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6. [Implementation Testing] (15 points) You are to implement and test a program for summing 1/x as x runs over all approximately eight million (23 fraction bits) single precision floating point numbers in the interval [1, 2). You are to do this on a server, PC (or Mac) of your choice. You are first asked to predetermine estimates of your implementation's computation time (architecture and compiler dependant), result accuracy (algorithm and round-off dependant), and result value (real valued sum estimate). Specifically: a. Discuss the computational environment for your tests, including the compiler, operating system, machine MHz and cycle times for appropriate instructions and whether pipelining affects your execution time. b. Predetermine an estimate of the time utilizing single precision for the variables for all computations from any documentation you can find from the hardware manufacturer and/or compiler and system provider. c. Predetermine a rough estimate of the exact sum (hint: how many terms are being added and how large is an "average term"). d. Predetermine an estimate of the accuracy. Single precision computation should be done in round to nearest mode as provided by standard C implementations. By accuracy of the sum we mean the difference between the rounded sum of rounded values compared to the exact sum of exact values. e. Give the measured running time and the computed result for your implementation. Compare the results with your estimates of running time and approximate sum. Compute the sum in double precision and single precision and compare to give a reasonable value for the accuracy of the single precision sum. Compare your result with another student's results that might have performed the sum in a different order. Can you explain the size of the approximation error?
identifies the cost of computer components to configure a computer system (including all peripheral devices where needed) for use in one of the following four situations:
Compare how the gestures data is generated and represented for interpretation in each of the following input devices. In your comparison, consider the data formats (radio waves, electrical signal, sound, etc.), device drivers, operating systems suppo..
Assignment : Cores on Computer Systems: Differentiate between multiprocessor systems and many-core systems in terms of power efficiency, cost benefit analysis, instructions processing efficiency, and packaging form factors.
Prepare working solutions in Excel that will manage the annual budget
Research paper in relation to a Software Design related topic
Describe the forest, domain, OU, and trust configuration for Bluesky. Include a chart or diagram of the current configuration. Currently Bluesky has a single domain and default OU structure.
Construct a truth table for the Boolean expressions ABC + A'B'C' ABC + AB'C' + A'B'C' A(BC' + B'C)
Evaluate the cost of materials
Depending on how comfortable you are with using the MARIE simulator after reading
What is the main advantage of using master pages. Explain the purpose and advantage of using styles.
Explain the two approaches to packet delivery by the network layer in Distributed Systems. Describe the three fundamental models of Distributed Systems
Distinguish between caching and buffering The failure model defines the ways in which failure may occur in order to provide an understanding of the effects of failure. Give one type of failure with a brief description of the failure
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