Grup kami, Vision & Robotics Research Group (ViROB) - Universiti Kebangsaan Malaysia, memerlukan seorang calon mahasiswa MSc/PhD dengan topik:
"Vision based smart crowd surveillance system"
Supervisor: Prof Aini Hussain
Kualifikasi:
- S1/S2 Teknik Elektro/Computer Science
- Punya background image processing
- Mahir Matlab & C++
- Bekerja keras & bisa bekerja sama dlm tim
Bila berminat dan memenuhi kualifikasi, silahkan kirim CV dan
transkrip nilai S1/S2 ke masimet at gmail dot com, sebelum 27
February 2009.
Thursday, January 29, 2009
Tuesday, January 06, 2009
2009 New Year Prize
One paper "Cardio-Spatial Profile Extraction using Optical Flow of Echocardiographic Images" was submitted to The 2009 IAENG International Conference on Imaging Engineering, Hong Kong, 18-20 March, 2009.
Special thanks to Dr Azrin for advance editing on the paper.
Abstract:
Detection of cardiac movement is very important subject on cardiac image analysis. Cardiologist needs an accurate motion estimation to diagnose the abnormality of cardiac. In this paper, we present the utilization of optical flow technique to estimate the myocardial motion. Then the computed motion vectors are used to provide the cardiac profile, such as its displacement and direction. The proposed implementation provides real-time movement profiles of cardiac with a precision up to 0.11 pixel / 22.50° for their displacements.
Keywords: optical flow, myocardial movement, cardiac profile, echocardiography
Special thanks to Dr Azrin for advance editing on the paper.
Abstract:
Detection of cardiac movement is very important subject on cardiac image analysis. Cardiologist needs an accurate motion estimation to diagnose the abnormality of cardiac. In this paper, we present the utilization of optical flow technique to estimate the myocardial motion. Then the computed motion vectors are used to provide the cardiac profile, such as its displacement and direction. The proposed implementation provides real-time movement profiles of cardiac with a precision up to 0.11 pixel / 22.50° for their displacements.
Keywords: optical flow, myocardial movement, cardiac profile, echocardiography
Thursday, January 01, 2009
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