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Misaki Mito

Hitachi (Japan)

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Yuya Tanaka

Chiba University

Takahiko MORI

Shonan Institute of Technology

Hiroyuki Torishima

Saitama Prefectural Omiya High School

Yukiyo Shimizu

University of Tsukuba

Yuki Hara

National Center of Neurology and Psychiatry

Kenichi Yoshikawa

Ibaraki Prefectural University of Health Sciences

Daisuke Katane

Ibaraki Prefectural University of Health Sciences

Nobuhiro Takemae

National Institute of Infectious Diseases

Keiichi Zempo

University of Tsukuba

Ryota Tsunekuni

National Agriculture and Food Research Organization

Cooperative Institutions

University of Tsukuba

Hitachi (Japan)

National Agriculture and Food Research Organization

National Institute of Animal Health

Zoological Park Organization

Tsukuba University of Technology

Ibaraki Prefectural University of Health Sciences

Waseda University

Chiba University

The University of Tokyo

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Frequency analysis of the sneeze caused by swine influenza virus strains: Automatic sneeze around-the-clock detection using a support vector machine

Computers and Electronics in Agriculture (2020)

Misaki Mito Takuya Aoki Koichi Mizutani Keiichi Zempo Naoto Wakatsuki

10.1016/j.compag.2020.105789

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Citations (3)

Relationships between the Number of Sneezes and Swine Influenza Infection Experiment Factors

International Joint Conference on JSAM and SASJ, and CIGR VI Technical Symposium joining FWFNWG and FSWG Workshops (2019)

Pandemic

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Feature-Based Cloud Provisioning for Rehosting

Learning and analytics in intelligent systems (2023)

Misaki Mito Takatoshi Ohara Ryo Shimizu Hideyuki Kanuka Minoru Tomisaka

Provisioning

Feature (linguistics)

10.1007/978-3-031-17583-1_2

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Support system of assigning label to acoustic event in pig farm by automatic extraction of acoustic event and showing both acoustic event and movie

The Japanese Society for Artificial Intelligence (2018)

Acoustic Emission

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B209 Development of Practical-oriented Electric Prosthesis by 5 Fingers Simultaneous Drive System Using Shape Deformation of Amputated Upper Limb

Baiofurontia Kouenkai kouen rombunshuu/Baiofurontia Koenkai koen ronbunshu (2013)

Yuya Tanaka Misaki Mito Takahiko MORI Kenichi Yoshikawa Daisuke Katane

10.1299/jsmebiofro.2013.24.121

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Proposal of bioinstrumentation using flex sensor for amputated upper limb

Takahiko MORI Yuya Tanaka Misaki Mito Kenichi Yoshikawa Daisuke Katane

We previously proposed a new bioinstrumentation using the shape deformation of the amputated upper limbs without using the myoelectricity generated on the skin of the upper limbs. However many electronic parts were required owing to a bridge circuit and multi-amplifier circuits so as to amplify a tiny voltage of strain gages. Moreover, the surplus heat might occur by the overcurrent owing to low resistance value of strain gages. Therefore, in this study, we apply a flex sensor to this system instead of strain gages to solve the above problems.

Strain gauge

FLEX

Wheatstone bridge

10.1109/embc.2014.6943816

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Clinical tests on bioinstrumentation using shape deformation of amputated upper limb

Takahiko MORI Yuya Tanaka Misaki Mito

Some upper limb amputees have been annually supplied with myoelectric prostheses by social rehabilitation promotion services. However, the persons supplied with the prostheses have been limited because a supply system has not been established yet. Accordingly, we propose a new bioinstrumentation using the shape deformation of the amputated upper limbs without using the myoelectricity generated on the skin of the upper limbs. The repeatability is superior to the myoelectricity because the shape deformation is directly measured by strain gages and also the cost is much superior to the myoelectricity.

Strain gauge

Artificial limbs

Repeatability

10.1109/sii.2013.6776695

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Citations (1)