%0 Conference Paper %1 Brumby:2001:FUSION %A Brumby, Steven P. %A Theiler, James %A Perkins, Simon %A Harvey, Neal R. %A Szymanski, John J. %B FUSION 2001: Fourth International Conference on Image Fusion %C Montreal, Quebec, Canada %D 2001 %K Computation, Evolutionary Image Imagery, Multispectral Panchromatic Processing, Remote Sensing, algorithms, genetic imagery programming, %T Genetic programming approach to extracting features from remotely sensed imagery %U http://public.lanl.gov/perkins/webdocs/brumbyFUSION2001.pdf %X Multi-instrument data sets present an interesting challenge to feature extraction algorithm developers. Beyond the immediate problems of spatial co-registration, the remote sensing scientist must explore a complex algorithm space in which both spatial and spectral signatures may be required to identify a feature of interest. We describe a genetic programming/supervised classifier software system, called Genie, which evolves and combines spatio-spectral image processing tools for remotely sensed imagery. We describe our representation of candidate image processing pipelines, and discuss our set of primitive image operators. Our primary application has been in the field of geospatial feature extraction, including wildfire scars and general land-cover classes, using publicly available multi-spectral imagery (MSI) and hyper-spectral imagery (HSI). Here, we demonstrate our system on Landsat 7 Enhanced Thematic Mapper (ETM+) MSI. We exhibit an evolved pipeline, and discuss its operation and performance.

@inproceedings{Brumby:2001:FUSION, abstract = {Multi-instrument data sets present an interesting challenge to feature extraction algorithm developers. Beyond the immediate problems of spatial co-registration, the remote sensing scientist must explore a complex algorithm space in which both spatial and spectral signatures may be required to identify a feature of interest. We describe a genetic programming/supervised classifier software system, called Genie, which evolves and combines spatio-spectral image processing tools for remotely sensed imagery. We describe our representation of candidate image processing pipelines, and discuss our set of primitive image operators. Our primary application has been in the field of geospatial feature extraction, including wildfire scars and general land-cover classes, using publicly available multi-spectral imagery (MSI) and hyper-spectral imagery (HSI). Here, we demonstrate our system on Landsat 7 Enhanced Thematic Mapper (ETM+) MSI. We exhibit an evolved pipeline, and discuss its operation and performance.}, added-at = {2008-06-19T17:35:00.000+0200}, address = {Montreal, Quebec, Canada}, author = {Brumby, Steven P. and Theiler, James and Perkins, Simon and Harvey, Neal R. and Szymanski, John J.}, biburl = {https://www.bibsonomy.org/bibtex/268afa2569f35d954407d9ac37ef36d82/brazovayeye}, booktitle = {FUSION 2001: Fourth International Conference on Image Fusion}, email = {brumby@lanl.gov}, interhash = {ba66b6de2eecb7c2df27394ffeb104a8}, intrahash = {68afa2569f35d954407d9ac37ef36d82}, keywords = {Computation, Evolutionary Image Imagery, Multispectral Panchromatic Processing, Remote Sensing, algorithms, genetic imagery programming,}, month = {7-10 August}, notes = {oai:CiteSeerPSU:567526 seems to be wrong}, size = {8 pages}, timestamp = {2008-06-19T17:37:05.000+0200}, title = {Genetic programming approach to extracting features from remotely sensed imagery}, url = {http://public.lanl.gov/perkins/webdocs/brumbyFUSION2001.pdf}, year = 2001 }