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1887

IEE Colloquium on Advances in Electrical Tomography

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  • Location: London, UK
  • Conference date: 19 June 1996
  • Conference number: 1996/143
  • The following topics were dealt with: tissue characterisation using multifrequency electrical impedance tomography; high speed in vivo chest imaging; forward and inverse problems; integrated intelligent electrodes; electrical capacitance tomography; anisotropic problem; feature detection using neural networks; complex conductivity analysis; programmable DDS waveform generator; distributed pressure measurement; ionisation imaging; finite element based solvers; image reconstruction; entropic thresholding methods; ASIC processor; electromagnetic tomography instrumentation; industrial tomographic imaging

22 items found

  • A status report for medical impedance imaging
  • Design of a VLSI mixed analogue and digital modular ASIC processor for capacitance tomography
  • Performance evaluation of image reconstruction algorithms in an electromagnetic tomographic system
  • Developments in electro-magnetic tomography instrumentation
  • EIT for the condition monitoring of wood poles carrying overhead power lines
  • Development of a variable density flowmeter for an industrial application using tomographic imaging
  • Integrated intelligent electrodes for electrical capacitance tomography
  • The anisotropic EIT problem
  • Feature detection using electromagnetic tomography and neural networks
  • Analytic solution of complex conductivity in electrical impedance tomography
  • A programmable DDS waveform generator for electrical impedance tomography (EIT)
  • Tissue characterisation using a multi-frequency of electrical impedance tomography
  • Distributed pressure measurement using electrical impedance tomography: initial results
  • Tomographic imaging of ionisation in gases
  • A novel computer architecture for real-time solution of inverse problems
  • High speed in vivo chest impedance imaging with OXBACT Mark III
  • A fast EIT system applied to a linear array
  • Forward and inverse problem solutions for three dimensional electrical impedance tomography
  • Finite element based three-dimensional forward and inverse solvers for electrical impedance tomography
  • Electrical impedance tomography by finite elements using parameterisation of material structure
  • Fast distributed EM computation for PET image reconstruction using ordered subsets
  • Entropic thresholding methods in reconstruction of capacitance tomography data
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