FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3089899650> ?p ?o ?g. }

• W3089899650 abstract "Self-adaptive systems often employ dynamic programming or similar techniques to select optimal adaptations at run-time. These techniques suffer from the curse of dimensionality, increasing the cost of run-time adaptation decisions. We propose a novel approach that improves upon the state-of-the-art proactive self-adaptation techniques to reduce the number of possible adaptations that need be considered for each run-time adaptation decision. The approach, realized in a tool called Thallium, employs a combination of automated formal modeling techniques to (i) analyze a structural model of the system showing which configurations are reachable from other configurations and (ii) compute the utility that can be generated by the optimal adaptation over a bounded horizon in both the best- and worst-case scenarios. It then constructs triangular possibility values using those optimized bounds to automatically compare adjacent adaptations for each configuration, keeping only the alternatives with the best range of potential results. The experimental results corroborate Thallium's ability to significantly reduce the number of states that need to be considered with each adaptation decision, freeing up vital resources at run-time." @default.
• W3089899650 created "2020-10-08" @default.
• W3089899650 creator A5025973455 @default.
• W3089899650 creator A5030064922 @default.
• W3089899650 date "2020-06-27" @default.
• W3089899650 modified "2023-09-25" @default.
• W3089899650 title "Reducing run-time adaptation space via analysis of possible utility bounds" @default.
• W3089899650 cites W1555496414 @default.
• W3089899650 cites W1570250031 @default.
• W3089899650 cites W1605782438 @default.
• W3089899650 cites W189762428 @default.
• W3089899650 cites W1964137226 @default.
• W3089899650 cites W1964714279 @default.
• W3089899650 cites W1971373119 @default.
• W3089899650 cites W1976103537 @default.
• W3089899650 cites W1987675207 @default.
• W3089899650 cites W1987846628 @default.
• W3089899650 cites W2013298510 @default.
• W3089899650 cites W2027396943 @default.
• W3089899650 cites W2033406822 @default.
• W3089899650 cites W2047162235 @default.
• W3089899650 cites W2048905609 @default.
• W3089899650 cites W2050085132 @default.
• W3089899650 cites W2055906872 @default.
• W3089899650 cites W2058735307 @default.
• W3089899650 cites W2060440626 @default.
• W3089899650 cites W2064678220 @default.
• W3089899650 cites W2086502833 @default.
• W3089899650 cites W2113113866 @default.
• W3089899650 cites W2117288652 @default.
• W3089899650 cites W2123604449 @default.
• W3089899650 cites W2125262761 @default.
• W3089899650 cites W2127046754 @default.
• W3089899650 cites W2130023667 @default.
• W3089899650 cites W2142486130 @default.
• W3089899650 cites W2146044140 @default.
• W3089899650 cites W2148128686 @default.
• W3089899650 cites W2233451762 @default.
• W3089899650 cites W2312653356 @default.
• W3089899650 cites W2343825734 @default.
• W3089899650 cites W2397053433 @default.
• W3089899650 cites W2474759362 @default.
• W3089899650 cites W2482678392 @default.
• W3089899650 cites W2521301734 @default.
• W3089899650 cites W2547023109 @default.
• W3089899650 cites W2620616068 @default.
• W3089899650 cites W2742512175 @default.
• W3089899650 cites W2766974753 @default.
• W3089899650 cites W2798336324 @default.
• W3089899650 cites W2803079060 @default.
• W3089899650 cites W2883085880 @default.
• W3089899650 cites W2899043600 @default.
• W3089899650 cites W2908077646 @default.
• W3089899650 cites W2917146319 @default.
• W3089899650 cites W2953930572 @default.
• W3089899650 cites W4244568856 @default.
• W3089899650 cites W4249095665 @default.
• W3089899650 cites W801180006 @default.
• W3089899650 cites W2726204152 @default.
• W3089899650 doi "https://doi.org/10.1145/3377811.3380365" @default.
• W3089899650 hasPublicationYear "2020" @default.
• W3089899650 type Work @default.
• W3089899650 sameAs 3089899650 @default.
• W3089899650 citedByCount "7" @default.
• W3089899650 countsByYear W30898996502020 @default.
• W3089899650 countsByYear W30898996502021 @default.
• W3089899650 countsByYear W30898996502022 @default.
• W3089899650 countsByYear W30898996502023 @default.
• W3089899650 crossrefType "proceedings-article" @default.
• W3089899650 hasAuthorship W3089899650A5025973455 @default.
• W3089899650 hasAuthorship W3089899650A5030064922 @default.
• W3089899650 hasBestOaLocation W30898996502 @default.
• W3089899650 hasConcept C111919701 @default.
• W3089899650 hasConcept C120665830 @default.
• W3089899650 hasConcept C121332964 @default.
• W3089899650 hasConcept C139807058 @default.
• W3089899650 hasConcept C2778572836 @default.
• W3089899650 hasConcept C41008148 @default.
• W3089899650 hasConceptScore W3089899650C111919701 @default.
• W3089899650 hasConceptScore W3089899650C120665830 @default.
• W3089899650 hasConceptScore W3089899650C121332964 @default.
• W3089899650 hasConceptScore W3089899650C139807058 @default.
• W3089899650 hasConceptScore W3089899650C2778572836 @default.
• W3089899650 hasConceptScore W3089899650C41008148 @default.
• W3089899650 hasFunder F4320309856 @default.
• W3089899650 hasLocation W30898996501 @default.
• W3089899650 hasLocation W30898996502 @default.
• W3089899650 hasOpenAccess W3089899650 @default.
• W3089899650 hasPrimaryLocation W30898996501 @default.
• W3089899650 hasRelatedWork W1543657218 @default.
• W3089899650 hasRelatedWork W1571518467 @default.
• W3089899650 hasRelatedWork W1576801573 @default.
• W3089899650 hasRelatedWork W189527659 @default.
• W3089899650 hasRelatedWork W2020291234 @default.
• W3089899650 hasRelatedWork W2047649869 @default.
• W3089899650 hasRelatedWork W2076610045 @default.
• W3089899650 hasRelatedWork W2094520212 @default.
• W3089899650 hasRelatedWork W2135121413 @default.
• W3089899650 hasRelatedWork W87991986 @default.
• W3089899650 isParatext "false" @default.

• next