#dtf2019

Like many other revolutionary #technologies 📡 of the modern day, #MachineLearning 🧠 🤖 was once science fiction. However, its applications in real world industries are only limited by our imagination. In 2021, recent innovations in #MachineLearning have made a great deal of tasks more #feasible, #efficient, and #precise than ever before. Powered by #DataScience, machine learning makes our lives easier. When properly trained, they can complete tasks more efficiently than a human 😀. Check below the new trends: 💡 Trend #1: No-Code Machine Learning 💡 Trend #2: TinyML 💡 Trend #3: AutoML 💡 Trend #4: Machine Learning Operationalization Management (MLOps) 💡 Trend #5: Full-stack Deep Learning 💡 Trend #6: General Adversarial Networks (GAN) 💡 Trend #7: Unsupervised ML 💡 Trend #8: Reinforcement Learning 💡 Trend #9: Few Shot, One Shot, & Zero Shot Learning

Wearables ⌚ are becoming a popular form of #health #monitoring 👩‍⚕️. Below, we outline 5 of the most common #WearableDevices and provide popular examples of each. 🏃‍ Wearable #fitness trackers 🧬 Smart health #watches 💓 Wearable #ECG monitors 🎈 Wearable #BloodPressure monitors 🩺 Wearable #biosensors

With the rapid rise of mobile devices 📲, cybersecurity 👮, and fintech products 💲, the concept of #CommercialExcellence is increasingly more relevant. It’s now clear that no single #TechSolution enables medium and large companies to go from point A to point B. Rather, commercial excellence demonstrates that #CorporateMindset and strategic technology integration dictate survival in today’s #GlobalEconomy.

As the rollout of #vaccines 💉 against #COVID19 😷 gathers pace, countries are exploring how #documents 📝, mostly #digital, could help reopen #borders by identifying those who are protected against the #virus. ____ Proponents say identifying people who are #immune to the novel #coronavirus or at lower risk of spreading it could help open up #travel and other #services. But, critics have raised questions about #privacy, #health and #discrimination.

The present document is focusing on #ArtificialIntelligence 🤖🧠, checking the different approach between #US 🗽 and #EU 🏛️ on this hot topic. #ThinkNEXUS, an EC-funded project, aims at reinforcing EU-US collaboration on NGI-related topics in three focus areas: Science ⚗️ and Technology 🛰️, Innovation 🛸 and Entrepreneurship and Policy ⚖️. The European Commission has made Artificial Intelligence (AI) one of its priority. Its goal is to“boost EU’s research and #industrial #capacity and to put AI at the service of European citizens and economy” by dealing with #technological, #ethical, #legal and #socioeconomic aspects of #AI in order to stay at the forefront of this technological revolution, to ensure competitiveness and to shape the conditions for its development and use. The goal for the US Federal Government was to focus its resources on the types of #AI #research thatthe private sector will be less likely to support (e.g. #PublicHealth, #UrbanSystems, #Environment #sustainability, etc.) as the private sector is investing heavily in #AI at an increasing pace.

The European Commission has opened a €1bn #startup 📡 accelerator 🏃‍ programme with its first call for projects. The call follows the official launch of the European Innovation Council and SMEs Executive Agency (EISMEA) or #EIC in March 2021 to help scale up start-ups and small and medium-sized #businesses 💲. The #EIC has a a budget of over €10bn for 2021-2027. €495m of the accelerator fund is earmarked for innovations 🧪 ⚗️ 🧬 that support the #EuropeanGreenDeal as well as digital and health technologies.

Vorreste sapere come ZEISS Group 👓 utilizza Salesforce ☁️ come leva per la #DigitalTransformation nell'ambito delle vendite? Abbiamo organizzato un #webinar per farvi conoscere i segreti di queste entusiasmante progetto... 💻 WEBINAR 📅 Mercoledì 7 aprile 2021 🕔 17:30 – 18:30

Two hospitals 🏥 in the UK are actively using #blockchain #technology to help maintain the temperature 🌡️ of #coronavirus 😷 #vaccines 💉 before administering them to patients. The National Health Service (#NHS) facilities in #SouthWarwickshire, England, are using tech developed by U.K. firm Everyware and U.S. organization Hedera Hashgraph. #Everyware uses sensors to monitor equipment in real-time, while Hedera is a #blockchain consortium backed by the likes of IBM and Google