Resource Allocation in Run-Time Reconfigurable Multi-Core Processors Using Minority Game Approach

Dec 27, 2025

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This paper explores an innovative resource allocation strategy for run-time reconfigurable multi-core processors, employing a Minority Game-based approach. By leveraging the principles of Minority Game theory, the proposed method ensures efficient resource distribution among processing elements, enhancing performance and adaptability in dynamic computing environments. The research addresses challenges in multi-core systems, proposing a novel framework that optimizes resource utilization and improves overall system responsiveness. Findings indicate significant benefits in terms of resource management efficiency and processing speed.

1 resource allocation 2 multicore processors 3 minority game 4 runtime reconfigurable 5 embedded systems 6 performance optimization 7 dynamic environments 8 resource management text

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Resource Allocation in Run-Time Reconfigurable Multi-Core Processors Using Minority Game Approach

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Minority-Game-basedReconfigurableFabricResourceAllocationforRun-TimeReconfigurableMulti-CoreProcessorsMinority-Game-basedReconfigurableFabricResourceAllocationforRun-TimeReconfigurableMulti-CoreProcessors Muhammad Shafique, Lars Bauer, Waheed Ahmed Chair for Embedded Systems (CES): Prof. Dr. Jörg Henkel
Minority-Game-basedReconfigurableFabricResourceAllocationforRun-TimeReconfigurableMulti-CoreProcessorsMinority-Game-basedReconfigurableFabricResourceAllocationforRun-TimeReconfigurableMulti-CoreProcessors Muhammad Shafique, Lars Bauer, Waheed Ahmed Chair for Embedded Systems (CES): Prof. Dr. Jörg Henkel Thank you for your attention!