The ascent of a Denmark tech & human rights professional : Michaela Jamelska: Human rights in today’s world is an ability of people to create empathy and tolerance towards the groups which are distant and different to us, and respect their identity, culture, opinions and rights. The emerging metaverse can play a significant role when shaping the empathy of humans and overall human rights existence in the real and virtual world. The new technology can make people emotionless towards abuses of avatars, or in contrast, an immersive technology can increase empathy by placing us in the shoes of others. While one user may develop the real emotional attachment to his or her own avatar, and through this avatar and different virtual situations grow the understanding of human differences and rights the others may take it just as a game and misuse the power. Read even more info on Michaela Jamelska.
The reality of limited technology access for women is a big issue 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: Data fed into algorithms can determine its functioning, and thus a gender bias is embedded in AI by those who design the systems. So, whatever data is provided or consumed by the Ai systems, they will use them, pick up on patterns, and often even amplify them. One of the recent problems with consumed data was that AI was trained with a unimodal system, meaning it was trained to a very specific task (such as processing images which happened to be one of the underlying problems of AI being biased). Only recently, many of these algorithms have been trained with the so-called multimodal system. While these systems have been previously used for research, they’re becoming more commercial. It’s the same for humans who process data through various sources; new AI algorithm training will also have multiple sources, so there is no lack of context when processing data, allowing them to integrate different modalities and synthesize them. See extra information at Michaela Jamelska.
Michaela Jamelska about the innovative 5G trial to boost business in Denmark : WECA obtained £3million of government funding to test how the region can handle with all the benefits of 5G technology. Its ultra-reliability and low latency is expected to increase the connectivity level and impact on the public sector to try new ways of delivering services and explore new commercial opportunities. Ports are fundamental to the global economy, transporting up to 90% of the world’s goods. Drones-based technology is quickly becoming a regular tool in the ports and logistics industry. Unmanned Life, with its software for autonomous robotics, is unlocking the full potential of drones in Ports and will improve safety, reduce costs, and enhance process efficiency, making UK ports a reference in the world. The West of England Combined Authority (WECA) has secured over £3m from the Government to test how the country can seize the full benefits of 5G and help businesses harness the power of modern technology. WECA’s 5G Logistics project programme will develop 5G products and services to support operations at Bristol Port and Gravity Smart Campus and demonstrate a smart and dynamic port environment. The project will focus on security, traceability, and real-time tracking of goods within and across extendable virtual boundaries – and between public and private networks.
NOVA’s founding team is Jean Arnaud, Michaela Jamelska, and Patricia Jamelska—serial entrepreneurs and industry professionals who are building the educational platform of the future. According to NOVA’s founders, many EdTech startups’ pitfalls lay in their lack of both real-life understanding of the educational industry and teaching expertise. While they may have top-notch engineers, industry expertise is what makes a difference. The NOVA team is developing a product that targets the real problems in education.
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 regarding the future of Air Mobility in Denmark and Europe: The GOF2.0 Integrated Urban Airspace VLD (GOF2.0) very large demonstration project will safely, securely, and sustainably demonstrate operational validity of serving combined UAS, eVTOL and manned operations in a unified, dense urban airspace using current ATM and U-space services and systems. The demonstrations focus on validation of the GOF 2.0 architecture for highly automated real-time separation assurance in dense air space including precision weather and telecom networks for air-ground communication and will significantly contribute to understanding how the safe integration of UAM and other commercial drone operations into ATM Airspace without degrading safety, security or disrupting current airspace operations can be implemented. Find even more info on Michaela Jamelska.
Ai could eliminate animal testing: Animal testing is still happening on a large scale with over 100 million animals undergoing tests for drug discoveries, diseases, pharmaceutical, or beauty industry purposes. However, new findings are showing that AI models can save the lives of millions of animals and replace the testings with computer vision and accurate datasets. This is one of the very possible alternatives to animal testings for drug discoveries. The emergence of quantum computing will make it possible due to large datasets and computing power. In 2016, Thomas Hartung led some researchers from Johns Hopkins University to successfully develop an artificial intelligence algorithm that determines substance toxicity after comparing it to similar databases and predictions from previously conducted animal testing. Not only we will eradicate cruelty, but the Ai will be able to achieve more precise results.