2009 Fiscal Year Annual Research Report
着用型人間計測システムの開発と生理指標および動作の解析
| Project/Area Number |
19700389
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| Research Institution | Waseda University |
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Principal Investigator |
ゼッカ マッシミリアーノ Waseda University, 理工学術院, 講師 (30434377)
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| Keywords | 生体情報・計測 / 人間・ロボットインタラクション / medical and rehabilitation robotics / human-machine interface / interaction / motion capture / inertial measurement / sensing |
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| Research Abstract |
In 2008 I developed WB-3, a very compact and lightweight Inertial Measurement Unit (size 26×20×8mm and weight 2.9g).
During 2009, WB-3 was applied in a vast range of applications, such as: performance measurement and assessment for laparoscopy skill analysis, both on the surgeons and on the tools; performance measurement and assessment for neurosurgery; mastication analysis; gait analysis for healthy and disabled persons. All the applications were successful (for the details see the published literature), but the results pointed out the need for a more compact sensing unit, together with the wireless capability.
Therefore in 2009 I also developed a new IMU, named WB-4. WB-4 integrates the following components in a 20×17mm board (2.0 grams weight): 16 bit 3 Axis accelerometer LYS331DLH; 12 bit 3-axis Gyroscope LYPR540LH; 12 bit 3-axis Magnetometer HMC5843; STM32F103CB 32bit microcontroller for embedded signal elaboration and data exchange.
A complete wireless solution can be obtained by adding the commercial Bluetooth communication board ZEAL-C01 and the Li-Ion battery KAIO 501717 (80 mAh). The resulting system is enclosed in a case of 20×17×7mm, and weights about 6.0 grams (this is about 10 times smaller than any other commercially available system). WB-4 can reach 100Hz continuous data exchange up to 10 meters and with an autonomy up to 1 hour
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Research Products
(17 results)
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[Remarks] ZMP inc., (6F Sumitomo Fudosan Koishikawa Bldg., 5-41-10, Koishikawa, Bunkyo-ku, Tbkyo Japan) acquired from the proposer the rights for the commercialization of 9-axis wireless motion sensore-nuvo IMU-Z, which is based on the design of the WB-3
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[Remarks] Best paper finalist : "Ultra-Miniaturized Inertial Measurement Unit WB-3 for Jaw Movement Analysis during Free Chewing", International Symposium on Robotics and Intelligent Sensors, 2010
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[Remarks] Best paper award :"Waseda Bioinstrumentation System WB-2R as a Wearable Tool for an Objective Analysis of Surgeon's Performance", IEEE/ASME International Conference on Advanced Intelligent Machatronics AIM2009, 2009
