FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W801948012> ?p ?o ?g. }

• W801948012 abstract "This thesis presents new simulation techniques designed to speed up the simulation of microprocessor systems. The advanced simulation techniques may be applied to the simulator class which employs dynamic binary translation as its underlying technology. This research supports the hypothesis that faster simulation speeds can be realized by translating larger sections of the target program at runtime. The primary motivation for this research was to help facilitate comprehensive design-space exploration and hardware/software co-design of novel processor architectures by reducing the time required to run simulations. Instruction set simulators are used to design and to verify new system architectures, and to develop software in parallel with hardware. However, compromises must often be made when performing these tasks due to time constraints. This is particularly true in the embedded systems domain where there is a short time-to-market. The processing demands placed on simulation platforms are exacerbated further by the need to simulate the increasingly complex, multi-core processors of tomorrow. High speed simulators are therefore essential to reducing the time required to design and test advanced microprocessors, enabling new systems to be released ahead of the competition. Dynamic binary translation based simulators typically translate small sections of the target program at runtime. This research considers the translation of larger units of code in order to increase simulation speed. The new simulation techniques identify large sections of program code suitable for translation after analyzing a profile of the target program’s execution path built-up during simulation. The average instruction level simulation speed for the EEMBC benchmark suite is shown to be at least 63% faster for the new simulation techniques than for basic block dynamic binary translation based simulation and 14.8 times faster than interpretive simulation. The average cycle-approximate simulation speed is shown to be at least 32% faster for the new simulation techniques than for basic block dynamic binary translation based simulation and 8.37 times faster than cycle-accurate interpretive simulation." @default.
• W801948012 created "2016-06-24" @default.
• W801948012 creator A5006686499 @default.
• W801948012 date "2010-01-01" @default.
• W801948012 modified "2023-09-27" @default.
• W801948012 title "High Speed Simulation of Microprocessor Systems using LTU Dynamic Binary Translation" @default.
• W801948012 cites W119062149 @default.
• W801948012 cites W1491178396 @default.
• W801948012 cites W1499849351 @default.
• W801948012 cites W1521048978 @default.
• W801948012 cites W1522250664 @default.
• W801948012 cites W1527486550 @default.
• W801948012 cites W1538592187 @default.
• W801948012 cites W1552138127 @default.
• W801948012 cites W1555915743 @default.
• W801948012 cites W1562605315 @default.
• W801948012 cites W1569032152 @default.
• W801948012 cites W168368925 @default.
• W801948012 cites W1733564367 @default.
• W801948012 cites W1843198456 @default.
• W801948012 cites W1924660776 @default.
• W801948012 cites W1975499774 @default.
• W801948012 cites W1983207841 @default.
• W801948012 cites W1999421692 @default.
• W801948012 cites W2018426736 @default.
• W801948012 cites W2022740893 @default.
• W801948012 cites W2029554472 @default.
• W801948012 cites W2032094184 @default.
• W801948012 cites W2034878605 @default.
• W801948012 cites W2043398903 @default.
• W801948012 cites W2054496292 @default.
• W801948012 cites W2062414399 @default.
• W801948012 cites W2073418263 @default.
• W801948012 cites W2088017390 @default.
• W801948012 cites W2089131124 @default.
• W801948012 cites W2102043677 @default.
• W801948012 cites W2104225326 @default.
• W801948012 cites W2114067856 @default.
• W801948012 cites W2115516441 @default.
• W801948012 cites W2117439128 @default.
• W801948012 cites W2117588798 @default.
• W801948012 cites W2118382442 @default.
• W801948012 cites W2120635877 @default.
• W801948012 cites W2122012536 @default.
• W801948012 cites W2123022344 @default.
• W801948012 cites W2127221256 @default.
• W801948012 cites W2131493012 @default.
• W801948012 cites W2141342364 @default.
• W801948012 cites W2141711229 @default.
• W801948012 cites W2142488884 @default.
• W801948012 cites W2145021036 @default.
• W801948012 cites W2148933212 @default.
• W801948012 cites W2149886445 @default.
• W801948012 cites W2153456949 @default.
• W801948012 cites W2155612203 @default.
• W801948012 cites W2158924248 @default.
• W801948012 cites W2162973193 @default.
• W801948012 cites W2163935347 @default.
• W801948012 cites W2166026258 @default.
• W801948012 cites W2170653240 @default.
• W801948012 cites W2197000251 @default.
• W801948012 cites W2339669378 @default.
• W801948012 cites W246421128 @default.
• W801948012 cites W2530411481 @default.
• W801948012 cites W2535372506 @default.
• W801948012 cites W2992694935 @default.
• W801948012 cites W32555835 @default.
• W801948012 cites W80883419 @default.
• W801948012 cites W2474011247 @default.
• W801948012 hasPublicationYear "2010" @default.
• W801948012 type Work @default.
• W801948012 sameAs 801948012 @default.
• W801948012 citedByCount "3" @default.
• W801948012 countsByYear W8019480122012 @default.
• W801948012 countsByYear W8019480122013 @default.
• W801948012 countsByYear W8019480122014 @default.
• W801948012 crossrefType "dissertation" @default.
• W801948012 hasAuthorship W801948012A5006686499 @default.
• W801948012 hasConcept C104317684 @default.
• W801948012 hasConcept C105580179 @default.
• W801948012 hasConcept C111919701 @default.
• W801948012 hasConcept C118524514 @default.
• W801948012 hasConcept C149364088 @default.
• W801948012 hasConcept C149635348 @default.
• W801948012 hasConcept C173608175 @default.
• W801948012 hasConcept C177264268 @default.
• W801948012 hasConcept C185592680 @default.
• W801948012 hasConcept C199360897 @default.
• W801948012 hasConcept C2776221188 @default.
• W801948012 hasConcept C2776760102 @default.
• W801948012 hasConcept C2777904410 @default.
• W801948012 hasConcept C2778971978 @default.
• W801948012 hasConcept C2780728072 @default.
• W801948012 hasConcept C41008148 @default.
• W801948012 hasConcept C55493867 @default.
• W801948012 hasConcept C68339613 @default.
• W801948012 hasConceptScore W801948012C104317684 @default.
• W801948012 hasConceptScore W801948012C105580179 @default.
• W801948012 hasConceptScore W801948012C111919701 @default.
• W801948012 hasConceptScore W801948012C118524514 @default.

• next