Zobrazeno 1 - 9
of 9
pro vyhledávání: '"Hironori Kasahara"'
Autor:
Hironori Kasahara
Publikováno v:
Computer. 52:72-76
Autor:
Jean-Luc Gaudiot, Hironori Kasahara
Publikováno v:
Computer
COVID-19 has been devastating across the globe, forcing profound changes in most human interactions. Through an informal survey of numerous educators worldwide, we explore some of the disease's effects on the education community and how the online de
Autor:
Hironori Kasahara
Publikováno v:
Computer. 50:96-100
Autor:
Hironori Kasahara
Publikováno v:
Computer. 51:4-6
The Computer Society’s role in the advancement of computing is increasingly important in all areas of our lives. By promoting efficiencies, accessibility, environmental responsibility, innovations, and safety, CS members and volunteers continuously
Autor:
Hironori Kasahara, Jean-Luc Gaudiot
Publikováno v:
Computer. 49:90-92
Autor:
Hironori Kasahara, Phil Laplante, Paolo Faraboschi, Hasan S. Alkhatib, Eitan Frachtenberg, Dejan Milojicic, Danny Lange, Karsten Schwan, Arif Merchant
Publikováno v:
Computer. 48:68-76
Over the last two years, nine IEEE Computer Society tech leaders collaborated to identify important industry advances that promise to change the world by 2022. The 23 technologies provide new insights into the emergence of "seamless intelligence."
Autor:
Hironori Kasahara
Publikováno v:
Computer. 50:94-95
Autor:
Masaki Ito, Toshihiko Odaka, Hiroaki Shikano, Keiji Kimura, Masafumi Onouchi, Tomoyuki Kodama, T. Tsunoda, Hironori Kasahara, Yasutaka Wada, Yusuke Nitta, Manabu Kusaoke, E. Nagahama, Takashi Todaka, Tatsuya Kamei, Kunio Uchiyama
Publikováno v:
IEEE Journal of Solid-State Circuits. 43:902-910
This paper describes a heterogeneous multi-core processor (HMCP) architecture that integrates general-purpose processors (CPUs) and accelerators (ACCs) to achieve exceptional performance as well as low-power consumption for the SoCs of embedded syste
Autor:
Seinosuke Narita, Hironori Kasahara
Publikováno v:
IEEE Journal on Robotics and Automation. 1:104-113
A parallel-processing scheme is described for robot-arm control computation on any number of parallel processors. The scheme employs two multiprocessor scheduling algorithms called, respectively, depth first/implicit heuristic search (DF/IHS) and cri