platform: the Mozaic 3+. The 30 terabyte Mosaic 3+ Exos hard drive has the same carbon footprint as a standard 16 terabyte hard drive, maximizing efficiency and furthering sustainability efforts. STX is one of the hardware stocks for AI that investors have to add to their portfolios.
Arista Networks (ANET)
Source: Sundry Photography / Shutterstock.com
Arista Networks (NYSE:ANET) is a computer networking company that develops and manufactures components for large data centers and high-performance computing. Yahoo! Finance reports 25 analysts predicting a 1-year price range on ANET between $220.00 and $389.00, with a mean of $323.77.
ANET has shown very strong financials for Q1 2024. The companys profitability has shown great improvement, as earnings per share is up 39.16% YOY. Revenue has shown excellent growth, as seen through a 46.1% YOY net income increase. Management has done an excellent job at increasing revenue while maintaining profitability, with revenue growth being more than double operating expenses growth.
Arista has partnered with NVIDIA (NASDAQ:NVDA) to develop an AI data center with lowered job completion times. Specifically, this network will streamline the use of generative AI applications for clients, saving clients time and growing ANETs revenue by being the first choice in AI data centers. Arista has also introduced Universal Network Observability (UNO) on its operational tasks platform CloudVision. UNO improves troubleshooting abilities for clients through AI-driven analysis and recommendations for network issues. ANET is one of the hardware stocks for AI for me because of its advancements and new services that emphasize improving client experiences.
Pure Storage (PSTG)
Source: Tada Images / Shutterstock
Pure Storage (NYSE:PSTG) is a data storage platform that aims to simplify IT and offer data security to its clients. The company has approximately 60% of the Fortune 500 as clients. Yahoo! Finance reports 19 analysts predicting a 1-year price range on ANET between $44.00 and $80.00, with a mean of $70.51.
PSTG boasts strong financials for Q1 2024. The company beat revenue and earnings expectations for Q1 2024, having demonstrated impressive jumps in both revenue and profitability. Revenue grew 17.68% YOY and EPS grew a whopping 300% YOY. This profitability growth is even more impressive when seeing the balance sheet, as management has made sure that asset growth has more than doubledliability growth YOY.
Pure Storage has made an investment in Landing AI, a visual AI solutions company innovating in the space of Large Visual Models. Additionally, Landing AI develops AI tools that analyze visual data. This aligns closely with PSTGs goal as a data storage platform, and the companies will share common interests. Pure Storage has enhanced its cybersecurity offerings with improved ransomware recover and AI-based anomaly detection. These innovations specifically boost data security. For instance, the anomaly detection analyzing historical data of clients anomaly patterns to identify threats faster. PSTG is one of the hardware stocks for AI for investors.
On the date of publication, Matthew Rodriguesdid not hold (either directly or indirectly) any positions in the securities mentioned in this article.The opinions expressed in this article are those of the writer, subject to the InvestorPlace.comPublishing Guidelines.
Matthew Rodrigues is a college student studying Business at UC Berkeley Haas. He believes detailed research and correct interpretation of current events is what leads to investment success.
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3 Hardware Stocks to Buy for the Artificial Intelligence Era - InvestorPlace
He has cancer so he made an AI version of himself for his wife after he dies : Consider This from NPR – NPR
He has cancer so he made an AI version of himself for his wife after he dies : Consider This from NPR Michael Bommer likely only has a few weeks left to live. A couple years ago, he was diagnosed with terminal colon cancer.
Then, an opportunity arose to build an interactive artificial intelligence version of himself through a friend's company, Eternos.Life, so his wife, Anett, can interact with him after he dies.
More and more people are turning to artificial intelligence to create digital memorials of themselves.
Meanwhile Katarzyna Nowaczyk-Basiska, a research assistant at the University of Cambridge, has been studying the field of "digital death" for nearly a decade, and says using artificial intelligence after death is one big "techno-cultural experiment" because we don't yet know how people will respond to it.
Artificial intelligence has opened the door for us to "live on" after we die. Just because we can, should we?
For sponsor-free episodes of Consider This, sign up for Consider This+ via Apple Podcasts or at plus.npr.org.
Email us at considerthis@npr.org.
Michael Bommer and his wife, Anett. Robert LoCascio hide caption
Michael Bommer and his wife, Anett.
Michael Bommer likely only has a few weeks left to live.
A couple of years ago, he was diagnosed with colon cancer. The doctors told him it was terminal.
"A year ago, I sat with my wife in one of these more teary-eyed exercises, talking about what comes. And my wife said, 'Hey, one of the things I will miss most is being able to come to you, ask you a question, and you will sit there and calmly explain the world to me,'" he said.
He posted online, telling his friends it was time to say goodbye. Then his friend called him up, saying he had an opportunity at his company Eternos.Life for Bommer to build an interactive AI version of himself.
Bommer immediately said yes, and his wife, Anett, was all in, too. They shared with Consider This host Mary Louise Kelly the journey they went on with this project.
You're reading the Consider This newsletter, which unpacks one major news story each day. Subscribe here to get it delivered to your inbox, and listen to more from the Consider This podcast.
AI has access to all sorts of knowledge, but his wife only wants to ask it questions that only Bommer would know the answers to. Normally, uploading this information would take weeks or months, but Bommer needed to put it together in just a few days.
He says there were two steps to programming it:
"Now, when the AI wants to answer a question, the question goes into... imagine it like a cloud. And in the cloud is all the knowledge which I left for the AI. And he picks parts of the things I talked [about] which fit for the answer and put them together into a strain, into an answer."
Bommer sees his AI as a digital memoir.
"And so if you write your memoir, that's not eternal life. So I see it more as a tool, right? I want to give my knowledge and experience. And then I'm gone... And I want the next generations to inherit my experience and my knowledge as much as possible," he says.
He doesn't care how they choose to use it. "If it's used or not, if they hang it as a picture... or they put it in a drawer, I don't care. I cannot influence that. But I can leave it, right? I can leave it behind."
And his wife, Anett, says she sees it as a tool, too. She's not afraid of it, and if she ever gets afraid she says she would simply not use it.
But when thinking about what questions she might end up asking this tool, once Bommer dies: "I assume perhaps to read me a poem. I could ask him when we met... Or I can ask him, OK, tell me about [how] he proposed... so remembering together all the nice things we had."
Listen to the full episode of Consider This to hear the rest of Michael and Anett's story, and hear from researchers studying this field of digital death about their potential concerns.
This episode was produced by Kathryn Fink. It was edited by Courtney Dorning. Our executive producer is Sami Yenigun.
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He has cancer so he made an AI version of himself for his wife after he dies : Consider This from NPR - NPR
Can Apple Intelligence break the pattern of half-baked AI? – The Washington Post
On Monday, Apple outlined ways its new artificial intelligence features will let you ask a remodeled Siri to pull up the latest episode of your favorite podcast, use the Mac email app to rewrite your clunky message and generate an AI-customized image in your group chat.
It all sounded useful or fun, in theory. But there are two nagging realities that make it tough to trust AI features that Apple executives described in a prerecorded video and notably, did not demonstrate live or allow many journalists to try.
First, other companies including Google, Amazon and Microsoft have bragged about similarly useful AI features that have not worked nearly as well as they promised. Second, Apple has a rocky track record in AI, including having foisted on you the dimwitted Siri for more than a decade.
If 2023 was the year when AI mania went into hyperdrive, 2024 must be the prove it year.
Too many companies have promised magically useful AI that instead has often been rushed, barely functional, not very useful, insecure or error-prone, including Googles new AI-powered search that suggested people eat glue. All this half-baked technology is a drain on your time, energy and faith in new forms of AI.
Apples new AI-powered features might be great. Most people wont get their hands on the Apple AI features until September or later, and you might need to buy a new iPhone to use them.
Apple discussed what are essentially two tiers of AI coming to some newer iPhones, Macs and iPads: the companys own AI and that of OpenAIs ChatGPT that will step in for tasks that Siri or Apples apps cant handle.
Apple showed, for example, that if you wanted AI help to write a custom bedtime story for your child, your phone might ask for your permission to share your written prompt with ChatGPT.
It wasnt clear to me, however, why it wouldnt be simpler just to use the ChatGPT app or website to generate the bedtime story. (Apples own AI may not be capable of this task yet, or Apple didnt want to risk its AI botching a childrens story.)
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Apple also lowered the bar for itself by not promising an all-capable AI assistant that would let you skip the steps in planning your vacation or a grocery order.
No companys AI can do that, even the AI assistants from Microsoft, Google and OpenAI that say theyre all-capable. (AI cant even peer into all the places you have relevant information, including a Gmail message, Excel spreadsheet and travel invoice in Expedia.)
Instead, Apple said its AI will make what you already do with its apps and later, potentially other companies apps smarter and easier.
Several of the features Apple showed including AI writing helpers and AI for editing objects out of photos are now standard features from Google, Microsoft or Samsung.
Even with the lower bar, its not clear whether Apple can make solid and flawless AI. This is the company that made Siri, the clunky iTunes that even a top executive made fun of, unsuccessful driverless car software and auto-correct that thinks youre typing duck. Apple did not respond to a request for comment.
So much AI promises magic and instead is wildly flawed or useful mostly for a small number of tasks.
I dont blame any of you who arent regular users of the new forms of AI and thats most people. Only about 7 percent of Americans are using ChatGPT daily, according to a recent survey conducted for the Reuters Institute for the Study of Journalism.
OpenAI announced a chattier version of its chatbot in May, but it didnt have most of the features the company discussed. Google this year scaled back both its AI image generator and the AI-powered search results after high-profile flubs. Meta AI is kind of dumb. Amazon showed an error-prone AI-upgraded Alexa last year and it hasnt been released yet. (Amazon founder Jeff Bezos owns The Washington Post.)
Those goofs arent Apples fault, and the company is usually wary of releasing products before theyre polished.
But the backdrop for Apples AI glow-up is that it and other companies are under so much pressure to show off their AI expertise to investors, employees and business partners. Its hard to know if any AI is really made for you, or if its mostly for corporate self-interest.
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Can Apple Intelligence break the pattern of half-baked AI? - The Washington Post
Artificial intelligence tool may enhance usability of medical images – The Source – Washington University in St. Louis
Biomedical engineer Abhinav Jha, an assistant professor at the McKelvey School of Engineering and of radiology at the School of Medicine, both at Washington University in St. Louis, has long advocated that artificial intelligence (AI) tools used in medical applications for image processing need to be evaluated based on clinical tasks, not visual appeal.
In a study published in IEEE Transactions on Radiation and Plasma Medical Sciences, Jha and his collaborators developed a tool that demonstrates the potential to improve performance on clinical tasks. The tool has been developed in the context of denoising myocardial perfusion imaging (MPI) single-photon emission computed tomography (SPECT) images.
For doctors to obtain these images, which help evaluate blood flow to the heart muscle, patients first receive a dose of radioactive tracer and then remain stationary for up to 15 minutes during the scan. Reducing the dose of the tracer, the time required or both would benefit patients, streamline the process and reduce imaging cost. However, it also would reduce the ability to visualize cardiac defects with the images.
Inspired by our understanding of how the human visual system works, Jhas team developed a detection task-specific deep-learning-based approach for denoising these low-count MPI SPECT images so the quality improves. The new tool, called DEMIST, leverages a deep-learning framework to selectively clean such images while preserving features that influence detection tasks.
Read more on the McKelvey School of Engineering website.
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Artificial intelligence tool may enhance usability of medical images - The Source - Washington University in St. Louis
AIs coming inverted pyramid moment for journalism – Poynter
Technology isnt just a medium through which communication happens. It has an editorial impact on how journalists collect, filter and ultimately prioritize information as well as how the audience receives and perceives it. This is the great insight from Marshall McLuhans phrase, The medium is the message.
Because of the pace of change, we already recognize the growth of generative artificial intelligence as a pivotal moment for news. What we havent braced for, and perhaps cant predict, is how the medium of generative AI will impact our message.
One of the most potent examples of technology playing the role of prime-editor the first external influence to have an effect on copy is the inverted pyramid, which has been a staple of journalism for seemingly forever. Its so foundational that it feels engrained in the nature of news itself. But the inverted pyramid as we know it today is a direct result of the technological marvel that was the telegraph.
A 2003 Poynter article titled Birth of the Inverted Pyramid: A Child of Technology, Commerce and History explains:
But the telegraph had a drawback. It was expensive to use. One of the first charges was a penny a character. Newspapers spent hundreds of thousands of dollars in telegraph costs to report the Civil War. That economic pressure more than anything else influenced a new kind of writing that departed from the flowery language of the 19th century it was concise, stripped of opinion and detail. Fueling the shift in writing style was a new type of news organization, named the wire service after the technology used to transmit the news.
This pattern, where technology acts as a prime-editor, has repeated itself through every technological revolution. Television brought us the anchorman. Search engines wrote countless boring headlines. And the wave of social sharing encouraged These 10 headlines that you have to click to believe.
When video came to social media, auto-playing silent videos with text overlays suddenly became ubiquitous. This shift, driven by platform algorithms rather than a deliberate editorial strategy, marked the pivot to video era. Ive written much about this in the past under the name of platform intelligence. Study the platform (the medium) and it will inform your editorial thrust.
With all that history to set the scene, the question again becomes: What will be generative AIs inevitable prime-editorial directive? Will it be as monumental and long-lasting as the inverted pyramid, or will it be a parallax scrolling fad? My hunch, shared by many, is the former, although the jury is technically still out.
The pace of change has been so fast that one can be forgiven for wanting to wait before declaring what the fallout of generative AI could be for news organizations.
In a provocative vision of the future, the influence of generative AI on editorial will flatten the value of producing formats. Today, a lot of time, energy and talent are spent on formatting information in just the right way. We craft stories written with grace, audio pieces meant to entice and tightly edited videos to engage. The cost of production in terms of formatting could drop dramatically.
Before we fear this future, Im not suggesting the value-add of journalism disappears, but rather shifts from production toward something else. Its that something else where the editorial influence of generative AI will become apparent.
For example, in a world where formatting and production are greatly eased, the emphasis for journalists is to find the new. What is the new information that can be formatted? When a local city council passes a bill, thats new information. The journalist should share that information and other context, such as reactions from supporters or opponents.
It wasnt too long ago when news organizations had local stringers who would call in information to the rewrite person. Some stringers probably couldnt write their way out of a paper bag, but they were great journalists who knew how to focus on the new.
With emphasis put on gathering the new, the role of the journalist is not only to be in the know but to also cultivate relationships, personal and digital, to help them stay in the know and, even more importantly, gather unique/proprietary information that will increase the value of future formatting work. If all of this sounds like shoe-leather 101, it is. The journalist-as-writer could shift back to journalist-as-person-who-turns-over-rocks.
Another second-order consequence we can imagine in the aftermath of decreased formatting costs would be a newfound emphasis on content that is provably human-created. If AI-created sales emails reach a fever pitch, we can expect to see a counterresurgence of in-person sales efforts. As cheap and dubious content spreads online, print may find a new value as a provably costly format (print production). Anything that can show the human touch could get new value, and that is the kind of editorial influence from generative AI that many folks who bleed black ink might welcome.
Generative AI will impact journalism on several fronts such as the business models and audience experience and, finally, the editorial focus/mission of news organizations around the world. The medium is the message, and I hope that as an industry we will use the momentum of this shift in our favor.
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AIs coming inverted pyramid moment for journalism - Poynter
Artificial Intelligence at the Edge: Evolving Homes and Factory Floors – IDTechEx
From virtual assistants in smart speakers to on-the-fly photo editing in smartphones, artificial intelligence has found its way to the edge of the computing network via specific devices. The inclusion of AI into consumer electronics products has allowed for richer user experiences, with the types of added functionalities that are now seen as commonplace.
While the majority of revenue associated with the sale of semiconductor chips that support machine learning acceleration is taken by the data centre market - given that the training of AI algorithms is more computationally intensive than what is feasible at the edge, and that not all applications require cloud-disconnected inference - the edge remains the fastest growing computing environment for AI.
This webinar, filmed in September 2023, looks at the projected growth of AI at the edge, and how individual markets are to develop with increased AI adoption. In particular, close scrutiny is given to the ways in which AI is poised to transform the home and factory settings, as autonomy and interconnectivity increases across devices.
The webinar includes:
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Artificial Intelligence at the Edge: Evolving Homes and Factory Floors - IDTechEx