Hybrid-norm and Fortran 2003: Separating the physics from the solver

Bibliography

Claerbout, J., 1999, Geophysical estimation by example: Environmental soundings image enhancement: Stanford Exploration Project.

----, 2009, Blocky models via the l1/l2 hybrid norm: SEP-Report, 139, 1-10.

Clapp, R. G., 2005, Inversion and fault tolerant parallelization using Python: SEP-Report, 120, 41-62.

Gockenbach, M. S., 1994, Object-oriented design for optimization and inversion software: A proposal: TRIP-Report, 1994, 1-24.

Harlan, W. S., 1996, Promising research topics: http://sepwww.stanford.edu/oldsep/harlan
/papers/seg96review.ps.gz.

Nichols, D., H. Urdaneta, H. I. Oh, J. Claerbout, L. Laane, M. Karrenbach, and M. Schwab, 1993, Programming geophysics in C++: SEP-Report, 79, 313-471.

Schwab, M., 1998, Enhancement of discontinuities in seismic 3-D images using a Java estimation library: 99.

Zhang, Y. and J. Claerbout, 2010, Least-squares imaging and deconvolution using the hb norm conjugate-direction solver: SEP-Report, 140, 129-142.