![]() More recently, in January of 2020, NASA’s Jet Propulsion Laboratory (JPL) alongside the Australian tech firm Akin are currently developing an AI that could potentially provide emotional support for astronauts on deep-space missions. ![]() The CIMON 2 (Crew Interactive Mobile Companion) robot is a companion for astronauts on the International Space Station. Ergo, it seems that scientists and engineers are moving towards the creation of machines that can not just mimic the emotions of humans but also respond and react accordingly to the needs of humans. The CIMON 2 is not just an astronaut assistant, but also an “empathetic conversational partner,” said IBM representatives. Back in December of 2019, the European aerospace company Airbus and IBM’s Watson collaborated to launch the CIMON 2 from Cape Canaveral Air Force Station in Florida. One such emerging technology is the artificially intelligent robots designed for space travel as the companions of astronauts. Artificial intelligence has had a tumultuous history throughout the past century nonetheless, despite the controversy regarding the extent to which AI can mimic humans, this emerging technology has the potential to better our lives and innovate the future. Now, nearly seventy years later, artificial intelligence (AI) is at the cusp of becoming emotionally intelligent with the capability to empathize with astronauts on Mars. Martino and his team also developed the IBM Watson News Explorer, a cognitive application that uses natural language processing to analyze and present large volumes of news articles in an understandable fashion, which earned Kantar's 2016 Information is Beautiful silver medal, and was a 2016 Fast Company Design Innovation by Design finalist for websites and platforms.At a conference at Dartmouth College in 1956, the word “artificial intelligence” was first uttered. The code married the ability to adjust for the millions of ways this ant-plant network could change to maintain equilibrium over time, due to, for example, temperature change, with animated visuals, such as graphical representations of the earth, ants, plants, and a timeline, all in a storytelling format.Īccording to Martino, "Network Earth" is the beginning of a data visualization trend where "we will have tools alongside our Network Data API that scientists can use to build short, appealing movies that help everyone makes sense of otherwise dense, technical topics." ![]() They then developed IBM's Network Data API, and other custom data visualization code that could apply this natural network to the theoretical physics. ![]() To apply it to a real world example, Martino and his team in the Cognitive Visualization Lab gathered information on 41 species of ants, and 50 species of plants in Australia and New Guinea that have symbiotic relationships. Their theoretical physics paper details how to calculate what happens when something is added to or removed from any network. Jianxi Gao, Baruch Barzel, and Albert-László Barabási. Martino was inspired to create "Network Earth" after reading Universal resilience patterns in complex networks in Nature, written by Northeastern University professors Drs. While the paper was theoretical, Martino says, the video aims to show that 'math can be poetically expressed visually' and to feel real and tangible to viewers around the world." – National Science Foundation It was created to accompany a research paper on Earth's resilience, published in Nature. "In 'Network Earth,' Martino and his team created a film that shows the interconnections between all life on Earth. ![]()
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