Why create a model in ModelBuilder, when the geoprocessing tools can easily be run individually? Select one or more: a. To run a complex succession of processes as one tool b. To plug in additional tools and parameters as needed c. To automate and manage geoprocessing workflows d. To be able to share geoprocessing workflows with other users e. To see a visual representation of analysis and geoprocessing operations

Why create a model in ModelBuilder, when the geoprocessing tools can easily be run individually? Select one or more: a. To run a complex succession of processes as one tool b. To plug in additional tools and parameters as needed c. To automate and manage geoprocessing workflows d. To be able to share geoprocessing workflows with other users e. To see a visual representation of analysis and geoprocessing operations

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter10: Application Development

Section: Chapter Questions

Problem 1RP

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Imagine you have been asked to come up with some player modelling systems by the game designers of a virtual cafe game (where players run a virtual cafe, set up the décor, cook dishes, and so on). What player modelling technique (one of clustering, churn prediction, flow, bartle's player type, Elo's performance rating, drama management) would you use for each situation, and (most importantly) why? If you need to assume things about the game or the data you’d collect, state those assumptions. (A) An approach to map from a series of features that describe a player to a prediction of whether they will buy a new piece of furniture or not ((B) an approach that can identify what types of players exist within the game from data (C) an approach that maps from a set of features to how much real-world money a player will spend in the game ? Make sure to give brief (~1-2 sentence) justifications for each answer.
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Can someone help me explain how ETL strategy is used when migrating data from Other resources (CSV, XLXS files, etc) to a Data Warehouse? Probably better with a process flow and diagram. Thank you.
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In terms of the Roofline Model, how dependent will the results you obtain when running these benchmarks be on the amount of sharing and synchronization present in the workload used?
How sensitive are the results of these Roofline Model benchmarks to the degree to which the used workload involves sharing and synchronisation?
Which of the following is a reason to take a model driven approach to developing a systems architecture? Models allow systems architects to select only the best performing technologies for a specific systems context Models enable systems architects to test processes throughly and avoid data bottlenecks Models can provide systems architects with a map to locate systems faults and performance bottlenecks Models can be used by systems architects to create a platform-independent model of the system architecture, which can then be used to generate specific implementations for different technology platforms
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How does model-driven engineering (MDE) facilitate the generation of code from high-level system models, and what are the challenges associated with MDE?
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