Download PDF by Peter Pacheco: An Introduction to Parallel Programming

By Peter Pacheco

ISBN-10: 0080921442

ISBN-13: 9780080921440

Writer Peter Pacheco makes use of an academic method of exhibit scholars how one can boost potent parallel courses with MPI, Pthreads, and OpenMP. the 1st undergraduate textual content to at once deal with compiling and operating parallel courses at the new multi-core and cluster structure, An creation to Parallel Programming explains easy methods to layout, debug, and overview the functionality of dispensed and shared-memory courses. trouble-free routines train scholars how you can assemble, run and adjust instance programs.

Key features:

  • Takes an academic strategy, beginning with small programming examples and development steadily to more difficult examples
  • Focuses on designing, debugging and comparing the functionality of disbursed and shared-memory programs
  • Explains the way to increase parallel courses utilizing MPI, Pthreads, and OpenMP programming models
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    Extra info for An Introduction to Parallel Programming

    Sample text

    If the circuit has a single output, Fis a single output function. If the cir­ cuit has multiple outputs, function F is a multiple output function with multiple variables and equations required to represent its outputs. Circuit gates are inter­ connected by wires that carry logic signals. Logic circuits of this type are called combinational logic circuits, since the variables are "combined" by the logical oper­ ations. This is in contrast to the sequential logic to be treated in Chapter 5, in which variables are stored over time as well as being combined.

    The following equa­ tions define the logical OR operation: 0+0=0 0+1=1 1+0=1 1+1=1 These resemble binary addition, except for the last operation. In binary logic, we have 1 + 1 = 1 (read "one OR one is equal to one"), but in binary arithmetic, we have 1 + 1 = 10 (read "one plus one is equal to two"). To avoid ambiguity, the symbol v is sometimes used for the OR operation instead of the + symbol. But as long as arithmetic and logic operations are not mixed, each can use the + symbol with its own independent meaning.

    Exceptions are circuits that are largely memory, such as caches and RAM, and analog electronic circuits in the monitor and hard disk controller. Nevertheless, with its use throughout the design of most of the computer, what we study in this chapter is fundamental to an in-depth understanding of computers and digital systems and how they are designed. 2-1 BINARY LOGIC AND GATES Digital circuits are hardware components that manipulate binary information. The circuits are implemented using transistors and interconnections in complex semi­ conductor devices called integrated circuits.

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    An Introduction to Parallel Programming by Peter Pacheco

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