Inventor
YAMANE TOSHIYUKI
JP39 patents
⚠️ This page may combine multiple inventors who share the name “YAMANE TOSHIYUKI”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.
IBM
24 patentsUS10107959B2Oct 23, 2018
Waveguide architecture for photonic neural component
IBM25 citations93
US10031287B1Jul 24, 2018
Waveguide architecture for photonic neural component with multiplexed optical signals on inter-node waveguides
IBM32 citations93
US7406653B2Jul 29, 2008
Anomaly detection based on directional data
IBM23 citations92
US7296209B2Nov 13, 2007
Apparatus for encoding and decoding
IBM13 citations84
US7010738B2Mar 7, 2006
Combinational circuit, and encoder, decoder and semiconductor device using this combinational circuit
IBM16 citations83
US6928601B2Aug 9, 2005
Decoding circuit, and decoder, decoding method and semiconductor device that use the decoding circuit
IBM12 citations83
US11720801B2Aug 8, 2023
Chemical reaction network for estimating concentration of chemical species based on an identified pattern of output chemical species
IBM4 citations75
US11188818B2Nov 30, 2021
Reservoir computing system
IBM3 citations73
US10622786B2Apr 14, 2020
Laser apparatus and reservoir computing system
IBM2 citations73
US9852372B1Dec 26, 2017
Reservoir computing device using external-feedback laser system
IBM3 citations73
US11436480B2Sep 6, 2022
Reservoir and reservoir computing system
IBM2 citations72
US11527059B2Dec 13, 2022
Reservoir computing
IBM0 citations62
US11424593B2Aug 23, 2022
Reservoir computing system using laser apparatus with fiber feedback and ring resonator
IBM0 citations62
US11195091B2Dec 7, 2021
Reservoir computing system
IBM1 citations62
US10928586B2Feb 23, 2021
Waveguide architecture for photonic neural component
IBM0 citations62
US10893117B2Jan 12, 2021
Enabling high speed and low power operation of a sensor network
IBM0 citations52
US9996794B2Jun 12, 2018
Reservoir computing device using external-feedback laser system
IBM0 citations52
US10585240B2Mar 10, 2020
Waveguide architecture for photonic neural component with multiplexed optical signals on inter-node waveguides
IBM0 citations51
US10514498B2Dec 24, 2019
Waveguide architecture for photonic neural component
IBM0 citations51
US10451798B2Oct 22, 2019
Waveguide architecture for photonic neural component with multiplexed optical signals on inter-node waveguides
IBM0 citations51
US10353145B2Jul 16, 2019
Waveguide architecture for photonic neural component
IBM0 citations51
US10222548B2Mar 5, 2019
Waveguide architecture for photonic neural component with multiplexed optical signals on inter-node waveguides
IBM0 citations51
US7496476B2Feb 24, 2009
Method and system for analyzing performance of an information processing system
IBM1 citations51
US7185258B2Feb 27, 2007
Signal processing method, signal processing system, program for signal processing, and computer-readable storage medium on which this program is recorded
IBM0 citations41
BROTHER IND LTD
6 patentsUS5926192AJul 20, 1999
Print control system
BROTHER IND LTD21 citations92
US5748206AMay 5, 1998
Printer
BROTHER IND LTD36 citations92
US7533959B2May 19, 2009
Medium position determining devices and image recording devices
BROTHER IND LTD18 citations84
US5894315AApr 13, 1999
Printer having carriage drive control arrangement
BROTHER IND LTD14 citations74
US11511540B2Nov 29, 2022
Liquid discharging apparatus
BROTHER IND LTD0 citations52
US7819496B2Oct 26, 2010
Inkjet recording apparatus
BROTHER IND LTD0 citations42
FUJI KAGAKU SHIKOGYO
5 patentsUS6531017B1Mar 11, 2003
Color image-forming method and transfer sheet used for the method
FUJI KAGAKU SHIKOGYO6 citations60
US6398898B1Jun 4, 2002
Ink image-receiving sheet and method of forming image using the same
FUJI KAGAKU SHIKOGYO5 citations60
US5686184ANov 11, 1997
Thermal transfer sheet
FUJI KAGAKU SHIKOGYO6 citations53
US5888632AMar 30, 1999
Heat-sensitive transfer recording medium and method of using the same
FUJI KAGAKU SHIKOGYO1 citations51
US6556230B2Apr 29, 2003
Heat meltable ink image-receiving sheet and image forming method using the same
FUJI KAGAKU SHIKOGYO0 citations47