The Next 700 Transaction Processing Engines
Summary: OLTP history: from disk I/O through in-memory, multicore, to scalable, concurrent engines. Shifting workloads, DRAM abundance, and changing hardware imply new metrics; the talk sketches directions for the next generation of data-management engines. (summarized by gpt-5-nano on Feb 09 2026)
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Citations counted here include only citations to other VLDB/SIGMOD/CIDR/PODS papers in this database.
| Rank | Cited Paper | Year | Venue | Pagerank |
|---|---|---|---|---|
| 87 | Hekaton: SQL Server’s Memory-Optimized OLTP Engine | 2013 | SIGMOD | 0.00052844656 |
| 215 | OLTP Through the Looking Glass, and What We Found There | 2008 | SIGMOD | 0.00033609709 |
| 336 | Data-Oriented Transaction Execution | 2010 | VLDB | 0.00027008897 |
| 632 | Staring into the Abyss: An Evaluation of Concurrency Control with One Thousand Cores | 2015 | VLDB | 0.00018895506 |
| 692 | Analyzing the Energy Efficiency of a Database Server | 2010 | SIGMOD | 0.00018045529 |
| 1,369 | Aether: A Scalable Approach to Logging | 2010 | VLDB | 0.0001235533 |
| 1,637 | Mostly-Optimistic Concurrency Control for Highly Contended Dynamic Workloads on a Thousand Cores | 2017 | VLDB | 0.00011058532 |
| 2,926 | Design Principles for Scaling Multi-core OLTP Under High Contention | 2016 | SIGMOD | 7.8868401e-05 |
| 4,774 | The Case For Heterogeneous HTAP | 2017 | CIDR | 5.9279395e-05 |
| 5,273 | Micro-architectural Analysis of In-memory OLTP | 2016 | SIGMOD | 5.5919449e-05 |
| 7,741 | Modern Main-Memory Database Systems | 2016 | VLDB | 4.6587815e-05 |
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