Electrical Engineering 145B

Title Medical Imaging Signals and Systems
Units 4
Prerequisites 120; basic programming ability in C or FORTRAN.
Description Linear systems and Fourier transforms in two and three dimensions. Basic image processing. Theory and algorithms for image reconstruction from projections. Physics of imaging systems including magnetic resonance, X-ray tomography, positron emission tomography, ultrasound, and biomagnetic imaging. Data analysis including hypothesis testing, parameter estimation by least squares, and compartmental kinetic modelling. Field trips to medical imaging laboratories. Also listed as Bioengineering C165.
Course Guide Course Guide
Sections Instructor Teaching Effectiveness How worthwhile was this course?
Fall 2015 Steven Conolly 6.8 / 7 6.7 / 7
Fall 2014 Steven Connoly 5.7 / 7 5.6 / 7
Fall 2013 Steven Conolly 5.8 / 7 5.9 / 7
Fall 2012 Steven Conolly 6.0 / 7 6.1 / 7
Fall 2011 Steven Conolly 6.2 / 7 5.6 / 7
Fall 2010 Steven Conolly 6.0 / 7 6.1 / 7
Fall 2009 Steven Conolly 5.9 / 7 6.2 / 7
Fall 2008 Steven Conolly 5.8 / 7 5.7 / 7
Fall 2007 Steven Conolly 6.1 / 7 6.1 / 7
Fall 2006 Steven Conolly 5.8 / 7 6.0 / 7
Spring 2005 Steven Conolly 5.7 / 7 5.9 / 7
Spring 2004 J. Maltz 5.4 / 7 5.8 / 7
Spring 2003 J. Maltz 4.8 / 7 5.8 / 7
Spring 2002 Sharmila Majumdar 3.3 / 7 4.2 / 7
David Saloner 4.5 / 7 4.2 / 7
Spring 2001 Sharmila Majumdar 4.7 / 7 4.3 / 7
David Saloner 4.0 / 7 4.1 / 7
Spring 2000 Thomas F. Budinger 4.6 / 7 4.9 / 7
Spring 1998 Thomas F. Budinger 4.0 / 7 5.3 / 7
Spring 1997 Thomas F. Budinger 4.0 / 7 5.0 / 7
Spring 1996 Thomas F. Budinger 4.5 / 7 4.8 / 7
Fall 1993 Thomas F. Budinger 4.2 / 7 4.8 / 7
Spring 1992 Thomas F. Budinger 4.7 / 7 4.8 / 7
Spring 1991 Thomas F. Budinger 5.3 / 7 5.8 / 7
Spring 1989 Thomas F. Budinger 5.7 / 7 6.0 / 7
Overall Rating Teaching Effectiveness How worthwhile was this course?
5.3 / 7 5.5 / 7
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