Wavelets with convolution-type orthogonality conditions. - Koichi Niijima; Koichi Kuzume (IEEE Trans. Signal Process., 1999)

Impulse noise reduction based on lifting wavelet transform. - Koichi Kuzume; Shigeru Takano; Koichi Niijima (EUSIPCO, 2000)

Impulse noise reduction from corrupted images using lifting wavelet filters. - Shigeru Takano; Koichi Kuzume; Koichi Niijima (VCIP, 2000)

Signal Detection based on Lifting Wavelet and Its Application to ECG Signal Processing. - Koichi Kuzume; Koichi Niijima; Shigeru Takano (Modelling, Identification and Control, 2003)

Personal identification by multiresolution analysis of lifting dyadic wavelets. - Shigeru Takano; Koichi Niijima; Koichi Kuzume (EUSIPCO, 2004)

FPGA-based lifting wavelet processor for real-time signal detection. - Koichi Kuzume; Koichi Niijima; Shigeru Takano (Signal Process., 2004)

A Character Input System Using Tooth-Touch Sound for Disabled People. - Koichi Kuzume (ICCHP, 2008)

Input device for disabled persons using expiration and tooth-touch sound signals. - Koichi Kuzume (SAC, 2010)

Tooth-touch Sound and Expiration Signal Detection and Its Application in a Mouse Interface Device for Disabled Persons - Realization of a Mouse Interface Device Driven by Biomedical Signals. - Koichi Kuzume (PECCS, 2011)

Evaluation of tooth-touch sound and expiration based mouse device for disabled persons. - Koichi Kuzume (PerCom Workshops, 2012)

Sensor network system to promote energy conservation realization of energy smart school. - Koichi Kuzume; Masakazu Okada (PerCom Workshops, 2014)

Automatic Identification of Braille Blocks by Neural Network Using Multi-Channel Pressure Sensor Array. - Koichi Kuzume; Haruko Masuda; Yudai Murakami (CIIS, 2020)

Development of Walking Assistance System for Visually Impaired People Using Geomagnetic Fingerprint and Braille Block Map. - Koichi Kuzume; Ryosuke Nitta; Tomonari Masuzaki; Haruko Masuda; Hisashi Miyamaru (ICCAE, 2022)

Inference System for Automatic Identification of Braille Blocks Using a Pressure Sensor Array. - Koichi Kuzume; Yoshitugu Watanabe; Haruko Masuda; Tomonari Masuzaki (PerCom Workshops, 2022)