PROJECT TITLE :

Workload acceleration with the IBM POWER vector-scalar architecture

ABSTRACT:

During this paper, we have a tendency to describe the history and development of the IBM POWER ® vector-scalar architecture, as well as how the look goals of hardware potency and software interoperability are achieved by integrating existing floating-point and vector functions into a brand new unified architecture and function unit. The vector-scalar instructions were defined with an emphasis on out-of-the-box performance and consumability, while accelerating a broad set of enterprise server workloads. Vector-scalar instructions were initial introduced within the IBM POWER7 ® architecture to accelerate high-performance computing applications. With the introduction of the POWER8 ® processor, the vector-scalar design expanded to accelerate a diverse set of enterprise workloads together with unstructured text and string processing, business analytics, in-memory databases, big information, and stream coding. We conclude this paper with an outline of workload performance and application acceleration to demonstrate the effectiveness of the new vector-scalar design.


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