Fujitsu Develops Technology to Discover Characteristic Causal Relationships of Individual Data in Medicine, Marketing, and More JCN Newswire
2020-12-17
KAWASAKI, Japan, Dec 17, 2020 - (JCN Newswire) - Fujitsu Laboratories, Ltd. has successfully developed a technology that uses AI to discover the characteristic cause-and-effect relationships in various pieces of data relating to people and things in a variety of fields, with possible applications in medicine, marketing, manufacturing, and more.
Image of the developed technology
The technology specifically addresses the need to isolate and identify characteristics from data in different real-world scenarios. In the medical field, for example, it is necessary to identify the characteristic genes that affect the development of cancer in individual patients. In the field of marketing, sales representatives need to find the characteristic factors that lead individual customers to make a purchase. Fujitsu has developed a tech
Fujitsu Develops Technology to Discover Characteristic Causal Relationships of Individual Data in Medicine, Marketing, and More
KAWASAKI, Japan, Dec 17, 2020 – (JCN Newswire) – Fujitsu Laboratories, Ltd. has successfully developed a technology that uses AI to discover the characteristic cause-and-effect relationships in various pieces of data relating to people and things in a variety of fields, with possible applications in medicine, marketing, manufacturing, and more.
Image of the developed technology
The technology specifically addresses the need to isolate and identify characteristics from data in different real-world scenarios. In the medical field, for example, it is necessary to identify the characteristic genes that affect the development of cancer in individual patients. In the field of marketing, sales representatives need to find the characteristic factors that lead individual customers to make a purchase. Fujitsu has developed a technology to discover the charact
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KAWASAKI, Japan, Dec 17, 2020 - (JCN Newswire) - Fujitsu Laboratories, Ltd. has successfully developed a technology that uses AI to discover the characteristic cause-and-effect relationships in various pieces of data relating to people and things in a variety of fields, with possible applications in medicine, marketing, manufacturing, and more.
Image of the developed technology
The technology specifically addresses the need to isolate and identify characteristics from data in different real-world scenarios. In the medical field, for example, it is necessary to identify the characteristic genes that affect the development of cancer in individual patients. In the field of marketing, sales representatives need to find the characteristic factors that lead individual customers to make a purchase. Fujitsu has developed a technology to discover the characteristic causality of individual pieces of data by quickly extracting all the groups of data that have a common correlation from a
The Okinawa Peace Link Project’s website supports online peace education.
NAHA A tour guide network’s website is teaching students about the horrors of war and the value of peace after school trips to Okinawa Prefecture were canceled because of the novel coronavirus pandemic.
The Okinawa Peace Link Project website was jointly set up by six civic groups that have offered guided tours to sites related to the Battle of Okinawa and U.S. military bases in the southern island prefecture.
The website introduces educational content offered by the groups, including the Okinawa Peace Network (OPN) and the Okinawa Prefecture Tourism Volunteer Guide Association.
The main office of the Bank of the Ryukyus, built in Naha under postwar U.S. military rule, is scheduled for closure due to its age. (Mika Kuniyoshi)
NAHA Normally the visitors lined up at the Bank of the Ryukyus’ main office are eager to deal with their accounts, not hear an account of the bank.
But on one day in November, it was filled with visitors seeking a behind-the-scenes glimpse into the building’s history. Built after World War II when Okinawa was still under U.S. military rule, the structure will be dismantled in January due to its age.