Table of Contents

• Exception handling in APLDennis R. Adler. 17-22 [doi]
• Interactive design of neutron beam collimators using the Monte Carlo technique in APLC. Bastian. 23-31 [doi]
• Nonpositional indexing for a relational data baseJ. Philip Benkard. 32-39 [doi]
• APL and the relational modelJ. Michael Blackford, Robert M. Taylor. 40-48 [doi]
• Extending APL: What more can a programmer ask for?Dragan Bozinovic. 49-56 [doi]
• APL on a multiprocessor architectureNorman Brenner. 57-60 [doi]
• APLNET, a local computer networkDaniel Brocklebank. 61-66 [doi]
• Understanding arraysJames A. Brown. 67-71 [doi]
• The hunting of the SnarkPhilip R. Chastney. 72-77 [doi]
• ADONIS a dynamic APL interactive package for multivariate analysisJosiane Confais, Sylviane Bonnefous, Jean Brenot. 78-83 [doi]
• Problem solving with APL using micro-computersA. D. Crossley, H. J. Ward. 84-89 [doi]
• Desirable extensions to APL for handling numerical multidimensional arraysEgon Dorrer. 90-95 [doi]
• FITTEN - an APL workspace for nonlinear regressionLutz Edler, Jutta Berger. 96-104 [doi]
• Practicing on the CORE Graphics SystemGiorgio P. Faconti, Patrizia Palamidese. 105-112 [doi]
• Semicolon-bracket notation: A hidden resource in APLAdin D. Falkoff. 113-116 [doi]
• Uses of APL in a manufacturing environmentHoward W. Gutzman, Edwardo Kellerman. 117-120 [doi]
• Experimental mathematics using APL and graphicsCharles Haspel, Alphonse Thomas Vasquez. 121-127 [doi]
• Adapting numerical algorithms to APLGarry Helzer. 128-133 [doi]
• APL full screen editing and error handlingRaymond C. Hooker. 134-138 [doi]
• APL in educationKenneth E. Iverson. 139 [doi]
• Practical uses of a model of APLKenneth E. Iverson, Arthur T. Whitney. 140-145 [doi]
• The use of APL primitives and function domains to produce general APL solutions to problems involving discontinuitiesWarren G. Julian. 146-153 [doi]
• The use and disuse of APL: An empirical studyRaymond Kanner. 154-159 [doi]
• Management of a large block-diagonal macro-economic model in APLEeva-Liisa Kaski. 160-168 [doi]
• NUMETH a user oriented programming system for interactive application of numerical methodsKlaus Kilberth. 169-175 [doi]
• Computer arithmetic and programming languagesUlrich W. Kulisch. 176-182 [doi]
• Using APL in an Artificial Intelligence environment: A knowledge engineering system dealing with biographical dataGeorges Lee, Ruddy Lelouche, Vincent Meissonnier, Gian Piero Zarri. 183-191 [doi]
• An APL simulation of feedback systemsWilbur R. LePage, Richard McFee. 192-200 [doi]
• Transparent files in APL (A Preliminary Proposal)Jim Lucas. 201-206 [doi]
• Extending Halstead's software science for a more precise measure of APLRoss A. Mauri, A. Harry Williams. 207-213 [doi]
• A self-defining dynamic data management system using multiple access methodsNormand R. Montour. 214-218 [doi]
• Rectangularly arranged collections of collectionsTrenchard More Jr.. 219-228 [doi]
• Extending APL "optional arguments"Richard L. Naugle, Joseph B. Schlam. 229-233 [doi]
• A technique for producing graphical presentations with instances of a unit symbolWalter H. Niehoff. 234-237 [doi]
• A financial modeling language using Nested ArraysRobert P. Noss. 238-245 [doi]
• Teaching a topic in psychology with APL: A cognitive information processing modelHoward A. Peelle. 246-248 [doi]
• Large arrays and filesRoland H. Pesch. 249-253 [doi]
• A conceptual framework for the design of Market SimulationsGirard C. Pessis. 254-259 [doi]
• Automated testing in APL - an application of exception handlingJan F. Prins. 260-264 [doi]
• APL event / response programmingDavid A. Rabenhorst. 265-268 [doi]
• CPS - an APL conference planning system on a microcomputerLutz Richter, Hellfried Ciorga. 269-276 [doi]
• A survey of extensions to APLKarl Fritz Ruehr. 277-314 [doi]
• Array diagrams and the Nial approachFl. Schmidt, Michael A. Jenkins. 315-319 [doi]
• Eigenanalysis and polynomial root finding primitive functionsS. Schmidt, James A. Brown, Michael A. Jenkins. 320-324 [doi]
• A programming environment for blind APL-programmersWaltraud Schweikhardt. 325-331 [doi]
• Computational simplicial homology in APLJeffrey O. Shallit. 332-338 [doi]
• Interactive multilevel definition of APL functionsMoshe Sniedovich. 339-345 [doi]
• APL - a boon to budgetingBeverly J. Spellman, M. Scott Downing. 346-350 [doi]
• Indexing infinite arrays: Non-finite mathematics in APLR. W. W. Taylor. 351-355 [doi]
• An APL-guided tour through the elements of multi-dimensional geometryNorman D. Thomson. 356-361 [doi]
• The impact of microcomputers on APLPhilip A. Van Cleave. 362-364 [doi]
• APL: A profitability languageWilliam G. vonBerg. 365-366 [doi]
• The use of APL in a concurrent data flow environmentMichael N. Wakshull. 367-372 [doi]
• The application of an APL micro computer solving a commercial problem - a case studyH. J. Ward, P. W. Hurdley. 373-379 [doi]
• Design considerations of a micro-based APLJohn C. Wilson, T. A. Wilkinson. 380-383 [doi]
• A short-run forecasting modelMiklós Géza Zilahi-Szabó. 384-388 [doi]
• A parser as a user-interface, driven by an enclosed arrayMichael Zippel. 389-396 [doi]