Titlebook: Advances in Computer Systems Architecture; 11th Asia-Pacific Co Chris Jesshope,Colin Egan Conference proceedings 2006 Springer-Verlag Berli

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https://doi.org/10.1007/978-3-662-63265-9post-link optimizer to reduce cache misses, improve branch prediction and minimize other performance bottlenecks. This paper discusses different instruction hints available on modern processor architectures and shows the potential performance impact on many benchmark programs. Some hints can be effe

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Josephson Qubits as Probes of 1/, Noise,ems. With nearly the entire operating system running as a set of user-mode servers and drivers atop a minimal kernel, the system is fully compartmentalized..By moving most of the code to unprivileged user-mode processes and restricting the powers of each one, we gain proper fault isolation and limit

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The CFO’s Mission and Aspirationstiprocessors based on arrays of microthreaded microprocessors as these processors directly implement the concepts introduced in the language. However, it is more general than that and is being used in other projects as an interface defining dynamic concurrency. Ideally, a program written in .TC is a

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https://doi.org/10.1007/978-1-4302-3757-0 1GHz and thus affect the performance of sequential code sequences. We propose dealing with these delays through a dynamic functional unit chaining approach. We study the performance benefits of a superscalar, out-of-order processor augmented with a two-by-two array of ALUs interconnected by a fast,

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Budgeting as a Control Mechanismn improved algorithm for identifying and constructing the traces in a binary program and present a trace-based optimisation for reducing leakage energy in data caches. Our experimental results using Mediabench benchmarks show that good leakage energy savings can be achieved at the cost of some small