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Features of different computer architecture models

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Includes Harvard, Von Neumann, and Cluster Computing models.

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Harvard architecture data and instruction separation.

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The separation of data and instructions with two buses allows parallel processing, improving performance.

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Memory waste in Harvard architecture.

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Free instruction memory cannot be used by the program's data.

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A computer cluster is a single logical unit.

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This means that it operates as one entity despite being made up of multiple machines.

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Clusters provide much faster processing speed.

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They can handle more tasks simultaneously compared to single computers.

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Cluster computing enhances system performance.

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It allows for parallel processing and resource sharing.

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The UMA model is suitable for general purpose and time-sharing applications.

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It is used by multiple users.

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Example of cluster computing in internet services

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Google uses cluster computing to provide reliable and efficient internet search services.

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Cluster computing in vehicle safety

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Used for computational simulations of vehicle crashes to improve safety.

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Understanding computer architecture models

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Focus on Harvard, Von Neumann, and Cluster Computing models.