| FSphinteract: Resolving Ambiguities in NL2SQL Through User Interaction |
Fuheng Zhao (UCSB); Shaleen Deep (Microsoft Gray Systems Lab); Fotis Psallidas (Microsoft); Avrilia Floratou (Microsoft); Divy Agrawal (University of California, Santa Barbara); Amr El Abbadi (UC Santa Barbara) |
| Cost-Effective, Low Latency Vector Search with Azure Cosmos DB |
Nitish Upreti (Microsoft); Harsha Simhadri (Microsoft); Hari Sundar (Microsoft); Krishnan Sundaram (Microsoft); Samer Boshra (Microsoft); Bala Perumalswamy (Microsoft); Shivam Atri (Microsoft); Martin Chisholm (Microsoft); Revti Singh (Microsoft); Greg Yang (Microsoft); Tamara Hass (Microsoft); Nitesh Dudhey (Microsoft); Subramanyam Pattipaka (Microsoft); Mark Hildebrand (Microsoft); Magdalen Manohar (Microsoft); Jack Moffitt (Microsoft); Haiyang Xu (Microsoft); Naren Datha (Microsoft); Suryansh Gupta (Microsoft); Ravi Krishnaswamy (Microsoft); Prashant Gupta (Microsoft); Abhishek Sahu (Microsoft); Hemeswari Varada (Microsoft); Sudhanshu Barthwal (Microsoft); Ritika Mor (Microsoft); James Codella (Microsoft); Shaun Cooper (Microsoft); Kevin Pilch (Microsoft); Simon Moreno (Microsoft); Aayush Kataria (Microsoft); Santosh Kulkarni (Microsoft); Neil Deshpande (Microsoft); Amar Sagare (Microsoft); Dinesh Billa (Microsoft); Zishan Fu (Microsoft); Vipul Vishal (Microsoft) |
| PDFDumpKV: Learning based lifetime aware garbage collection for key value separation in LSM-tree |
ZHUTAO ZHUANG (Microsoft); Xinqi Zeng (Sun Yat-sen University); Zhiguang Chen (Sun Yat-sen university) |
| Stochastic SketchRefine: Scaling In-Database Decision-Making under Uncertainty to Millions of Tuples |
Riddho Ridwanul Haque (University of Massachusetts Amherst); Anh Mai (NYU Abu Dhabi); Matteo Brucato (Microsoft); Azza Abouzied (NYU Abu Dhabi); Peter Haas (University of Massachusetts Amherst); Alexandra Meliou (University of Massachusetts Amherst) |
| MD-MVCC: Multi-version Concurrency Control for Schema Changes in Azure SQL Database |
Panagiotis Antonopoulos (Microsoft); Mansi Chauhan (Microsoft); Shailender Dabas (Microsoft); Rajat Jain (Microsoft); Darshan Kattera (Microsoft); Wonseok Kim (Microsoft); Hanuma Kodavalla (Microsoft); Nikolas Ogg (Microsoft); Prashanth Purnananda (Microsoft); Rahul Ranjan (Microsoft); Alex Swanson (Microsoft); Divyesh Tikmani (Microsoft) |
| From FASTER to F2: Evolving Concurrent Key-Value Store Designs for Large Skewed Workloads |
Konstantinos Kanellis (University of Wisconsin-Madison); Badrish Chandramouli (Microsoft Research); Ted Hart (Microsoft Research); Shivaram Venkataraman (University of Wisconsin-Madison) |
| Scaling GPU-Accelerated Databases beyond GPU Memory Size |
Yinan Li (Microsoft Research); Bailu Ding (Microsoft Research); Ziyun Wei (Cornell University); Lukas Maas (Microsoft Research); Momin Al-Ghosien (Microsoft); Spyros Blanas (The Ohio State University); Nicolas Bruno (Microsoft); Carlo Curino (Microsoft); Matteo Interlandi (Microsoft); Craig Peeper (Microsoft); Kaushik Rajan (Microsoft Research); Surajit Chaudhuri (Microsoft Research); Johannes Gehrke (Microsoft) |
| Esc: An Early-Stopping Checker for Budget-aware Index Tuning |
Xiaoying Wang (Simon Fraser University); Wentao Wu (Microsoft Research); Vivek Narasayya (Microsoft); Surajit Chaudhuri (Microsoft) |
| Auto-Prep: Holistic Prediction of Data Preparation Steps for Self-Service Business Intelligence |
Eugenie Lai (Massachusetts Institute of Technology); Yeye He (Microsoft Research); Surajit Chaudhuri (Microsoft) |
| Horizon: Robust Checks for SQL Migration Using LLMs |
Venkatesh Emani (Microsoft); Wenjing Wang (Microsoft); Zi Ye (Microsoft); Jia He (Microsoft); Neel Ball (Microsoft); Kumaraswamy Boora (Microsoft); Carlo Curino (Microsoft); Avrilia Floratou (Microsoft); Manan Goenka (Microsoft); Paridhi Gupta (Microsoft); Vivek Gupta (Microsoft); Katherine Lin (Microsoft); Nick Litombe (Microsoft); Jared Meade (Microsoft); Suryakant Mutnal (Microsoft); Raghu Ramakrishnan (Microsoft); Sudhir Raparla (Microsoft); Dhruv Relwani (Microsoft); Shyam Sai (Microsoft); Vaibhave Sekar (Microsoft); Roneet Shaw (Microsoft); Harmeet Singh (Microsoft); Prasanna Sridharan (Microsoft); Mark Taylor (Microsoft); Sunidhi Tiwari (Microsoft); Yiwen Zhu (Microsoft) |
| AutoDebugger: Efficient Root Cause Analysis for Anomaly Jobs |
Fathelrahman Ali (Google); Yiwen Zhu (Microsoft); Lie Jiang (Microsoft); Zhen Li (Microsoft); Manting Li (Microsoft); Kun Huang (Microsoft); Lijing Lin (Microsoft); Long Tian (Microsoft); Xiaolei Liu (Microsoft); Subru Krishnan (Microsoft) |