<--- Back to Details
First PageDocument Content
Constraint programming / Mathematical optimization / Artificial intelligence / Theoretical computer science / Applied mathematics / Constraint logic programming / NP-hard problems / Operations research / Genetic algorithm / Nurse scheduling problem / Constrained optimization
Date: 2006-04-07 00:52:14
Constraint programming
Mathematical optimization
Artificial intelligence
Theoretical computer science
Applied mathematics
Constraint logic programming
NP-hard problems
Operations research
Genetic algorithm
Nurse scheduling problem
Constrained optimization

LNCSA Standard Framework for Timetabling Problems

Add to Reading List

Source URL: stefan.buettcher.org

Download Document from Source Website

File Size: 336,00 KB

Share Document on Facebook

Similar Documents

Cryptocurrencies / Economy / Money / Finance / Blockchains / Alternative currencies / Decentralization / Bitcoin / Counterparty / Ethereum

PROJECT PAI TECHNICAL WHITEPAPER SUMMARY PAI BLOCKCHAIN PROTOCOL: A DECENTRALIZED ARTIFICIAL INTELLIGENCE NETWORK

DocID: 1xVWW - View Document

Computing / Computer hardware / Technology / NVDIMM / Non-volatile random-access memory / Intel / Dynamic random-access memory / Processor

Persistent Memory for Artificial Intelligence Bill Gervasi Principal Systems Architect Santa Clara, CA

DocID: 1xVOm - View Document

Artificial neural network / Computational neuroscience / Market research / Market segmentation / Mathematical psychology / Applied mathematics

Journal of Machine Learning Research, 4th International Conference on Predictive Applications and APIs Marvin - Open source artificial intelligence platform Lucas B. Miguel

DocID: 1xVLb - View Document

Cyberwarfare / Security engineering / Computing / Computer network security / Emerging technologies / Computer security / National security / Internet of things / Cyber threat intelligence / Big data / Threat / Artificial intelligence

Cybersecurity Powered by Artificial Intelligence and the Blockchain HEROIC.com Team February 2018

DocID: 1xVHi - View Document