【2024年】スポーツベットアイオーのレビュー｜評判・決済 ...

Support Kyushu U 日本語 ENGLISH Prospective students Current students Companies & researchers Alumni Crisis Management News Events About Office of the President University Overview Kyushu U Connect Fast Facts Public Relations Featured Academics Schools & Centers The Global University Project Alumni Resources Donation Activities and Initiatives Future Plans University Facilities Academics Faculty of Arts and Science Schools Distinctive Education Programs Double Degree Programs Student Exchange Programs Short-term Study Programs The 3 Policies: Diploma, Curriculum, and Admissions Course Registration Academic Calendar Admissions Undergraduate Admissions Graduate Admissions Tuition, Fees & Scholarships Information for International Students Campus Life Facilities and Healthcare Extracurricular / Student-Led Activities Careers & Employment Procedures Contact Information for Consultations Research Research at Kyushu University Academic Staff Educational and Research Activities Database Research Activity Support Industry-University -Government Collaboration Support Research Centers and Projects Framework to Support Collaborated Research Research Integrity 日本語 ENGLISH News Topics Features Research Close-Up Notices Important Research Results Humanities & Social Sciences Art & Design Life & Health Math & Data Physics & Chemistry Materials Technology Environment & Sustainability Events Event Calendar Categories Public Seminar Lecture, etc. Exhibition Other Place Ito Campus Hakozaki Satellite Hospital Campus Chikushi Campus Ohashi Campus Beppu Campus Off Campus About Office of the President Message from the President Kyushu University VISION 2030 Biography Honorary Doctorates History of the Presidency Kyushu U Connect University Overview Organization Charter Presidential Selection Regulations and Policies History Future Plans Mid-Term Objectives and Plans Public Relations Publications Press Releases Promotional Videos University logomark List of Social Media Accounts Virtual Backgrounds Virtual Backgrounds (Archive) Featured Academics Campus Relocation Ceremony to Commemorate Completion of Ito Campus University Facilities Alumni Resources Alumni Associations Donation Donations to Schools, Graduate Schools, and Researchers, etc. Activities and Initiatives Promoting Diversity, Equity, and Inclusion QS-APPLE 2019 Response to the 2016 Kumamoto Earthquake Schools & Centers Research Institutes Centers for Common Education and Research Organizations and Offices Hospitals Libraries Museums Others Academics Faculty of Arts and Science Schools Educational and Research Course The 3 Policies Academic Calendar Course Registration Curriculum Registration / Syllabuses Distinctive Education Programs Program for Leading Graduate Schools Admissions Undergraduate Admissions Enrolling in Undergraduate School Applicants with Disabilities Graduate Admissions Applicants with Disabilities Enrolling as a Research Student Tuition, Fees, & Scholarships Tuition and Fees Enrollment Fee Exemption/Deferment and Tuition Fee Exemption for Newly-enrolled Students Scholarships Payment of tuition Tuition Fee Exemption, Enrollment Fee Exemption/Deferment Financial Aid Double Degree Programs Student Exchange Programs Campus Life Facilities and Healthcare Student Facilities Dormitories Healthcare Personal Accident Insurance for Students/ Liability Insurance Careers & Employment New Information How to use Job and Career Support System Career Consulting Job Hunting Support for International Students Recruitment of International Students Extracurricular / Student-Led Activities Procedures Certificates National Pension System for Students Contact Information for Consultations One-Stop Consultation Service Research Research at Kyushu University Humanities and Social Sciences Art and Design Life and Health Math and Data Physics and Chemistry Materials Technology Environment and Sustainability Research Close-Up Research Centers and Projects Next-Generation Fuel Cell Research Center (NEXT-FC) Research Activity Support On-campus Consultation Research Strategy Promotion Support for Research Funding and Grants Support for Other Research Activities Industry - University - Government Collaboration Support Technological Consultation Intellectual Property Management and Use Joint Research/Sponsored Research Comprehensive Collaboration Joint Research Department Research Integrity Framework to Support Collaborative Research International ･Prospective students ･Current students ･Companies & researchers ･Alumni ･Support Kyushu U Crisis Management ･Contact Us ･Visit ･Career ･Disclaimer & Copyright ･Privacy Policy ･Sitemap 研究成果 Research Results TOP News Research Results 3D flora and fauna at your fingertips 3D flora and fauna at your fingertips Repository of over 1,400 highly detailed 3D models of animals and plants captured with ‘Bio-photogrammetry’ publicly available 2022.10.25 Research ResultsTechnology Bio-photogrammetry in action. A sample organism, in this case a Long-spine Balloonfish (Diodon olocanthus), is processed (inflated), scanned, and rendered into a high-quality 3D model. Up to 500 photos go into rendering a single model. Kano demonstrates in the video how the process is done. (Kano Lab/Kyushu University) Reporting in Research Ideas and Outcomes, a Kyushu University researcher has developed a new technique for scanning various plants and animals and reconstructing them into highly detailed 3D models. To date, over 1,400 models have been made available online for public use. Open any textbook or nature magazine and you will find stunning high-resolution pictures of the diverse flora and fauna that encompass our world. From the botanical illustrations in Dioscorides’ De materia medica (50–70 CE) to Robert Hooke’s sketches of the microscopic world in Micrographia (1665), scientists and artists alike have worked meticulously to draw the true majesty of nature. The advent of photography has given us even more detailed images of animals and plants both big and small, in some cases providing new information on an organism's morphology. As technology developed, digital libraries began to grow, giving us near unfettered access to valuable data, with methods like computer tomography, or CT, and MRI scanning becoming powerful tools for studying the internal structure of such creatures. Luna Lionfish, Pterois lunulate. 3D render of a Luna Lionfish taken with bio-photogrammetry (Kano Lab/Kyushu University) "While powerful, MRI scanning and CT methods are prohibitively expensive. You also can't collect vital information such as the organism's color," explains Yuichi Kano, associate professor of Kyushu University's Graduate Education and Research Training Program in Decision Science for a Sustainable Society. "So, we developed ‘bio-photogrammetry’ as a way to incorporate photogrammetry that could scan and render a high-quality 3D image of an organism." Photogrammetry is a method by which you can obtain information and measurements about objects by analyzing photos or other imagery. Today it is commonly used to scan everything from landscapes to sculptures to make digital 3D models, similar to what you find on Google Earth. Kano took that same methodology to make thousands of models of various organisms. “We suspended the sample on a fishing line and took photos from multiple angles. We would end up taking hundreds of photos of the sample, and input up to 500 of the best ones into the photogrammetry program,” explains Kano. “It is similar to how the ‘bullet time’ sequences were filmed in the first Matrix movie, except instead of Keanu Reeves on a line surrounded by cameras, we use an octopus.” While Kano has been working on various organisms including insects, plants, and even fungi, he is currently focusing on aquatic animals such as fish and amphibians. To date, there are over 1,400 specimens available all free to use under the CC BY 4.0 license. There are a few limitations in the current methodology, such as difficulty in capturing transparent creatures or making models of exceedingly small (<5 mm) or large (>1 m) organisms, but a few improvements in software and protocols could help solve such issues. “I hope to see this work continue to grow and be utilized in various fields like taxonomy, morphology, and ecology. It’s free to the public, so you can use it in education or even plug it into a VR machine and explore these organisms up-close. I’d like to see what some people can come up with,” concludes Kano. ### For more information about this research, see "Bio-photogrammetry: digitally archiving coloured 3D morphology data of creatures and associated challenges," Yuichi Kano Research Ideas and Outcomes (2022). https://doi.org/10.3897/rio.8.e86985 This release is also available in Japanese. Research-related inquiries Yuichi Kano, Assistant Professor Graduate Education and Research Training Program in Decision Science for a Sustainable Society Contact information can also be found in the full release. 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