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Tag: Computer

  • US effort to curb China’s and Russia’s access to advanced computer chips ‘inadequate,’ report finds

    US effort to curb China’s and Russia’s access to advanced computer chips ‘inadequate,’ report finds

    WASHINGTON — The Commerce Department’s efforts to curb China’s and Russia’s access to American-made advanced computer chips have been “inadequate” and will need more funding to stymie their ability to manufacture advanced weapons, according to a report published Wednesday by the Senate’s Permanent Subcommittee on Investigations.

    The Biden administration imposed export controls to limit the ability of China and Russia ability to access U.S.-made chips after Russia’s invasion of Ukraine nearly three years ago.

    The agency’s Bureau of Industry and Security, according to the report, does not have the resources to enforce export controls and has been too reliant on U.S. chip makers voluntarily complying with the rules.

    But the push for bolstering Commerce’s export control enforcement comes as the incoming Trump administration says it is looking to dramatically reduce the size and scope of federal government. President-elect Donald Trump has tapped entrepreneurs Elon Musk and Vivek Ramaswamy to lead a new “Department of Government Efficiency” to dismantle parts of the federal government.

    The Trump transition team did not immediately respond to a request for comment on the report.

    BIS’s budget, about $191 million, has remained essentially flat since 2010 when adjusted for inflation.

    “While BIS’ budget has been stagnant for a decade, the bureau works diligently around the clock to meet its mission and safeguard U.S. national security,” Commerce Department spokesperson Charlie Andrews said in a statement in response to the report.

    Andrews added that with “necessary resources from Congress” the agency would be “better equipped to address the challenges that come with our evolving national security environment.”

    In a letter to Commerce Secretary Gina Raimondo on Wednesday, Democratic Sen. Richard Blumenthal of Connecticut, chair of the subcommittee, pointed to an audit of Texas Instruments that showed the Russian military continued to acquire components from Texas Instruments through front companies in Hong Kong to illustrate how the export controls are failing as an effective tool.

    The committee’s findings, Blumenthal said, suggest that Texas Instruments “missed clear warning signs” that three companies in its distribution chain had been diverting products to Russia. Texas Instruments did not immediately respond to a request for comment.

    “While Congress must provide BIS more resources to undertake its critical mission, it is long past time for BIS to make full use of the enforcement powers Congress has conferred upon it and take aggressive steps to cut the flow of U.S. semiconductors into the Russian war machine,” Blumenthal wrote.

    It’s not just Texas Instruments that’s the issue. The subcommittee in September published a report that found aggregated exports from four major U.S. advanced chip manufacturers nearly doubled from 2021 to 2022 to Armenia and Georgia.

    Both of those countries are home to front companies known to assist Russia in acquiring advanced chips made in the U.S. despite export controls.

    China, meanwhile, has created “vast, barely disguised smuggling networks which enable it to continue to harness U.S. technology,” the subcommittee report asserts.

    Washington has been gradually expanding the number of companies affected by such export controls in China, as President Joe Biden’s administration has encouraged an expansion of investments in and manufacturing of chips in the U.S.

    But Chinese companies have found ways to evade export controls in part because of a lack of China subject matter experts and Chinese speakers assigned to Commerce’s export control enforcement.

    The agency’s current budget limits the number of international end-use checks, or physical verification overseas of distributors or companies receiving American-made chips that are the supposed end users of products. Currently, Commerce has only 11 export control officers spread around the globe to conduct such checks.

    The committee made several recommendations in its report, including Congress allocating more money for hiring additional personnel to enforce export controls, imposing larger fines on companies that violate controls and requiring periodic reviews of advanced chip companies’ export control plans by outside entities.

    ___

    Boak reported from West Palm Beach, Florida.

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  • Biden admin to provide $750 million to North Carolina-based Wolfspeed for advanced computer chips

    Biden admin to provide $750 million to North Carolina-based Wolfspeed for advanced computer chips

    WASHINGTON — The Biden-Harris administration announced plans Tuesday to provide up to $750 million in direct funding to Wolfspeed, with the money supporting its new silicon carbide factory in North Carolina that makes the wafers used in advanced computer chips and its factory in Marcy, New York.

    Wolfspeed’s use of silicon carbide enables the computer chips used in electric vehicles and other advanced technologies to be more efficient. The North Carolina-based company’s two projects are estimated to create 2,000 manufacturing jobs as part of a more than $6 billion expansion plan.

    “Artificial intelligence, electric vehicles, and clean energy are all technologies that will define the 21st century, and thanks to proposed investments in companies like Wolfspeed, the Biden-Harris administration is taking a meaningful step towards reigniting U.S. manufacturing of the chips that underpin these important technologies,” Commerce Secretary Gina Raimondo said in a statement.

    The new Wolfspeed facility in Siler City could be a critical symbol in this year’s election, as it opened earlier this year in a swing state county that is undergoing rapid economic expansion in large part due to incentives provided by the Biden-Harris administration.

    Vice President Kamala Harris, the Democratic nominee, is making the case to voters that the administration’s mix of incentives are increasing factory work, while former President Donald Trump, the Republican nominee, says the threat of broad tariffs will cause overseas factories to relocate in the United States.

    In 2023, President Joe Biden spoke at Wolfspeed to promote his economic agenda, saying it would help the United States outcompete China. Trump narrowly won North Carolina during the 2020 presidential election and has talked about bringing back the state’s furniture manufacturing sector.

    The Biden-Harris administration’s argument is that the government support encourages additional private investments, a case that appears to apply to Wolfspeed.

    In addition to the government grant, a group of investment funds led by Apollo, The Baupost Group, Fidelity Management & Research Company and Capital Group plan to provide an additional $750 million to Wolfspeed, the company said. Wolfspeed also expects to receive $1 billion from an advanced manufacturing tax credit, meaning the company in total will have access of up to $2.5 billion.

    Wolfspeed CEO Gregg Lowe told The Associated Press that the United States currently produces 70% of the world’s silicon carbide — and that the investments will help the country preserve its lead as China ramps up efforts in the sector.

    Lowe said “we’re very happy with this grant” and that the Commerce Department staff awarding funds from the 2022 CHIPS and Science Act was “terrific.”

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  • College football odds, picks, bets, predictions for Week 7, 2024: Computer model likes Notre Dame, Vanderbilt

    College football odds, picks, bets, predictions for Week 7, 2024: Computer model likes Notre Dame, Vanderbilt

    The Week 7 college football schedule looks like one of the best of the year, with high-profile rivalry games like Texas vs. Oklahoma and critical top-25 matchups like Ohio State vs. Oregon and Ole Miss vs. LSU. The Buckeyes are ranked No. 2 in the AP Top 25 while the Oregon Ducks are ranked No. 3, and the winner of Saturday’s matchup in Eugene could have the inside track on winning the Big Ten championship. The latest Week 7 college football odds list Ohio State as the 3.5-point favorite while the over/under is at 52.5 points.

    Meanwhile, No. 1 Texas is a 14.5-point favorite over No. 18 Oklahoma while No. 9 Ole Miss is a 3.5-point favorite over No. 13 LSU in the Week 7 college football lines. So how should you be handling those matchups, and what other Week 7 college football spreads can you capitalize on this weekend? Before locking in any Week 7 college football picks on those games or others, be sure to see the latest college football predictions from SportsLine’s proven model.

    The model simulates every FBS college football game 10,000 times. Since its inception, it has generated a profit of well over $2,000 for $100 players on its top-rated college spread football picks, and is 8-4 on top-rated picks over the past two weeks of this season. Anyone who has followed it has seen strong returns. 

    Now, it has turned its attention to the latest college football odds and Week 7 college football betting lines on the spreadmoney line and over/underHead here to see every pick.

    Top college football predictions for Week 7 

    One of the college picks the model is high on during Week 7: No. 11 Notre Dame (-23.5) cruises to a blowout win over Stanford in a 3:30 p.m. ET matchup on Saturday. Notre Dame was the significantly better side when these teams met last season, covering the spread as a 26-point road favorite in a 56-23 win. The Fighting Irish have won 10 of their last 12 home games, and they have covered the spread in six of their last eight games overall.

    Stanford has struggled dating back to the end of last season, covering just twice in its last eight games. Additionally, the Cardinal have been consistently bad away from home, going 5-11 against the spread in their last 16 road games. SportsLine’s model expects those trends to continue on Saturday, as Notre Dame is scoring more than 40 points and covering the spread in nearly 60% of the latest simulations. See the rest of its Week 7 college football picks here. 

    Another prediction: Vanderbuilt covers as 13.5-point road underdogs against Kentucky in a 7:45 p.m. ET kickoff on Saturday. The Commodores are coming off their biggest win in program history, knocking off No. 1 Alabama as 22.5-point home underdogs. The win improved Clark Lea’s program to 3-2 and gave Vanderbilt its first win over an AP Top 5 program in school history.

    New Mexico State transfer Diego Pavia went 16-for-20 for 252 yards and two touchdowns without an interception while also rushing for 56 yards in the victory. Pavia has thrown for eight touchdowns without an interception so far this season and has also rushed for 335 yards and two touchdowns. Vanderbilt also won the turnover battle 2-0 against Alabama and that’s a big reason why the model has the Commodores covering in over 60% of simulations. See picks for every other game in Week 7 here. 

    How to make college football picks for Week 7

    The model has also made the call on who wins and covers in every FBS matchup in Week 7, and it’s calling for a whopping 10 underdogs to win outright. You can only get every pick for every game at SportsLine.

    So what college football picks can you make with confidence, and which 10 underdogs win outright in Week 7? Check out the latest college football odds below, then visit SportsLine to see which teams win and cover the spread, all from a proven computer model that has returned well over $2,000 in profit since its inception, and find out.

    College football odds for Week 7

    See full Week 7 college football picks, odds, predictions here

    Wednesday, Oct. 9

    New Mexico State at Jacksonville State (-20.5, 59)

    Thursday, Oct. 10

    Coastal Carolina at James Madison (-9.5, 61)

    Middle Tennessee at Louisiana Tech (-4.5, 49)

    UTEP at Western Kentucky (-19.5, 57.5)

    Friday, Oct. 11

    Northwestern at Maryland (-10, 45.5)

    UNLV at Utah State (+19, 65.5)

    Utah at Arizona State (+6.5, 45.5)

    Saturday, Oct. 12

    Clemson at Wake Forest (+20, 60.5)

    South Carolina at Alabama (-21.5, 50.5)

    Stanford at Notre Dame (-23.5, 45.5)

    Texas vs. Oklahoma (+14.5, 50.5)

    Penn State at USC (+5.5, 51)

    Mississippi State at Georgia (-33.5, 53.5)

    Florida at Tennessee (-15.5, 55.5)

    Ole Miss at LSU (+3.5, 64)

    Ohio State at Oregon (+3.5, 53.5)

    Iowa State at West Virginia (+3, 53)

    Kansas State at Colorado (+4, 56.5)



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  • Vera Molnar, Pioneer of Computer Art, Dies at 99

    Vera Molnar, Pioneer of Computer Art, Dies at 99

    Vera Molnar, a Hungarian-born artist who has been called the godmother of generative art for her pioneering digital work, which started with the hulking computers of the 1960s and evolved through the current age of NFTs, died on Dec. 7 in Paris. She was 99.

    Her death was announced on social media by the Pompidou Center in Paris, which is scheduled to present a major exhibition of her work in February. Ms. Molnar had lived in Paris since 1947.

    While her computer-aided paintings and drawings, which drew inspiration from geometric works by Piet Mondrian and Paul Klee, were eventually exhibited in major museums like the Museum of Modern Art in New York and the Los Angeles County Museum of Art, her work was not always embraced early in her career.

    “Vera Molnar is one of the very few artists who had the conviction and perseverance to make computer-based visual art at a time when it was not taken seriously as an art form, with critics denouncing the emergent form since they did not believe that the artist’s hand was evident in the work,” Michael Bouhanna, the global head of digital art at Sotheby’s, wrote in an email.

    Ms. Molnar in fact began to employ the principles of computation in her work years before she gained access to an actual computer.

    In 1959, she began implementing a concept she called “Machine Imaginaire” — imaginary machine. This analog approach involved using simple algorithms to guide the placement of lines and shapes for works that she produced by hand, on grid paper.

    She took her first step into the silicon age in 1968, when she got access to a computer at a university research laboratory in Paris. In the days when computers were generally reserved for scientific or military applications, it took a combination of gumption and ’60s idealism for an artist to attempt to gain access to a machine that was “very complicated and expensive,” she once said, adding, “They were selling calculation time in seconds.”

    Still, she later said in an interview with the art curator and historian Hans Ulrich Obrist, “In 1968 we thought that everything was possible, and all you have to do is knock on the doors and the doors open.” Even so, she was met with skepticism from the head of the computer lab.

    “He gave me a look,” she said, “and I had the feeling that he was considering whether he should call for a nurse to sedate me or lock me up.”

    Making art on Apollo-era computers was anything but intuitive. Ms. Molnar had to learn early computer languages like Basic and Fortran and enter her data with punch cards, and she had to wait several days for the results, which were transferred to paper with a plotter printer.

    One early series, “Interruptions,” involved a vast sea of tiny lines on a white background. As ARTNews noted in a recent obituary: “She would set up a series of straight lines, then rotate some, causing her rigorous set of marks to be thrown out of alignment. Then, to inject further chaos, she would randomly erase certain portions, resulting in blank areas amid a sea of lines.” Another series, “(Des)Ordres” (1974), involved seemingly orderly patterns of concentric squares, which she tweaked to make them appear slightly disordered, as if they were vibrating.

    Over the years, Ms. Molnar continued to explore the tensions between machine-like perfection and the chaos of life itself, as with her 1976 plotter drawing “1% of Disorder,” another deconstructed pattern of concentric squares. “I love order, but I can’t stand it,” she told Mr. Obrist. “I make mistakes, I stutter, I mix up my words.” And so, she concluded, “chaos, perhaps, came from this.”

    Viewers of her work were not always entranced. Ms. Molnar recalled one exhibition at which visitors would, she joked, “look to the side so as not to get some kind of terrible eye affliction from looking at them.” She eventually spoke out, telling a skeptical visitor that computers, like artworks, were made by intelligent humans, and that therefore “the most human art is made by computer, because every last bit of it is a human invention.”

    “Oh my, the reactions I got!” she said. “But I survived, you know.”

    Vera Gacs was born on Jan. 5, 1924, in Budapest. She found early artistic influence from an uncle who was a “Sunday painter,” as she put it in a 2012 interview.

    “I went to his house to admire him; he painted clearings, undergrowth with dancing nymphets,” she said. “The smell of the oil paint, the little green and yellow leaves, enchanted me.” Her uncle gave her a wooden box of pastels, which she used to draw evening sunsets at the family’s country house near Lake Balaton.

    Ms. Molnar went on to study art history and aesthetics at the Hungarian University of Fine Arts, where she met her future husband, François Molnar, a scientist who at times collaborated with her on her work.

    Mr. Molnar died in 1993. Information about survivors was not immediately available.

    After Ms. Molnar graduated in 1947, the couple moved to Paris, where she began her art career and found herself mingling in cafes with prominent abstract artists, like Victor Vasarely, Fernand Léger and Wassily Kandinsky, who also brought a geometric sensibility to their work.

    By the early 1960s, she was enough of a recognized figure in the art world to join with François Morellet, Julio Le Parc, Francisco Sobrino and others to form the influential collective Groupe de Recherche d’Art Visuel, which sought to incorporate science and industrial materials into the making of art.

    Her career continued to expand in scope in the 1970s. She began using computers with screens, which allowed her to instantly assess the results of her codes and adjust accordingly. With screens, it was “like a conversation, like a real pictorial process,” she said in a recent interview with the generative art creator and entrepreneur Erick Calderon. “You move the ‘brush’ and you see immediately if it suits you or not.”

    Ms. Molnar acquired her first personal computer in 1980, allowing her to “work as I wanted and when I wanted,” she told Mr. Calderon. “It was great to go to bed at night and hear the computer and the plotter working by themselves in the workshop.”

    While the art world was slow to fully recognize Ms. Molnar’s work, her reputation has grown in recent years with the explosion of digital art. In 2022, she exhibited at the Venice Biennale, where she was the oldest living artist shown.

    Earlier this year, she cemented her legacy in the world of blockchain with “Themes and Variations,” a generative art series of more than 500 works using NFT technology that was created in collaboration with the artist and designer Martin Grasser and sold through Sotheby’s. The series fetched $1.2 million in sales.

    “I have no regrets,” she said in a 2017 video interview. “My life is squares, triangles, lines.”



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