16 papers:
LICS-2015-GogaczM #decidability #query- The Hunt for a Red Spider: Conjunctive Query Determinacy Is Undecidable (TG, JM), pp. 281–292.
GT-VMT-2011-BottoniF #diagrams #specification #visual notation- A visual language for temporal specifications based on Spider diagrams (PB, AF).
CIKM-2009-ChoiSCSC #distributed #evaluation #named #parallel #rdf #scalability- SPIDER: a system for scalable, parallel / distributed evaluation of large-scale RDF data (HC, JS, YC, MKS, YDC), pp. 2087–2088.
KMIS-2009-SaxenaDDW #named #scalability #web- Tarantula — A Scalable and Extensible Web Spider (AS, KD, SKD, IW), pp. 167–172.
AFP-2008-Bird08- Spider Spinning for Dummies (RSB), pp. 39–65.
SIGMOD-2006-KoudasMS #case study #experience #using- Using SPIDER: an experience report (NK, AM, DS), p. 719.
VLDB-2006-AlexeCT #debugging #named- SPIDER: a Schema mapPIng DEbuggeR (BA, LC, WCT), pp. 1179–1182.
- SIGMOD-2005-KoudasMS #database #flexibility #named
- SPIDER: flexible matching in databases (NK, AM, DS), pp. 876–878.
HPDC-2004-GuNY #composition #framework #named #peer-to-peer- SpiderNet: An Integrated Peer-to-Peer Service Composition Framework (XG, KN, BY), pp. 110–119.
ICALP-2003-GarganoH #graph #how- There Are Spanning Spiders in Dense Graphs (and We Know How to Find Them) (LG, MH), pp. 802–816.
ICPR-v1-2000-McCane- Snakes and Spiders (BM), pp. 1652–1655.
ICML-1999-RennieM #learning #using #web- Using Reinforcement Learning to Spider the Web Efficiently (JR, AM), pp. 335–343.
SIGIR-1996-SheridanB #information retrieval #multi #using- Experiments in Multilingual Information Retrieval Using the SPIDER System (PS, JPB), pp. 58–65.
- SIGIR-1993-Schauble #information retrieval #multi #named
- SPIDER: A Multiuser Information Retrieval System for Semistructured and Dynamic Data (PS), pp. 318–327.
DAC-1984-RaoRZ- Spider, a chip planner for ISL technology (PR, RR, GZ), pp. 665–666.
- DAC-1977-Walsh #named #network
- SPIDER — a Computer Aided Manufacturing Network (MEW), pp. 431–436.
