廣林　茂樹教授

Shigeki HIROBAYASHI，Professor

学位・資格等

博士（工学）

専門分野

• ソフトウェア
• 医用システム
• 計測工学

主な業績

• Multiwindow Nonharmonic Analysis Method for Gravitational Waves. IEEE Access(2018)
• Image denoising with Edge-preserving and segmentation based on Mask NHA. Transactions on Image Processing(2015)
• Motion analysis using 3D high-resolution frequency analysis. Transactions on Image Processing(2013)
• Noise reduction for periodic signals using high-resolution frequency analysis. EURASIP Journal on Audio(2010)
• Investigation of the surrounding environment’s influence on gait sensing using a plant as a sensor. Journal of Sensors(2009)

参沢　匡将准教授

Tadanobu MISAWA，Associate Professor

略歴

金沢大学卒業、金沢大学大学院博士課程修了、金沢工業大学博士研究員、東京理科大学経営学部助教、富山大学大学院理工学研究部准教授、現在に至る

学位・資格等

博士（工学）

専門分野

• 人工知能
• 脳科学

主な業績

• Evaluation of online advertisement design using near-infrared spectroscopy . Sensors and Materials(2018)
• A study on assisting system for inputting character using NIRS by the stimulus presentation method of bit form. IEEJ Transactions on Sensors and Micromachines(2012)
• NIRS-based brain-computer interface for cursor control using brain activity in the prefrontal cortex. The 13th Asia-Pacific Conference on Industrial Engineering and Management Systems(2012)
• A Study on a Brain-Computer Interface for Motor Assist by Prefrontal Cortex. IEEJ Transactions on Electronics, Information and Systems(2011)

長谷川　昌也助教

Masaya HASEGAWA，Assistant professor

略歴

富山大学卒業、富山大学大学院博士課程修了、富山大学理工学研究部研究員、富山大学大学院理工学研究部特命助教、現在に至る

学位・資格等

博士（工学）

専門分野

• 画像処理
• 医用画像解析

主な業績

• Removal of salt-and pepper noise using a high-precision frequency analysis approach. IEICE Transactions on Information and Systems(2017)
• Visualization of microvascular that assumes an ultra-high field MRI with high precision frequency analysis, The proceedings of 2016 8th International Conference on IT in Medicine and Education(2016)
• Numerical simulation validation of nonuniform, nonharmonic analysis of spectral-domain optical coherence tomography. Optical Engineering(2015)
• Image Inpainting on the Basis of Spectral Structure from 2-D Non-harmonic Analysis. IEEE Transactions on Image Processing(2013)