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Borut Robič
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Activities
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Borut Robič, Ph.D.
About
Activities
Academic
Research
Publications
Journal articles
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Dynamic branch prediction and control speculation
Mesh partitioning with ant colonies
Population-based methods as a form of metaheuristic combinatorial optimization
Combining vector quantization and ant-colony algorithm for mesh-partitioning
Mesh-partitioning with the multiple ant-colony algorithm
A multilevel ant-colony-optimization algorithm for mesh partitioning
A survey of processors with explicit multithreading
An experimental study of an ant-colony algorithm for the mesh-partitioning problem
Multithreaded processors
Empirical evaluation of heuristic scheduling algorithms used in parallel systems design
Beyond dataflow
Empirical evaluation of heuristic scheduling algorithms used in parallel systems design
A survey of new research directions in microprocessors
Asynchronous microprocessors
Asynchrony in parallel computing: From dataflow to multithreading
Improved schemes for mapping arbitrary algorithms onto processor meshes.
Algorithm mapping with parallel simulated annealing
Alpha AXP overview
Program partitioning for a control/data driven computer
Area optimization of dataflow-graph mappings
Performance evaluation of an extended static dataflow architecture
Synchronous dataflow-based architecture
Data flow based parallel inference machine
The review of some data flow computer architectures
On choosing a plan for the execution of data flow program graph
Conference papers
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Combining vector quantization and ant-colony algorithm for mesh-partitioning
Applying the ant-colony algorithm for mesh-partitioning refinement
Mesh partitioning: a multilevel ant-colony-optimization algorithm
An experimental evaluation of modified algorithms for the graph partitioning problem
An ant-colony-optimization approach to the mesh-partitioning problem
Books & Chapters
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Ant colonies and the mesh-partitioning problem
Chip multiprocessors - a cost-effective alternative to simultaneous multithreading
Asynchrony in parallel computing : from dataflow to multithreading
Simultaneous multithreading - blending thread-level and instruction-level parallelism in advanced microprocessors
Processor Architecture - From Dataflow to Superscalar and Beyond
Dynamic program allocation on the mesh-connected parallel architecture
Parallel Numerics '96
Projects
Research
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Approximation algorithms on clusters: high-performance computing on cheap workstations
Modeling and diagnostics of complex systems
Architectural synthesis of computer systems with testability issues
Applied
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