- FILES:
-
ciss99.ps (postscript preprint, 110K)
ciss99.ps.gz (gzipped postscript preprint, 32K)
ciss99.pdf (PDF preprint, 89K)
ciss99slides.ps.gz (gzipped
postscript presentation, 44K)
- AUTHORS:
- J. O. Coleman
- TITLE:
-
A Measure-Convolution Approach
to Elementary Signals and Systems
- ABSTRACT:
-
Linear, time-invariant (LTI) systems operating on and
producing complex measures instead of ordinary time
functions provide a convenient unification and
generalization of ordinary discrete-time and
continuous-time LTI systems. Further, a development
of this approach paralleling that of a typical
elementary signals and systems course appears
reasonably straightforward, building only on a
prerequisite minimal working familiarity with Lebesgue
integration and the Radon-Nikodym derivative.
- STATUS:
-
Presented at the 1999 Conference on Information
Sciences and Systems, Baltimore, MD, March 1999.
- DATE OF ENTRY:
-
March 1999.