Mikael Lindberg

Papers

Total Citations

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About

Mikael Lindberg is a researcher in computer architecture and embedded systems, with a focus on thermal management and resource allocation in modern processors. His most-cited work, "Processor Thermal Control Using Adaptive Bandwidth Resource Management" (2011), introduces a dynamic approach to mitigating overheating by intelligently adjusting processor bandwidth based on real-time thermal conditions. This contribution addresses a critical challenge in high-performance computing: balancing performance with thermal constraints to prevent hardware degradation and failure. While his citation count is modest, Lindberg’s work is foundational for energy-efficient computing, particularly in mobile and embedded devices where thermal budgets are tight. His research bridges hardware design and system software, offering practical solutions for extending device lifespan and reliability. Lindberg’s adaptive bandwidth technique has influenced subsequent studies on thermal-aware scheduling, making him a notable contributor to the field of power-aware computing. For students and researchers, his work exemplifies how targeted, low-level optimizations can yield significant improvements in system efficiency and robustness.