Intel technology sets a new benchmark for safer, smarter, and more efficient research, protecting our environment and learning more about the lives of people and animals.
Making full use of Intel drones and artificial intelligence for scientific exploration enables researchers to collect and process data that predicts the environment or human health more quickly and safely, and use this data to achieve better research results.
Intel partnered with the nonprofit organization Parley for the Oceans to develop Parley Snotbot, leveraging artificial intelligence to study whale spouting as a key indicator of the health of the planet.
Intel works hand-in-hand with renowned scientists and environmental experts to advance human science research through drone and artificial intelligence innovation. Recently, Intel's innovation in scientific exploration has reached a new height - two wildlife research and exploration activities using Intel artificial intelligence (AI) and drone technology have been successful. In collaboration with wildlife photographers, environmentalists, and the charity Parley for the Oceans, Intel's innovative technology provides substantial support for human scientific exploration, helping people to be safer, more efficient, and less invasive. The way to understand the world. Taking advantage of Intel's drones and artificial intelligence for scientific exploration enables researchers to collect and process critical data faster and safer, and take action on these environmental and human health data to achieve better results. Scientific research results.
Naveen Rao, Intel's vice president and general manager of the Artificial Intelligence Products Division, said: "By speeding up the resolution of large-scale issues, including the discovery of new science and technology, artificial intelligence will help us solve some of the toughest challenges. Intel is proud to be able to take our Expertise and technology are used in these research work and help researchers better understand the health of the Earth and the entire human race."
Monitor the behavioral patterns of polar bears using the lens exploration technology of drones
Traditional methods of exploring with helicopters are invasive and costly. In the Arctic, facing the sinister environment of ultra-low temperature, cold wind, even the most experienced researchers, it is very challenging to take a boat to such a remote area. In addition, the steel used in most ships will form a magnetic field, affecting the drone compass, making it difficult for the compass to take off and land on a moving ship. Therefore, deploying drones will enable researchers and wildlife experts to better engage in research activities.
Intel collaborates with renowned wildlife photographer and environmental activist Ole Jørgen Liodden, who can help him track polar bear populations and capture information about polar bear behavior patterns that make wildlife and environmental researchers safer. Collect more accurate and reliable data more efficiently. By tracking the behavior of polar bears, such as breeding, feeding and migration habits, not only can scientists understand the impact of climate change on the Arctic, but also the health of the entire planet.
A recent exploration found that when the Intel Falcon 8+ drone crossed the animal over 50-100 meters, the polar bear's behavior showed no signs of pain or sudden change, indicating the invasion of the entire technology. Sex is very low. The payload of the thermal camera makes it easy to spot polar bears in cold environments, and the development of polar bears through the Intel Falcon 8+ system creates new scientific opportunities that support scientific exploration in ways never before possible.
Liodden said: "Polar bears are a symbol of the Arctic. They are strong and smart. If the polar bears are extinct, then our entire ecosystem will face enormous challenges. Drone technology is expected to help us overcome these challenges, better understand the world and protect us. The global environment."
Using artificial intelligence to study whale water spray as a key indicator of the health of the planet
Intel is working with Parley for the Oceans to use artificial intelligence to analyze whales and their surrounding environment to advance scientific research on the health of the oceans. Project Parley SnotBot leverages Intel machine learning technology to facilitate improvements in data analysis by running algorithms that identify whales and assess their health in real time (regardless of confounding factors such as unpredictable trajectories of whales and limited ocean visibility). Through this advanced technology, researchers can make more timely decisions on the spot and better understand the rich biological data contained in whale sprays, including DNA, stress, progesterone, viruses, bacteria and toxins. . So far, Parley SnotBot has been used to collect water spray from blue whales, right whales, grey whales, humpback whales and killer whales in the global ocean.
According to Cyrill Gutsch, founder of Parley for the Oceans, “Snotbot is a new type of non-invasive research technology that allows us to explore the ocean in real time and open up more data and knowledge. Our goal is to create a digital exploration tool. A global network that generates the big data we need to discover threats more quickly and accurately and take immediate action."
For 50 years, Intel has been providing strong support for some amazing technological innovations, promoting human exploration of the future and making the world a better place. Working with researchers to capture, process, and analyze information about the human environment in an innovative way, Intel is constantly magnifying human capabilities and working to change the way people interact with the world.
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