Index Catalog // ScholarsArchive@OSU

Creator:: Chung, Jean H. and Budd, Timothy H.
Abstract:: A new technique of implementing the object-oriented language Little Smalltalk is developed using tuple space communication of Linda. In this implementation, the language's abstract constructs such as object, class, and method are naturally mapped into tuple space. Since Linda's tuple space is designed to facilitate parallel processing, this implementation technique...
Resource Type:: Technical Report
Full Text:: l l l l D n l l I I I I J : J J J J u 90-60-12 Linda-Smalltalk: Parallel

Creator:: Quinn, Michael J. and Hatcher, Philip J.
Abstract:: Our thesis is that data parallel programs can be translated into programs that execute efficiently on a variety of architectures. Currently we are focusing on the data parallel programming language C*, developed by Thinking Machines Corporation for the Connection Machine processor array. Previous papers have described our design of a...
Resource Type:: Technical Report
Full Text:: Language on a Tightly Coupled Multiprocessor Michael J. Quinn Department of Computer Science Oregon

Creator:: Quinn, Michael J., Anderson, Ray J., Hatcher, Philip J., Lapadula, Anthony J., and Jones, Robert R.
Abstract:: Dataparallel C is a SIMD extension to the standard C programming language. It is derived from the original C* language developed by Thinking Machines Corporation.. We have nearly completed a third-generation Dataparallel C compiler, which transforms Dataparallel C programs into SPMD-style C code suitable for compilation and execution on NCUBE...
Resource Type:: Technical Report
Full Text:: Language for Multicompotas Michael J. Qu:imt Ray J. Andersoa Computer Science Departmeiit Oregon

Creator:: Hatcher, Philip J., Quinn, Michael J., Lapadula, Anthony J., Seevers, Bradley K., Anderson, Ray J., and Jones, Robert R.
Abstract:: We are convinced that the combination of data-parallel languages and MIMD hardware can make an important contribution to high speed computing. The data-parallel paradigm is a natural way to solve a large number of problems arising in science and engineering. Data-parallel programs are easier to design, implement, and debug than...
Resource Type:: Technical Report
Full Text:: Programming on MIMD Computers September 28 , 1990 Philip J. Hatcher, Anthony J. Lapadula, Robert R. Jones

Creator:: Shen, Jisheng and Lewis, Ted G.
Resource Type:: Technical Report
Full Text:: . page 21 l n fl n n l I I 11 r J lJ u l1 j J J 3.2.3 Linda Portability is

Creator:: Rudd, W. G., Lewis, Ted G., El-Rewi, Hesham, Judge, David V., Handley, Scott, and Kim, Inkyu
Resource Type:: Technical Report
Full Text:: 89-80-1 j Lin~UEAS~TY Status Report: Parallel

Creator:: Lewis, Ted G. and Rudd, W. G.
Abstract:: The Parallel Programming Support Environment (PPSE) is an experimental integrated set of tools for the design and construction of large software systems to run on parallel computers. The tools include a graphical de.sign editor, a graphical target machine description system, a task mapper/scheduler tool, parallel code generator, and graphical aids...
Resource Type:: Technical Report
Full Text:: 90-80-2 j LirUUEASITY 5CIErlCE Architecture of the

Creator:: Judge, David V. and Rudd, W. G.
Abstract:: Within a decade, the amount of raw data acquired each day by satellite -based instrumentation will exceed 1 terabyte (10¹² bytes). Virtually all quantitative data acquired about the Earth is useful [10]. Processing the raw data into useful information will be an enormous task . Much of the current data...
Resource Type:: Technical Report
Full Text:: ] ·' j LifUUEAS~TY 5C~ErlCE A Test Case for the

Creator:: Sandberg, David W.
Abstract:: The design of an experimental object-based programming language is discussed. The language is intended for investigating techniques for organization of programs.
Resource Type:: Technical Report
Full Text:: I J lJ lJ j j J J to understand. Hence, one design requirement of X-2 is that it be as

Creator:: El-Rewini, Hesham and Lewis, Ted G.
Abstract:: ELGDF (Extended Large Grain Data Flow) is a design language that allows representation of a wide variety of parallel programs. The syntax is graphical and hierarchical to allow construction and viewing of realistically sized programs. ELGDF language facilitates describing parallel programs in a natural way for both shared memory model...
Resource Type:: Technical Report
Full Text:: ), N parallel nodes Pi ,i = [1 .. N], 2N control arcs aj, j = [1 .. 2N], and an end node (E). Arc aj

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