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Wednesday, September 23 • 5:05pm - 5:55pm
Load-Sto-Meter: Generating Workloads for Persistent Memory

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New persistent memory technologies allow IO to be replaced with memory mapped files where the primary operations are load, store, flush and fence instructions executed by CPU’s. This creates a new need for software generate well understood workloads made up of those operations to characterize implementations of persistent memory related functionality. This session describes a proposal for such a workload generator which could play a role for PM solutions similar to IOMeter for IO.

Learning Objectives

Learn how pure load/store workloads can be generated
Learn about parameters that should govern the creation of pure load/store workloads

avatar for Damini Ashok Chopra

Damini Ashok Chopra

Software Intern - Office of Chief Technologist, HP
Damini Ashok Chopra is a Software Engineer Intern in the Chief Technologist’s office of HP Storage, where she is working under the mentorship of Doug Voigt, Distinguished Technologist at HP. At HP, she is involved in designing a workload generator for performance characterization of Persistent Memory. She is currently pursuing her MS degree in Computer Engineering from Boston University.
avatar for Doug Voigt

Doug Voigt

Distinguished Technologist, HP
Doug Voigt is a Distinguished Technologist in the Chief Technologist’s office of HP’s Storage Division. He is co-chair of the SNIA NVM Programming Model and a member of the SNIA Technical Council. Doug has over 35 years of development experience in disk drives, disk arrays, storage management and non-volatile memory. He holds CS and EE degrees from Cornell University and 33 US patents, primarily in virtual arrays.

Wednesday September 23, 2015 5:05pm - 5:55pm
Stevens Creek Room

Attendees (3)