Now it is official: The Dagstuhl Seminar on Disruptive Memory Technologies has been accepted and will take place from April 7th until April 11th 2025 at Dagstuhl Castle in southwest Germany. (…)
On September 14th and 15th, the team around Gunter Saake, Michael Kuhn, and David Broneske invited the researchers of the 15 projects of SPP 2377 to the Otto-von-Guerike-University Magdeburg for the first annual meeting of the priority program. (…)
Memento, NEON, and PAVE had a strong presence at HotCarbon and OSDI in Boston, MA, USA: At the HotCarbon Workshop, Benedict Herzog presented “carbond: An Operating-System Daemon for Carbon Awareness” and Sven Köhler gave a talk on “Carbon-Aware Memory Placement”. In the poster session of OSDI’23, the group of researchers from Ruhr-University Bochum, BTU Cottbus, FAU Erlangen, and HPI Potsdam was well represented with four posters: “Efficient NVRAM-Based General Purpose Operating Systems”, “Memento: Energy-Aware Memory Placement in Operating Systems”, “Quick-and-Dirty Memory Access Tracing with Instruction-Based Sampling”, and “A Cache-Stall Driven CPU Frequency Governor for Linux”.
No less than three papers by researchers from the SPP 2377 project ParPerOS and from the SPP-associated project NEON were accepted for presentation at the USENIX ATC in Boston, MA, USA. For ParPerOS, Lars Wrenger presented “LLFree: Scalable and Optionally-Persistent Page-Frame Allocation”, and Dominik Töllner presented “MELF: Multivariant Executables for a Heterogeneous World”. With “Luci: Loader-based Dynamic Software Updates for Off-the-shelf Shared Objects”, Bernhard Heinloth represented NEON at the ATC.` Last but not least, Lars Wrenger, Florian Rommel, Alexander Halbuer, Christian Dietrich, and Daniel Lohman received the Distinguished Artifact Award for LLFree. Congratulations!
In a joint effort, one SPP2377 project replicated another’s setup for validation and verification purposes. A modified FreeBSD kernel for NVRAM, brought forward by the PAVE team around Jörg Nolte (BTU Cottbus) and Wolfgang Schröder-Preikschat (FAU Erlangen-Nürnberg) was adapted to and installed on a system at Andreas Polze’s lab (HPI Potsdam, project Memento). The PAVE team adapted the stock FreeBSD kernel and bootloader to work exclusively with NVRAM by hiding all DRAM from the kernel at boot time and evaluated their implementation on an Optane PM 200 system.Same experiments and follow-up work can now be reproduced on a Optane PM…
In a joint effort, one SPP2377 project replicated another’s setup for validation and verification purposes. A modified FreeBSD kernel for NVRAM, brought forward by the PAVE team around Jörg Nolte (BTU Cottbus) and Wolfgang Schröder-Preikschat (FAU Erlangen-Nürnberg) was adapted to and installed on a system at Andreas Polze’s lab (HPI Potsdam, project Memento). The PAVE team adapted the stock FreeBSD kernel and bootloader to work exclusively with NVRAM by hiding all DRAM from the kernel at boot time and evaluated their implementation on an Optane PM 200 system.Same experiments and follow-up work can now be reproduced on a Optane PM…