
Rete algorithm - Wikipedia
Retes are directed acyclic graphs that represent higher-level rule sets. They are generally represented at run-time using a network of in-memory objects. These networks match rule conditions (patterns) to …
RETE Definition & Meaning - Merriam-Webster
The meaning of RETE is a network especially of blood vessels or nerves : plexus.
How the Rete Algorithm Works - Sparkling Logic
Mar 14, 2011 · Many rule engines use the Rete Algorithm created by Dr. Charles Forgy. Learn how it works and when to use it for rule execution.
Introduction To The Rete Algorithm - SAP Community
Nov 10, 2022 · What is Rete? The Rete algorithm is a pattern matching algorithm designed by Dr Charles L. Forgy of Carnegie Mellon University. Rete is a Latin word which means net [1]. It is a very …
rete - Wiktionary, the free dictionary
Dec 29, 2025 · Noun [edit] rete (plural retes) network (structure of interconnected elements for transit or communication or in a fabric, group of interacting agents)
CIS587: The RETE Algorithm - Temple University
The Rete algorithm uses a rooted acyclic directed graph, the Rete, where the nodes, with the exception of the root, represent patterns, and paths from the root to the leaves represent left-hand sides of rules.
Rete - definition of rete by The Free Dictionary
Define rete. rete synonyms, rete pronunciation, rete translation, English dictionary definition of rete. n. pl. re·ti·a An anatomical mesh or network, as of veins, arteries, or nerves. American Heritage® …
Rete Definition & Meaning | YourDictionary
Rete definition: A network or plexus, as of blood vessels or nerve fibers.
What is Rete Algorithm & its significance - BotPenguin
Jan 2, 2026 · What is the Rete Algorithm? The Rete algorithm is a fascinating piece of computational machinery primarily used for pattern matching in rule-based expert systems. Named after the Latin …
What is the Rete algorithm? - Klu
The Rete algorithm is a pattern matching algorithm used for implementing rule-based systems. It was designed by Charles L. Forgy at Carnegie Mellon University and is particularly efficient at applying …