Introduction to Parallel Computing | | Author: Blaise Barney‚ Lawrence Livermore National Laboratory | UCRL-MI-133316 | Table of Contents 1. Abstract 2. Overview 1. What is Parallel Computing? 2. Why Use Parallel Computing? 3. Concepts and Terminology 3. von Neumann Computer Architecture 4. Flynn’s Classical Taxonomy 5. Some General Parallel Terminology 4. Parallel Computer Memory Architectures 6. Shared Memory 7. Distributed
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Business Logic & Software Development Business Logic: In computer software‚ business logic or domain logic is the part of the program that encodes the real-world business rules that determine how data can be created‚ displayed‚ stored‚ and changed. It is contrasted with the remainder of the software which might be concerned with lower-level details of managing a database or displaying the user interface‚ system infrastructure‚ or generally connecting various parts of the program. The main components
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ABSTRACT Nowadays‚ commercial applications are most used on parallel computers. A computer that runs such an application has to be able to process large amount of data in sophisticated ways. We can say with no doubt that commercial applications will define future parallel computers architecture. But scientific applications will still remain important users of parallel computing technology. Trends in commercial and scientific applications are merging as commercial applications perform more sophisticated
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Basic Flowchart Symbols Process Symbol The Process Symbol represents any process‚ function‚ or action and is the most frequently used symbol in flowcharting. Document Symbol The Document Symbol is used to represent any type of hard copy input or output (i.e. reports). Offpage Symbol Offpage Connector Symbols are used to indicate the flowchart continues on another page. Often‚ the page number is placed in the shape for easy reference. Input/Output Symbol The Input/Output Symbol represents
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Flowchart for a Process This paper will select a process that I complete every day but would like to spend less time doing. In this case I have selected the process of washing dishes‚ I will include a flow chart to show how steps in a process fit together‚ define and analyze the process. This flowchart will also include comments on the factors that affect the process design and find areas for improvement in the process. This paper will identify one metric that is needed to measure the process
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Chapter 4 Categorical Propositions Categorical Proposition- a proposition that relates two classes or categories of entities together in some way. (sentence with truth value) -The classes in question are denoted respectively by the subject term and predicate term (S) (P) Quantifiers (S) (P) -All Ex. All Snow is White -None No Snow is Green -Some Some
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Flowchart 1 is an overview of the Production Cycle. The Production Cycle is a recurring set of business activities and related data processing operations associated with the manufacture of products. In understanding the flowchart it is best to look at its relationships and interactions with the other cycles. Using a context diagram‚ the Production Cycle was shown as being linked to the Revenue Cycle by receiving customer orders and sales forecasts from the Revenue Cycle‚ and
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there exist parallel universes‚ exactly like our universe. (2)These universes are all related to ours; indeed‚ they branch off from ours‚ and our universe is branched off of others. Within these parallel universes‚ our wars have had different outcomes than the ones we know. Species that are extinct in our universe have evolved and adapted in others. In other universes‚ we humans may have become extinct. (3)For many years‚ science fiction writers have linked the notion of a parallel universe to hyperspace
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The English word ‘Symbol’ owes its origin to the Greek word‚ ‘Symbolon’ meaning ‘a sign’ by which one knows or infers a thing. Swami Swahananda‚ in one of his articles states that‚ “a symbol‚ typifies‚ represents or recalls something by possession of analogous qualities or by association in the fact or thought”1. Human beings use symbols so much so that it has become an innate tendency in them. In due course‚ symbols began to be used to interpret more and more abstract things‚ thoughts‚ human
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using a hardware description language (HDL)‚ similar to that used for an application-specific integrated circuit (ASIC) (circuit diagrams were previously used to specify the configuration‚ as they were for ASICs‚ but this is increasingly rare). Contemporary FPGAs have large resources of logic gates and RAM blocks to implement complex digital computations. As FPGA designs employ very fast IOs and bidirectional data buses it becomes a challenge to verify correct timing of valid data within setup time and
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