Prof. Fujishiro, who served as the 14th Chief Examiner of the SIGCG of the Information Processing Society of Japan (IPSJ) for two years from April 1, 2022, received the Contribution Award for his SIG leading activities from the same society.
From March 18 to 19, the 193rd technical report meeting of the Information Processing Society of Japan’s special interest group on Computer Graphics and Visual Informatics (CGVI) was held at the Keio University Hiyoshi Campus. From our laboratory, D1 Yokota and B4 Kuwana gave an oral presentation.
From November 16 to 17, the 192nd technical report meeting of the Information Processing Society of Japan’s special interest group on Computer Graphics and Visual Informatics (CGVI) was held at the Tottori Prefectural Lifelong Learning Center. This time, it was a joint event with the Information Processing Society of Japan’s Read more…
Ishitobi (D3), Nishidate and Yokota (M2) were awarded at CGVI190.
On June 27th, 2022, the IPSJ SIG on Computer Graphics and Visual Informatics 186th Meeting was held online. At the end of the meeting, Riwano Ikeda (M2) and Yuki Nishidate (M1) received their FY2021 CGVI Awards: Riwano Ikeda, Issei Fujsihiro: “SpiCa: Effect design support with 3D pottery wheel-type transparent canvas” Read more…
Nishidate received the Best Presentation Award at the IPSJ SIG on Computer Graphics and Visual Informatics (CGVI) 185th held on March 11-12, 2022. Yuki Nishidate, Issei Fujishiro: “Affine-Transformed Ray Alignment for Accelerating Primary Ray Traversal – Implementation Using Embree -,” in Proceedings of SIG Technical Reports, Vol. 2022–CG–185, No. 2, pp. 1-6, March 11-12, Read more…
Starting today, Prof. Fujishiro will serve as the chief examiner of the Information Processing Society of Japan (IPSJ) SIG on Computer Graphics and Visual Informatics for two years.
On March 11th-12th, 2022, the IPSJ SIG on Computer Graphics and Visual Informatics 185th Meeting was held online. At the session on rendering, two B4 students presented their recent works: Yuki Nishidate, Issei Fujishiro: “Affine-transformed ray alignment for accelerating primary ray traversal —Implementation with Embree—,” in SIG Technical Report of Read more…