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A clear majority of Germans (60 percent) would like to see AI used more in industry, in sectors such as automaking or aircraft-building. In addition, more than two-thirds of Germans would welcome the use of AI to diagnose machine faults and in high-tech areas such as space exploration.

These are some of the findings of the Bosch AI Future Compass, a survey that polled 1,000 Germans aged 18 and over about their attitude to artificial intelligence.

Germany and Europe have what it takes to be world leaders in industrial AI, said Dr. Michael Bolle, board of management member and Bosch CDO/CTO, at todays digital presentation of the Bosch AI Future Compass. More specifically, he added, they have unique specialist and domain knowledge that allows them to use AI in areas such as quality control, energy efficiency, and improving manufacturing efficiency. In this respect, the relatively high level of acceptance for industrial AI revealed in the survey is encouraging: For the future of Germany and Europe as an industrial location, it is enormously important to have the backing of the general public and of key institutions.

The acceptance of AI use in other areas of application, such as nursing or investment advice, is significantly lower, at 40 percent and 31 percent respectively. And when it comes to making legal decisions or shortlisting candidates for vacancies, Germans are far more willing to trust a human being than a machine. Across all areas, 53 percent of Germans view the use of AI positively, while 36 percent are more negative.

AI applications will only win the day if customers and users trust them.

Dr. Michael Bolle, board of management member and Bosch CDO/CTO

This calls for clear, ethically sound guidelines not only in Germany, but also at the European level. He added that Bosch already set itself a clear ethical framework at the beginning of this year, when it introduced a code of ethics for AI: We have made it absolutely clear that AI must serve people, not the other way around. AI must always be kept under human control.

For two-thirds of the survey participants, it is essential that artificial intelligence be used only in the service of the common good. Similarly, around two-thirds would like to see decisions on legal and ethical standards for the use of AI made multilaterally (38 percent see the need for global action, 27 percent for European action), while only 35 percent advocate a national strategy. Fully 85 percent of the respondents are adamant that people must have the final say wherever artificial intelligence is used.

According to the Bosch AI Future Compass, a majority of Germans (53 percent) think that artificial intelligence is vital for remaining competitive internationally. And 42 percent of those surveyed believe that artificial intelligence offers a better way of solving major problems such as disease or climate change.

Irrespective of their fundamental attitude toward AI, respondents largely agree on the opportunities and risks. The benefits most frequently mentioned include efficiency, progress, and better (work) results, while terms such as surveillance, lack of compassion, and lack of data privacy top the list of negatives.

The Bosch AI Future Compass shows that we need to talk even more about artificial intelligence, Bolle said, adding: Customers and users must be able to understand the basis on which an AI makes certain decisions. This is a discussion that needs to be conducted throughout society, he said, not just in business circles.

The Bosch AI Future Compass shows that more knowledge about AI leads to more willingness to accept it. Accordingly, those respondents who consider themselves tech-savvy and feel they have a sound knowledge of the field rate artificial intelligence as fundamentally positive in 81 percent of cases. But among those who consider themselves less technologically minded and state that they know little about AI, the acceptance rate is only 27 percent.

Any debate about the opportunities and risks of AI, in whatever form, has to be open and objective, Bolle said. To make this debate constructive and unprejudiced, people have to be given a better idea of how artificial intelligence works. AI must be included in the school curriculum, he said, at least as a voluntary additional subject.

Bosch is also taking the initiative: over the next two years, the company will make 20,000 associates ready for AI. By 2025, moreover, the aim is for all Bosch products to either contain AI or have been developed or manufactured with it. This is not about using AI for its own sake, but instead about further increasing the quality and benefits of our solutions for customers and users, Bolle said.

The Bosch AI Future Compass was prepared by the market researchers Gesellschaft fr Innovative Marktforschung mbH (GIM).

SOURCE: Bosch

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Bosch AI Future Compass: 60 percent of Germans would welcome greater use of artificial intelligence in industrial settings - Automotive World

Vysioneer, a precision radiation oncology software company in Boston, Mass., and Mary Bird Perkins Cancer Center, a regional cancer care organization headquartered in Baton Rouge, La., have launched an ambitious multi-year collaboration that will transform the practice of this highly-utilized form of cancer treatment.

The first stage of collaboration aims to develop tumor auto-contouring solutions for most common tumor types treated by radiotherapy such as brain, prostate and head and neck cancers to expedite treatment times, and improve accuracy and efficiency of treatments. Vysioneers Artificial Intelligence (AI) solution development will be fueled by the clinical expertise and data from Mary Bird Perkins Cancer Center. The output will be seamlessly deployed into the existing clinical workflows throughout all of the organizations locations in southeast Louisiana and southwest Mississippi, playing the key role as a second set of eyes and hands for medical professionals.

We are committed to leveraging artificial intelligence to realize precision medicine that delivers clinical benefits to cancer patients and support clinicians, said Jen-Tang Lu, founder and chief executive officer, Vysioneer. Through this collaboration, Vysioneer and Mary Bird Perkins Cancer Center will bring the field of radiation oncology to a sweeping step forward with the power of advanced deep-learning techniques and cloud platforms. Our partnership could truly impact cancer care on a global scale.

As Vysioneer continues to expand AI offerings across all stages of the cancer patient journey, the associated applications built on big data and analytics will have the potential to achieve next-generation radiotherapy from process automation and treatment outcome predictions to personalized therapies. These are all tools that enable clinicians to make more informed treatment decisions.

Once these deep-learning applications are developed and deployed, physicians and patients will benefit from more personalized and efficient radiation therapy. Medical professionals will also shift their attention from time-consuming and arduous treatment planning procedures to direct patient care.

One of the key elements in helping us launch this AI initiative is data from Gamma Knife Icon treatments, a sophisticated technology for treating cancerous and non-cancerous tumors, as well as other neurological disorders, said Jonas Fontenot, Ph.D., chief operating officer and chief of medical physics, Mary Bird Perkins Cancer Center. This rich data set will add to the information collected from across our network to build better and more sophisticated clinical decision support tools, advancing our mission through this partnership with Vysioneer.

Both parties agree that clinical breakthroughs using AI comes when the medical community and machine learning experts collaborate closely.

Together, Vysioneer and Mary Bird Perkins will empower us as medical professionals to change the way we practice medicine today and into the future, said Charles Wood, M.D., medical director of radiation oncology, Mary Bird Perkins Cancer Center. The collective clinical and technical expertise of the organizations will be harnessed to help provide some of the most accurate treatment plans that will provide patients with an enhanced opportunity to fight their disease.

About Vysioneer

Vysioneer is a leading AI solution provider, aiming to pioneer the transformation in Cancer Care using Artificial Intelligence. The company leverages its proprietary deep learning technology to augment clinicians productivity and deliver precision medicine for better patient outcomes. The companys featured product, VBrain, is a first-ever tumor auto-contouring system that can optimize brain tumor radiosurgery with enhanced efficiency and efficacy. Vysioneer is headquartered in Boston and has an office in Taipei, Taiwan. Find out more at http://www.vysioneer.com, and follow the company on Linkedin.

About Mary Bird Perkins Cancer Center

Mary Bird Perkins Cancer Center is a regional cancer care organization that has been fighting cancer for almost 50 years. The cancer care organization provides care at nine centers in Baton Rouge, Covington, Hammond, Houma, Gonzales, Zachary and Natchez, Mississippi, and its service area encompasses southeast Louisiana and southwest Mississippi regions. For more information, please visit http://www.marybird.org.

View source version on businesswire.com: https://www.businesswire.com/news/home/20201110005155/en/

Global Communications

Yu-Shan Yang

512-952-0499

yushany@vysioneer.com

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Vysioneer, Mary Bird Perkins Cancer Center Endeavor to Make Artificial Intelligence Accessible for Precision Radiation Therapy - Financialbuzz.com

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Artificial Intelligence (AI) in Cancer Market Globally Expected to Drive Growth through 2025 - The Think Curiouser

AI, though more powerful than ever before, is clearly still a brittle beast. Check out this soccer players bald head as an example.

A Scottish soccer team, hoping to cut down on the amount of staff needed to live stream games, used an automatic AI camera tracking system to ensure their audience could watch as the ball made its way around the field.

But one of the linesmen is bald, which confused and attracted the AI:

As you can see, the AI thought that shiner of a scalp was actually a soccer ball, and it kept forcing the camera to focus back on the player instead of the ball.

Pixellot, the company that makes the camera technology used by Inverness Caledonian Thistle, confirmed to The Verge that the problem was caused by visual similarities between the linesmans head and the soccer ball. They noted that the angle of the camera didnt help, as it made it seem as if the linesmans head was inside the boundaries of the pitch, and the game ball itself was yellow, which added to the confusion. The company said the error was fixed shortly after the game ended.

I remember my eighth grade computer science teacher once told us: a computers main problem is that it doesexactly what you tell it to: nothing more, nothing less.

Read Next:How Artificial Intelligence is Transforming the Enterprise During a Pandemic

At that time, prior to huge advancements in artificial intelligence and, truly, before the phrase AI was even a thing we heard much, I took this to mean that I needed to know all the ins and outs of my Dell desktop, else I risked entering a prompt which wouldnt make sense to the machine.

But, of course, that teachers words have much more weight these days.

As we begin to see AI adopted into so many different use cases, its important to remember to program the application for situations where a machine cant see something a human can.

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AI's Confusion Over a Bald Head Demonstrates One Area Where Artificial Intelligence Needs Improvement - TechDecisions

You might not think of mentioning the Vatican in the same breath as big tech companies like eBay, T-Mobile, and Samsung, but the Vatican Library, which dates back more than half a millennium, is now using the same artificial-intelligence technology as those companies to protect its digitized library.

Over the past decade, the library has been digitizing its entire collection, consisting of more than 80,000 manuscripts, mostly from the Middle Ages but stretching back to the first century (accounting for all the pages of these books, thats about 40 million images). Envisioned by Pope Nicholas V, the library holds the oldest known copy of the Bible, Virgils Aeneid, and writings and drawings by Michelangelo and Galileo. Growing at a rate of about 6,000 volumes a year, the collection also holds major gifts from historical royals like Maximilian I, Duke of Bavaria; the dukes of Urbino; and Queen Christina of Sweden.

In the era of fake news, these collections play an important role in the fight against misinformation and so defending them against trust attacks is critical, Manlio Miceli, the librarys chief information officer, told the Guardian. He also notes that the library has to protect itself from ransomware.

The library has enlisted Darktrace, a firm founded by mathematicians from the University of Cambridge, to use an artificial intelligence system modeled on the human immune system to repel the threats, which come in at a rate of about 100 per month and are increasing in frequency, Micheli told the Guardian.

The company employs former government intelligence experts across dozens of offices worldwide, and touts its response to the WannaCry ransomware attacks of 2017 as one of its major triumphs.

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The 600-Year-Old Vatican Library Is Using Artificial Intelligence to Ward Off Hackers Targeting Its Digital Collections - artnet News