Two keynotes confirmed:
- Daniel S. Berger (Microsoft Azure and University of Washington): Realistic Expectations for CXL Memory Pools
- Gustavo Alonso (ETH Zurich): Data, Storage, Memory, and Overall System Efficiency
Participants for our panel discussion: Gustavo Alonso (ETH Zurich), Daniel S. Berger (Microsoft Azure & University of Washington), Philip Levis (Stanford), Andreas Polze (HPI, University of Potsdam), Emmett Witchel (The University of Texas at Austin)
The workshop schedule is now online.
Rationale
New system software is mandatory to make effective use of emerging memory technologies. These novel memory types are disruptive as they shatter our decades-old assumptions about the interface between hard- and software. Instead of volatile, passive and largely homogeneous main memory, current systems support non-volatile main memory, hybrid architectures combine classic memory modules with high-bandwidth memory, and disaggregated memory is no longer connected to the processor via the memory bus. Intensive research is also underway with approaches utilizing in-memory and near-memory computing that abandon the traditional von Neumann architecture and enable large numbers of parallel operations with the enormous potential for gains in performance and energy efficiency.
These ongoing innovations in main memory technology promise various improvements for all computer systems, such as lower energy consumption, higher processing power, improved reliability, and simplifications and thus cost reductions. The Workshop on Disruptive Memory Systems (DIMES) is intended to be a platform to discuss new visions, abstractions, and interfaces for system software to exploit the opportunities of novel memory technologies in existing and future software. We target to discuss aspects for all types of system software in the various different computing domains (e.g., embedded, mobile, desktop, edge, cloud, and HPC).
Suggested Topics
Suggested topics for submissions include all aspects of system software that are affected by emerging memory technologies like
- disaggregated memory
- in-/near-memory computing
- high-bandwidth memory
- persistent memory
in embedded, mobile, desktop/laptop, edge, cloud, and HPC systems, and related domains.
The topics include, but are not limited to:
- operating system concepts
- application interfaces
- programming models
- energy-aware computing
- distributed computing
- resource placement and allocation
- combined use of different emerging memories
We encourage authors to submit papers on concepts, early-stage work, and demos of prototype systems.
Important Dates
| Paper/demo submission deadline: | |
| Acceptance notification: | September 16, 2024 |
| Final camera-ready paper due: | October 4, 2024 |
| Workshop presentations: | November 3, 2024 |
Workshop Program
The Program Committee selected seven exciting papers and one demo for our workshop program.
We are also every pleased to announce two keynotes:
- Daniel S. Berger (Microsoft Azure and University of Washington): Realistic Expectations for CXL Memory Pools
- Gustavo Alonso (ETH Zurich): Data, Storage, Memory, and Overall System Efficiency
Venue and Registration
DIMES'24 is co-located with SOSP'24 and registrations will be handled on their website.