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Publication Metadata only A smart sniffing shoes based on embroidered sensor array(2013-09-02) Thara Seesaard; Panida Lorwongtragool; Thirawut Nilpanapan; Teerakiat Kerdcharoen; Mahidol University; Rajamangala University of Technology systemthat these sensors could provide a good sensitivity and fast recovery even operated at the room temperature. For preliminary testing on an actual application, this wearable e-nose system was applied to monitor the foot odors, of which results have demonstratedPublication Metadata only Monitoring of microbial canned food spoilage and contamination based on e-nose for smart home(2015-08-17) Phunvira Chongthanaphisut; Thara Seesaard; Teerakiat Kerdcharoen; Mahidol Universitytuna in mineral water, which was used as our sample, was opened and placed at room temperature (25°C). Then, the odor associated with the spoilage of canned tuna was monitored by e-nose for ten days. Discrimination of microbial canned tuna spoilagePublication Metadata only Health status monitoring by discrimination of exhaled breath with an electronic nose(2012-12-01) Thara Seesaard; Panida Lorwongtragool; Teerakiat Kerdcharoen; Sumana Kladsomboon; Taya Kitiyakara; Mahidol University; Rajamangala University of Technology systemnanocomposites sensors were used as the array of chemical gas sensors inside the electronic nose system. These sensing materials are sensitive to odor molecules presented in the exhaled breath. The constructed device consumes low power and can be operated at roomPublication Metadata only Self-screening for diabetes by sniffing urine samples based on a hand-held electronic nose(2017-02-21) Thara Seesaard; Chutintorn Sriphrapradang; Taya Kitiyakara; Teerakiat Kerdcharoen; Mahidol University-SWCNTs nanocomposites gas sensors, also known as a hand-held e-nose device. The sensitivity and specificity of gas sensing units were characterized and evaluated in the static chamber contains nitrogen gas at room temperature (25°C). Six volatile organic