S-Store

S-Store: Streaming Meets Transaction Processing

Stream processing addresses the needs of real-time applications. Transaction processing addresses the coordination and safety of short atomic computations. Heretofore, these two modes of operation existed in separate, stove-piped systems. In this work, we attempt to fuse the two computational paradigms in a single system called S-Store. In this way, S-Store can simultaneously accommodate OLTP a...

The Release of S-Store System

In this paper, I describe multiple aspects that are closely related to the release of S-Store system, including dockerized S-Store system, new benchmark MIMIC2BigDAWG, dockerization of the integrated streaming processing system, verification of new S-Store scheduler and collection of stored procedures statistics. Although many other indispensable works are also finished for the final release, t...

Finding a place to efficiently store all of one ’ s digital materials . A Personal Digital Store

A Personal Digital Store C yberAll is a project to encode, store, and allow easy retrieval of all of a person’s information for personal and professional use. The archive includes books, CDs, correspondence (such as letters, memos, and email), transactions, papers, photos and albums, and video. In 2000, only 16 gigabytes are required to store all the media in my personal and professional life—a...

Electricity Deregulation : What ’ s in Store for the Environment ?

S-Store: A Streaming NewSQL System for Big Velocity Applications

First-generation streaming systems did not pay much attention to state management via ACID transactions (e.g., [3, 4]). S-Store is a data management system that combines OLTP transactions with stream processing. To create S-Store, we begin with H-Store, a main-memory transaction processing engine, and add primitives to support streaming. This includes triggers and transaction workflows to imple...