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  1. Department of Circulation and Medical Imaging Department of Circulation and Medical Imaging
  2. Department of Circulation and Medical Imaging
  3. Department of Circulation and Medical Imaging

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Estimation of true flow velocity using ultrasound

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  • Department of Circulation and Medical Imaging
    • Department of Circulation and Medical Imaging
    • Department of Circulation and Medical Imaging
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Master's thesis and projects

Master's thesis and projects

– Ultrasound technology

The Department of circulation and medical imaging offers projects and master's thesis topics for technology students of most of the different technical study programmes at NTNU. There is a seperate page for the supplementary specialisation courses.

List of topics

Topics for thesis and projects are given below. Most of the topics can be adjusted to the students qualifications and wishes.

Don't hesitate to take contact with the corresponding supervisor - we're looking forward to a discussion with you!

Ressurspublisering

null Estimation of true flow velocity using ultrasound

Estimation of true flow velocity using ultrasound

Ultrasound colour Doppler is used for estimation of flow velocity in blood vessels. The quantified flow velocity is dependent on the orientation of the ultrasound propagation path relative to the orientation of the investigated blood vessel. There are different methods that can be used for estimation of true flow velocities. One approach is to do Doppler measurements of the blood vessel from different angles. The flow velocity obtained from at least two different angles can be used to provide a more correct estimate of the true flow velocity.

Aim:

  • Compare a novel suggested simple method to other methods for estimation of true flow velocity (litterature study)
  • Implement the suggested method in Matlab
  • Perform laboratory measurements of flow
  • Analyse the performance of the method

Qualifications:

  • Matlab programming, digital signal processing. Knowledge of acoustics and ultrasound is also advantageous.

Contact:

  • Daniel Høyer Iversen
  • Tormod Selbekk

How to write ...

How to write ...

  • a good abstract
  • a good introduction

person-portlet

Contact

  • Lasse Løvstakken

    Lasse Løvstakken Professor

    lasse.lovstakken@ntnu.no Department of Circulation and Medical Imaging

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