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Fundamental sensor development in electrical resistance tomography
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نویسنده
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en hong l. ,abdul rahim r.h. ,ahmad a. ,md. yunus m.a. ,aba k.h. ,ling l.p. ,wahid h. ,ahmad n. ,abd shaib m.f. ,abdul wahab y. ,ridzuan aw s. ,rahiman h.f. ,zakaria z.
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منبع
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jurnal teknologi - 2015 - دوره : 73 - شماره : 6 - صفحه:117 -124
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چکیده
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This paper will provide a fundamental understanding of one of the most commonly used tomography,electrical resistance tomography (ert). unlike the other tomography systems,ert displayed conductivity distribution in the region of interest (roi) and commonly associated to sensitivity theorem in their image reconstruction. the fundamental construction of ert includes a sensor array spaced equally around the imaged object periphery,a data acquisition (daq),image reconstruction and display system. four ert data collection strategies that will be discussed are adjacent strategy,opposite strategy,diagonal strategy and conducting boundary strategy. we will also explain briefly on some of the possible data acquisition system (daq),forward and inverse problems,different arrangements for conducting and non-conducting pipes and factors that influence sensor arrays selections. © 2015 penerbit utm press. all rights reserved.
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کلیدواژه
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Data acquisition system; Data collection strategies; Electrical resistance tomography; Forward and inverse problem; Region of interest; Sensor and development
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آدرس
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protom-i research group,infocomm research alliance,control and mechatronic engineering department,universiti teknologi malaysia,johor bahru, Malaysia, protom-i research group,infocomm research alliance,control and mechatronic engineering department,universiti teknologi malaysia,johor bahru, Malaysia, protom-i research group,infocomm research alliance,control and mechatronic engineering department,universiti teknologi malaysia,johor bahru, Malaysia, protom-i research group,infocomm research alliance,control and mechatronic engineering department,universiti teknologi malaysia,johor bahru, Malaysia, protom-i research group,infocomm research alliance,control and mechatronic engineering department,universiti teknologi malaysia,johor bahru, Malaysia, protom-i research group,infocomm research alliance,control and mechatronic engineering department,universiti teknologi malaysia,johor bahru, Malaysia, protom-i research group,infocomm research alliance,control and mechatronic engineering department,universiti teknologi malaysia,johor bahru, Malaysia, protom-i research group,infocomm research alliance,control and mechatronic engineering department,universiti teknologi malaysia,johor bahru, Malaysia, protom-i research group,infocomm research alliance,control and mechatronic engineering department,universiti teknologi malaysia,johor bahru,johor,malaysia,universiti tun hussein onn malaysia,parit raja,batu pahat, Malaysia, protom-i research group,infocomm research alliance,control and mechatronic engineering department,universiti teknologi malaysia,johor bahru,johor,malaysia,department of instrumentation and control engineering (ice),universiti malaysia pahang,pekan, Malaysia, protom-i research group,infocomm research alliance,control and mechatronic engineering department,universiti teknologi malaysia,johor bahru,johor,malaysia,terengganu advance technical institute,university college (tatiuc),jalan panchor,telok kalong,kemaman, Malaysia, school of mechatronic engineering,universiti malaysia perlis,pauh putra campus,arau, Malaysia, tomography imaging research group,school of mechatronic engineering,universiti malaysia perlis,arau, Malaysia
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Authors
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