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Top 10 Fitness Apps That Use AI and Machine Learning Models

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In the 21st century, artificial intelligence (AI) and machine learning are becoming commonplace. Both are becoming more important components of current workout routines. AI has become intrinsically connected to health and fitness. AI, according to technologists, improves everything. When it comes to fitness, it has the potential to empower the app by dramatically increasing engagement, which may lead to long-term income.


MIT's toolkit lets anyone design their own muscle-sensing wearables

Engadget

MIT has unveiled a new toolkit that lets users design health-sensing devices that can detect how muscles move. The university's Science and and Artificial Intelligence Laboratory (CSAIL) created the kit using something called "electrical impedance tomography" (EIT), that measures internal conductivity to gauge whether muscles are activated or relaxed. The research could allow for wearables that monitor distracted driving, hand gestures or muscle movements for physical rehabilitation. In a paper, the researchers wrote that EIT sensing usually requires expensive hardware setups and complex algorithms to decipher the data. The advent of 3D printing, inexpensive electronics and open-source EIT image libraries has made it feasible for more users, but designing a wearable setup is still a challenge.


Dubai: Policy launched to regulate artificial intelligence in healthcare

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A policy regulating the use of artificial intelligence (AI) in healthcare has been launched in Dubai. AI in healthcare includes the use of robots to perform surgery faster and assist the surgeon more efficiently; and data-based analysis of health information. Dr Mohammad Al Redha, director of Health Informatics and Smart Health Department at the Dubai Health Authority (DHA), said AI refers to systems or devices that simulate human intelligence to perform tasks with the use of data. The policy aims to determine regulatory requirements for the provision of AI solutions healthcare. It lays down the ethical requirements and defines the main roles and responsibilities of stakeholders.


Initiative aims to spur innovation by connecting, analyzing data bases - Indianapolis Business Journal

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Fueled with a $36 million grant from Lilly Endowment Inc., the Central Indiana Corporate Partnership has launched an initiative called AnalytiXIN to promote innovations in data science throughout Indiana. Build connections between Indiana's manufacturing and life sciences companies and the university researchers who can help them use artificial intelligence and advanced data analytics to tackle big challenges like reducing a factory's carbon footprint or improving worker health. "This is one way to ensure early that these kinds of critical collaborations are happening," said David Johnson, president and CEO of the Indianapolis-based Central Indiana Corporate Partnership. About half of the $36 million will be used to hire university-level data-science researchers, some of whom will be based at 16 Tech in Indianapolis. The other half will go toward the creation of "data lakes," or large data sets built from information from multiple contributors.


Role of Artificial Intelligence in Diet Planner and Nutrition App

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The food-as-medicine paradigm has gained traction in recent years, partly due to physicians' and clinicians' growing understanding of the importance of using food in chronic illness therapy alongside drugs. Artificial Intelligence (AI) is a game-changing technology that is being used to learn more about individualized diets in the fields of nutrition and wellness. Linear and nonlinear interactions between numerous nutritional elements affecting us have been modeled by experts of AI development company. Food firms and tailored food product services use this approach to create better forecasts and healthy intake. It is accomplished by using deep learning to analyze the genetic information of individuals in order to produce precise forecasts and appropriate food recommendations.


Traditional Gyms v/s Smart Gyms: Winner of the Fitness Industry

#artificialintelligence

IoT and artificial intelligence are two of the major disruptive technologies that have penetrated into the health and fitness industry in recent years. People are now more concerned with their health and fitness to keep their bodies fit from many potential diseases such as diabetes, thyroid, and many more. To keep up with the huge demand, the fitness industry has started transforming traditional gyms into smart gyms by implementing AI models in gyms. People are getting attracted to smart gyms to become more fit and healthy to raise the standard of living. The fitness industry is booming in the 21st century with the help of these user-friendly disruptive technologies.


Why Silicon Valley's Optimization Mindset Sets Us Up for Failure

TIME - Tech

In 2013 a Silicon Valley software engineer decided that food is an inconvenience--a pain point in a busy life. Buying food, preparing it, and cleaning up afterwards struck him as an inefficient way to feed himself. And so was born the idea of Soylent, Rob Rhinehart's meal replacement powder, described on its website as an International Complete Nutrition Platform. Soylent is the logical result of an engineer's approach to the "problem" of feeding oneself with food: there must be a more optimal solution. It's not hard to sense the trouble with this crushingly instrumental approach to nutrition.


Q&A: Dina Katabi on a "smart" home with actual intelligence

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Dina Katabi is designing the next generation of smart wireless devices that will sit in the background of a given room, gathering and interpreting data, rather than being wrapped around one's wrist or worn elsewhere on the body. Q: Smartwatches and fitness trackers have given us a new level of personalized health information. A: The next frontier is the home, and building truly-intelligent wireless systems that understand people's health and can interact with the environment and other devices. Google Home and Alexa are reactive. You tell them, "wake me up," but they sound the alarm whether you're in bed or have already left for work.


Rethink: Healthcare on the 'brink of a major redesign'

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Healthcare is on the brink of a major redesign that will give you access to more personalised, precise and effective care. For years now, growing ageing populations and the increase in chronic illness have created a pressing need to rethink the delivery of healthcare. While new digital technologies have offered answers to reduce the growing pressure and help transform health systems, widespread adoption of these technologies has often been slow. The pandemic, however, has shown that adoption can move much faster. As lockdown restrictions were introduced, chances are you started consulting your general practitioner or medical specialist via messaging app or video call – services falling under what is referred to as virtual care.


Artificial Intelligence Calculates Anti-Aging Properties Of Compounds

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August 31, 2021 Artificial intelligence (AI) has been paired with one of the simplest of organisms--the nematode Caenorhabditis elegans--to enlighten the scientific community about the physical and chemical properties of drug compounds with anti-aging effects, according to Brendan Howlin, reader in computational chemistry at the University of Surrey (U.K.). The predictive power of the methodology has just been demonstrated using an established database of small molecules found to extend life in model organisms. The 1,738 compounds in the DrugAge database were broadly separated into flavonoids (e.g., from fruits and vegetables), fatty acids (e.g, omega-3 fatty acids), and those with a carbon-oxygen bond (e.g., alcohol)--all heavily tied to nutrition and lifestyle choices. Pharmaceuticals could be developed based on that nutraceutical knowledge, including the importance of the number of nitrogen atoms, says Howlin. Unlike prior efforts using AI to identify compounds that slow the aging process, Howlin used machine learning to calculate the quantitative structure–activity relationship (QSAR) of molecules.