Description

As device and voltage scaling cease, ever-increasing performance targets can only be achieved through the design of parallel, heterogeneous architectures. The workloads targeted by these domain-specific

As device and voltage scaling cease, ever-increasing performance targets can only be achieved through the design of parallel, heterogeneous architectures. The workloads targeted by these domain-specific architectures must be designed to leverage the strengths of the platform: a task that has proven to be extremely difficult and expensive.
Machine learning has the potential to automate this process by understanding the features of computation that optimize device utilization and throughput.

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Date Created
  • 2020
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  • Text
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    • Masters Thesis Electrical Engineering 2020

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