Browsing Computer Science (Scholarly Publications) by Author "WALSH, JOHN"
Now showing items 1-7 of 7
-
An agent-based approach to grid service monitoring
COGHLAN, BRIAN ARTHUR; WALSH, JOHN (IEEE, 2006)The centralised management of distributed computing infrastructures presents a number of considerable challenges, not least of which is the effective monitoring of physical resources and middleware components to provide ... -
Extensions for the ETICS client for Multi-Platform support in NGIs Driven by User Requirements
KENNY, EAMONN; COGHLAN, BRIAN ARTHUR; WALSH, JOHN; LAVIN, PETER (2009) -
gLite Porting to the Play Station 3 using ETICS for electronic High Throughput Screening (eHiTS)
COGHLAN, BRIAN; WALSH, JOHN; LAVIN, PETER; KENNY, EAMONN; WALSH, JOHN; COGHLAN, BRIAN ARTHUR; KENNY, EAMONN (2010) -
RESULTS OF THE ENUMERATION OF COSTAS ARRAYS OF ORDER 29
WALSH, JOHN (2011)The results of the enumeration of Costas arrays of order 29 are presented: except for 16 arrays out of a total 164, all other arrays found are accounted for by the Golomb and Welch construction methods. These 16 arrays, ... -
A single-computer Grid gateway using virtual machines
COGHLAN, ARTHUR BRIAN; CHILDS, STEPHEN; O'CALLAGHAN, DAVID WILLIAM; QUIGLEY, GEOFF; Walsh, J.; CHILDS, STEPHEN; COGHLAN, BRIAN ARTHUR; O'CALLAGHAN, DAVID; QUIGLEY, GEOFFREY RICHARD; WALSH, JOHN (IEEE, 2004) -
A standards-based architecture for grid service management
COGHLAN, BRIAN ARTHUR; KENNY, EAMONN; WALSH, JOHN (IEEE Computer Society Press, 2007)Managing the availability of services is an essential task in ensuring the availability of a grid infrastructure. This project aims to take the next step in the monitoring and management of grid computing systems by ... -
Using hyperbolic geometry for visualisation of concept spaces for adaptive e-learning
CASSIDY, KATHRYN; COGHLAN, BRIAN ARTHUR; DAGGER, DECLAN; WALSH, JOHN (2006)The Concept Space is an important part of an adaptive eLearning course. Understanding its structure from a traditional concept map is not, however, always straightforward. Hyperbolic trees are one alternative representation ...