by schevans
Trad4 is a fully concurrent, thread safe, graph-based programming language that scales linearly on multiple cores. It is initially intended for deployment in the financial industry to model real-time risk.
- Appendix B: bond_risk specification has been removed and abandoned - Appendix C: black_scholes.has been moved on-line: http://trad4.sourceforge.net/black_scholes/black_scholes.html - Appendix C: general_computer (for there were two appendix Cs, it ...
Trad4v3.0 beta02 featuring bond_risk and black_scholes is up. Changes: - The ability to pass in compiler flags (-O3, -g) has been added (append to CXXFLAGS as needed). - A compiler warning caused by certain kinds of structures has been fixed. - A ...
For this release the precompiler has been re-written to support nested and stand-alone structures. It's also much improved from an architectural perspective. Two applications are included in this distribution. The first is jpm_cds v1.1, which has had ...
This application is based on the ISDA CDS Standard Model originally written by JPMorgan and recently released under an open source licence. It is a port of this CDS model to the trad4 architecture. This release represents Phase1 of this project, which is ...
In this model we'll be applying trad4 to the problem of ordinary differential equations, again using numerical methods in a similar vein to heat_equation_1d. We'll define a function and get the first and second order differentials of that function. As ...
This is a working model of what was a thought-experiment discussed in Appendix C of The Manual v2_Beta_04. It was a thought experiment then as there were limitations in the trad4 infrastructure that meant it could not be built. Those limitations have now ...
Trad4 (http://trad4.sourceforge.net/), the graph-based programming language that scales linearly on multiple cores, has been used to build a concurrent model of the 1D heat equation (http://trad4.sourceforge.net/heat_equation_1d.html). This model used ...
Trad4 is a fully concurrent, thread safe, graph-based programming language that scales linearly on multiple cores. It is initially intended for deployment in the financial industry to model real-time risk. It is a new way of arranging programs in memory ...
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