VPI

The VPI (Variable Precision Interval) software package is a collection of routines written in C++ (by this author) to support variable precision interval arithmetic. It appears to be the oldest of the various C++ packages, having been used as early as 1988, although it has endured many modifications and enhancements since then. Here, the author discusses its capabilities, flaws, evolution (including the development of a vectorized version for the CRAY-YMP), and a variety of pedagogical and research applications to which the author has put it


References in zbMATH (referenced in 14 articles , 1 standard article )

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  1. Mukhopadhyay, Nitis: A conversation with Shelemyahu Zacks (2005)
  2. Papadopoulos, George K.: Diffusivity of $\textCH_4$ in model silica nanopores: molecular dynamics and quasichemical mean field theory (2005)
  3. Moore, Ramon; Lodwick, Weldon: Interval analysis and fuzzy set theory (2003)
  4. Sutherland, Stuart: The Verilog PLI handbook. A user’s guide and comprehensive reference on the verilog programming language interface. Incl. 1 CD-ROM. (2002)
  5. Jang, Kyunghun; Kang, Kyeonghoon; Kim, Duckjin: Dynamic connection rerouting and wired-resource reservation scheme on ATM-based PCN (2000)
  6. Mittra, Swapnajit: Principles of Verilog PLI (1999)
  7. Sutherland, Stuart: The Verilog PLI handbook. A user’s guide and comprehensive reference on the verilog programming language interface. Incl. 1 CD-ROM (1999)
  8. Vetschera, Rudolf: The value of preference information in agency relationships (1999)
  9. Schulte, Michael J.; Swartzlander, Earl E.jun.: Software and hardware techniques for accurate, self-validating arithmetic (1996)
  10. Schulte, Michael J.; Swartzlander, Earl E.jun.: Variable-precision, interval arithmetic coprocessors (1996)
  11. Atanackovic, T.; Müller, I.: A new form of the coherency energy in pseudoelasticity (1995)
  12. Herlocker, Jonathan; Ely, Jeffrey: An automatic and guaranteed determination of the number of roots of an analytic function interior to a simple closed curve in the complex plane (1995)
  13. Schulte, Michael J.; Swartzlander, Earl E.jun.: A software interface and hardware design for variable-precision interval arithmetic (1995)
  14. Ely, Jeffrey S.: The VPI software package for variable precision interval arithmetic (1993)