Refine
Document Type
- Conference proceeding (38)
- Journal article (5)
- Book chapter (5)
Has full text
- yes (48)
Is part of the Bibliography
- yes (48)
Institute
- Informatik (48)
Publisher
- Association for Computing Machinery (15)
- Springer (9)
- IEEE (7)
- OpenProceedings (4)
- Gesellschaft für Informatik e.V (3)
- Universität Konstanz (3)
- IARIA (2)
- Association of Computing Machinery (1)
- CIDR (1)
- SciTePress (1)
- Springer Nature (1)
- Universität Trier (1)
Even though near-data processing (NDP) can provably reduce data transfers and increase performance, current NDP is solely utilized in read-only settings. Slow or tedious to implement synchronization and invalidation mechanisms between host and smart storage make NDP support for data-intensive update operations difficult. In this paper, we introduce a low-latency cache-coherent shared lock table for update NDP settings in disaggregated memory environments. It utilizes the novel CCIX interconnect technology and is integrated in neoDBMS, a near-data processing DBMS for smart storage. Our evaluation indicates end-to-end lock latencies of ∼80-100ns and robust performance under contention.