APL 1998: Rome, Italy

• Robert Bernecky:
  EGREGION: a branch coverage tool for APL. 3-14
  Electronic Edition (ACM DL) BibTeX
• Richard L. W. Brown:
  Writing optimization software in APL, J, and MATLAB: a comparison. 15-21
  Electronic Edition (ACM DL) BibTeX
• Paul S. Mansour, Stephen M. Mansour:
  Using APL expressions in database operations. 22-26
  Electronic Edition (ACM DL) BibTeX
• Marco Micocci, Angelo Manna, Alvaro Tomassetti:
  The comparison of C++ and Mathematica in the generation of pseudo random numbers for financial and actuarial applications. 27-31
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• Sven-Bodo Scholz:
  On defining application-specific high-level array operations by means of shape-invariant programming facilities. 32-38
  Electronic Edition (ACM DL) BibTeX
• Robert Bernecky:
  Reducing computational complexity with array predicates. 39-43
  Electronic Edition (ACM DL) BibTeX
• Hendrik Rama:
  Turtle graphics: hidden features in APL2. 44-56
  Electronic Edition (ACM DL) BibTeX
• David E. Siegel:
  All searches are divided into three parts: string searches using ternary trees. 57-68
  Electronic Edition (ACM DL) BibTeX
• Enrique Alfonseca:
  Writing a compilers compiler in APL. 69-75
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• J. Philip Benkard:
  An epistemology of APL. 76-90
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• W. Neville Holmes:
  Simplifying array processing languages. 91-96
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• Kyosuke Saigusa:
  Japanese language handling in APL environments. 97-103
  Electronic Edition (ACM DL) BibTeX
• Manuel Alfonseca, Enrique Alfonseca, Juan de Lara:
  Compiling a simulation language in APL. 105-109
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• Martin Barghoorn:
  Crosstab, OLAP, and APL: N-dimensional data analysis with sparse cubes. 110-113
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• Roger Busi:
  BABAPL: a software prototype of a programmable pocket APL calculator. 114-120
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• Istvan Kadar, Erik Papp:
  Object oriented spatial positioning systems. 121-140
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• Francesco Pedullá, Giorgio Salerno:
  AxE: a transportation network analysis package. 141-145
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• U. Piasentin, D. Lanari, E. Migliorini:
  APL and demographic modelling. 146-153
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• Jack G. Rudd, Richard A. Marsh, Marcus L. Munger:
  Large-scale space object tracking using APL2. 154-163
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• Alexander O. Skomorokhov, Michail T. Slepov:
  Pattern recognition in APL with application to reactor diagnostics. 164-172
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• Manuel Alfonseca:
  Using APL to build science tutors for the high school level. 173-178
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• Andrei Buzin:
  Teaching classical calculation methods: APL challenge. 179-188
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• Steven J. Halasz:
  First flight: automated tutorials for fledgling APLers. 189-199
  Electronic Edition (ACM DL) BibTeX
• Walter G. Spunde, Peter de Voil:
  A Web-interfaced array-based mathematics course. 200-204
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• Alvin J. Surkan:
  APL design of graphic displays for motivation in distance education. 205-213
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• Vittorio Moriggia, Marida Bertocchi, Jitka Dupacová:
  Highly parallel computing in simulation on dynamic bond portfolio management. 215-221
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• Stephen M. Mansour:
  Optimization with dynamic functions. 222-227
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• Marco Micocci:
  The use of Markov discontinuous processes in the pricing of derivative securities: the application of APL. 228-232
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• Arto Juvonen, Unto Niemi:
  Corporate analysis by APL. 233-241
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• Giulia Rotondo:
  Neural network for partitionable variational inequalities. 242-247
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