Technical Articles
Date |
Category |
title |
Announcement Destination |
Partner |
|---|---|---|---|---|
| March 2025 |
Structural health monitoring | Study on the cross-sectional behavior of continuous composite twin box girder bridge during train passage | Japan Society of Civil Engineers | Tokyo City University |
| March 2025 |
Machine health monitoring | Development of High-Precision Vibration Sensor Suitable for Precise Lissajous Figure Drawing and its Application to Machine Condition Diagnoses | Kanadevia Technical Review | Kanadevia Corporation |
| March 2025 |
Structural health monitoring | 鋼鉄道橋支点部のアオリモニタリング装置の開発・導入 | Japan Railway Civil Engineering Association | East Japan Railway Company |
| February 2025 |
Structural health monitoring | Shake Table Tests on Scaled Masonry Building: Comparison of Performance of Various Micro-Electromechanical System Accelerometers (MEMS) for Structural Health Monitoring | MDPI: Sensors | Istituto Nazionale Geofisica e Vulcanologia |
| February 2025 |
Others,Vibration analysis | Vibration Characteristics of Advanced CVT Metal Belts and New Vibration Evaluation Method | Society of Automotive Engineers of Japan, Inc. | Honda Motor Co., Ltd. |
| December 2024 |
Structural health monitoring | Shake Table Tests on a Scaled Masonry Building: Performance Comparison of Various MEMS Accelerometers for SHM | MDPI: Sensors | Istituto Nazionale Geofisica e Vulcanologia |
| September 2024 |
Ground vibration monitoring | Quartz Enhanced Micro Electromechanical Systems Accelerometer for Seismic Monitoring: Field Performance in Volcanic Region | IEEE SENSORS JOURNAL | The University of Tokyo |
| August 2024 |
Ground vibration monitoring | Developing a Simple True North Finder Using MEMS Inertial Sensors | Japan Association for Earthquake Engineering | Tokyo Institute of Technology |
| June 2024 |
Machine health monitoring, Vibration analysis | Improvement of anomaly detection through enhanced feature extraction in TimesNet | DCAI: Distributed Computing and Artificial Intelligence | Osaka Metropolitan University |
| May 2024 |
Structural health monitoring | Design and test of a Smart Sensor Box for structural and seismological monitoring with a high-performance MEMS accelerometer | 2024 IEEE International Workshop on Metrology for Industry 4.0 & IoT | Istituto Nazionale Geofisica e Vulcanologia |
| May 2024 |
Structural health monitoring | MonVia Project, development and application of a new sensor box | IOMAC 2024 | Istituto Nazionale Geofisica e Vulcanologia |
| February 2024 |
Structural health monitoring | Modelling a reinforced concrete arch bridge by means of the Discrete Macro-Element Model: the case of Giovanni XXIII bridge in Ragusa | Consorzio FABRE [EXISTING BRIDGES, VIADUCTS AND TUNNELS: RESEARCH, INNOVATION AND APPLICATIONS] | Istituto Nazionale Geofisica e Vulcanologia |
| March 2024 |
Structural health monitoring | Development of the monitoring device for clattering at the support of railway steel bridges | JR EAST Technical Review | East Japan Railway Company, Nagano Keiki Co., Ltd. |
| January 2024 |
Machine health monitoring, Vibration analysis | Vibration-based fault diagnosis of rotating machinery using Transformer | International Society of Artificial Life and Robotics | Osaka Metropolitan University |
| December 2023 |
Machine health monitoring, Vibration analysis | Classification of Rotating Machinery States using Two-Stream Network with Images of Vibration Amplitude and Phase | ViEW: Vision Engineering Workshop | Osaka Metropolitan University |
| September 2023 |
Sensor technology | Quartz Devices and Sensor Technology | SENS>AIT | |
| February 2023 |
Structural health monitoring | Reference Point-Free Measurement of Bridge Dynamic Deflection by Fusing Hydraulic Leveling and Accelerometer Signals | Hindawi: Structural Control and Health Monitoring | Southwest Jiaotong University |
| January 2023 |
Machine health monitoring, Vibration analysis | Vibration-based fault diagnosis of rotating machinery using orthogonalization of features | International Society of Artificial Life and Robotics | Osaka Metropolitan University |
| September 2022 |
Machine health monitoring, Vibration analysis | Research on Drawing Algorithm for Precise Lissajous Curves of Vibrations and its indexing of Condition Monitoring/Diagnosis Technique | The Japan Society of Mechanical Engineers | Hitachi Zosen Corporation |
| May 2022 |
Ground vibration monitoring, Structural health monitoring | The Urban Seismic Observatory of Catania (Italy): A Real-Time Seismic Monitoring at Urban Scale | MDPI：Remote Sensing | Istituto Nazionale Geofisica e Vulcanologia |
| March 2022 |
Machine health monitoring, Vibration analysis | Application to Machine Condition Diagnosis Technique Based on Development of High Precision Vibration Sensor and Precise Lissajous Diagrams | The Japan Society of Mechanical Engineers | Hitachi Zosen Corporation |
| November 2021 |
Sensor technology | A 9 ps DNL/INL/RMS FPGA-Based Sigma Accumulation TDC with Unlimited Dynamic Range for Time-Based Analog Front End Applications | IEEE SENSORS 2021 | |
| October 2021 |
Ground vibration monitoring, Structural health monitoring | Introduction to High-Precision 3-Axis Digital Accelerometers Using Quartz MEMS Technology | The Seismological Society of Japan | |
| March 2021 |
Structural health monitoring, Sensor technology | Approach against Quality Problems through Environmental Vibration Digital Measurement | Sanlien Technical Review | Sanlien Technology |
| March 2021 |
Machine health monitoring, Vibration analysis | Development of Machine Condition Diagnosis Technique using Precise Lissajous Diagrams for Mechanical Vibration | The Japan Society of Mechanical Engineers | Hitachi Zosen Corporation |
| September 2020 |
Ground vibration monitoring, Sensor technology | AN EXPERIMENTAL STUDY FOR APPLICATION OF ACCELEROMETER MADE OF QUARTZ OSCILLATOR TO MICROTREMOR SURVEY | Japan Society of Civil Engineers | Tokyo Institute of Technology |
| July 2020 |
Structural health monitoring, Others | Development of Synchronized High-Sensitivity Wireless Accelerometer for Structural Health Monitoring | MDPI: Sensors | University of Illinois |
| 2019 | Structural health monitoring, Others | Multi-Node High-Precision Synchronous Inertial Measurement System | NATIONAL INSTRUMENTS Case Study | |
| November 2018 |
Ground vibration monitoring, Sensor technology | AN EXPERIMENTAL STUDY ON BASIC PERFORMANCES OF ACCELEROMETER WITH CRYSTAL OSCILLATOR | Japan Society of Civil Engineers | Tokyo Institute of Technology |
| September 2018 |
Sensor technology | A resonant frequency shift quartz accelerometer with 1st order frequency ΔΣ modulators for a high performance MEMS IMU | 2018 DGON Inertial Sensors and Systems | |
| January 2018 |
Structural health monitoring, Others | Development of a High-SensitivityWireless Accelerometer for Structural Health Monitoring | MDPI: Sensors | University of Illinois |
| June 2011 |
Sensor technology | High Accuracy Pressure Sensor Using Quartz Dual Tuning Fork Resonator | The Institute of Electrical Engineers of Japan | |
| May 1997 |
Sensor technology | A study on estimation of frequency aging for rectangular AT-cut resonators | IEEE International Frequency Control Symposium |
