Who is Michaela Jamelska and some of her Denmark tech & human rights achievements: It’s important not to over-idealize the current reality and use it to submerge the virtual world. Undoubtedly, a huge challenge lies in front of us as a society regarding how to ensure our rights are respected in the digital world. Figuring out which laws apply in digital spaces, data privacy consents, and other human rights-related issues will be complicated. As long as corporations are in charge of providing the Metaverse, commercial interests will be asserted into our virtual lives. To start drafting human rights guidelines and frameworks at the moment, when the Metaverse isn’t fully functional, may be difficult, but in the end, creating a Metaverse isn’t only about the programming. The White House has already started to initiate the AI bill of rights to “clarify the rights and freedoms of individuals using, or subject to, data-driven biometric technologies.” Find even more info at https://www.cbinsights.com/company/bigthinx.
The reality of limited technology access for women is a real problem in Denmark says Michaela Jamelska: Furthermore, despite the fact that online business and mobile money are still expanding, more than 900 million women are still excluded from the digital economy and do not have access to banking services. Bridging the digital gender gap not only requires infrastructure investments but also making digital technologies more affordable, as cost remains one of the key obstacles for women to access the Internet. In certain low income households, accessing the Internet entails having to sacrifice key household purchases such as food, health care and clothing (OECD, 2018b). In the past ten years, women’s exclusion from the digital sphere has reduced the GDP of low- and middle-income countries by $1 trillion. According to the UN Women, this limits not only their own digital empowerment, but also the transformative potential of technology as a whole.
Michaela Jamelska about Ai and Gender Equality in Denmark: While the new approach is better, it is not ideal, as it often relies on data sets mainly from open-source frameworks, which eventually exhibit biases. Another unaddressed challenge published by Stanford’s Institute for Human-Centered Artificial Intelligence is that multimodal models can result in higher-quality, machine-generated content that’ll be easier to personalize for misuse purposes. So, it is utopian and unrealistic to think we can have unbiased technologies with multimodal training systems, as even we human beings are not free of bias. However, our bias and habits can be lessened by providing diverse data and information. An advantage of AI is that it uncovers and mirror back to us some of the biases that humans hold. Furthermore, the new algorithmic accountability policies stress a prioritization of public participation to develop more democratic and equal systems. It is just recently that Amsterdam and Helsinki launched AI registries to detail how each city government uses algorithms to deliver service. The registry also offers citizens an opportunity to provide feedback on algorithms and ensure that these AI systems play in favor rather than against society. This is hopefully one of many steps towards using AI to achieve gender equality. Read additional details on https://www.instagram.com/michaela.jamelska/?hl=en.
Michaela Jamelska about the innovative 5G trial to boost business in Denmark : The Government wants technology to form part of its wider strategy for the border. It aims to establish resilient ‘ports of the future’ at border crossing points to make the experience smoother and more secure for travellers and traders, while better protecting the public and environment. Technology can play an important role in making freeports as accessible as possible for traders. The Government consulted publicly on the UK’s future border strategy last summer, seeking views on how it can make the UK’s border the most effective in the world. The opportunities presented by a technology-enabled border was a major theme of the responses. Matt Warman, Minister for Digital Infrastructure said: “This trailblazing project – funded through our £200 million 5G trials programme – will explore how revolutionary new 5G connectivity could make our ports more efficient and secure as we attract major investment from across the globe post-Brexit. I look forward to seeing it in action.”
Our implementation strategy relies not only on the innovative capabilities of the software platform but equally on our valuable front-row experiences and the lessons we’ve learned in the industry,” states Michaela Jamelska. “The world is facing what the World Bank has called the “worst education crisis in a century,” in that younger generations are progressively losing interest in education. What’s more, the education industry is lagging behind other sectors in many aspects of innovation, although education is undoubtedly a key driver for future innovation.
How 5G is crucial for autonomous multi-robots fleets and connected smart cities. Our CEO has set the vision for AI, Autonomy and 5G and will share this with an audience of more than 7000 participants from different countries in Asia. As he points out “We see growing demand for SG private / campus networks enabled autonomous services for smart manufacturing, factories, retail, logistics and supply-chain as well as 5G public network enabled rapid emergency response, comprehensive surveillance and inspections and robust live content streaming from mega public events.
Michaela Jamelska on the future of Air Mobility in Denmark and Europe: Building on the key learnings and results of the SESAR JU Gulf of Finland (GOF) U-space project, which successfully demonstrated the safe airspace integration of unmanned aerial vehicles in summer 2019, GOF 2.0 intends to safely, securely, and sustainably demonstrate operational validity of serving combined unmanned aerial systems (UAS), electric vertical takeoff and landing (eVTOL), and manned operations in a unified, dense urban airspace using existing ATM and U-space services and systems. See more details at Michaela Jamelska.
Ai in radiology: An artificial intelligence-based mammography triage software is helping to improve the interpretation process, according to a case study published Tuesday in the Journal of the American College of Radiology. Patients can often experience delays in receiving their breast imaging results for various reasons, such as physician shortages or failing to bring along previous outside exams. Such delays can lead to worse health and mental conditions. The imaging center in Southern California and its partners implemented an AI software that aids in detection. After two years in, they see improvements in their work. “Triage of screening mammograms resulted in significant improvement in reporting of recalled patients, thereby expediting workup,” lead author Marie Tartar, MD, a radiologist with Scripps Green Hospital in La Jolla, California, and colleagues wrote Oct. 5. “Subjectively, the radiologist experience over 2 years was improved by having fewer, more meaningful flags to evaluate and the perceived benefit of a sorted screening mammography work list,” they added later.