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Parallel Computing

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Parallel Computing

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Research Frontiers in Fine-grained Synchronization Primitives

Design of low-latency synchronization mechanisms and lock-free data structures for minimizing contention in shared-memory parallel systems.

Lock-free Algorithms in Non-uniform Memory Hierarchies
Transactional Memory Under Cache Coherence Conflicts
Speculative Synchronization in Heterogeneous Accelerator Systems
Quantum-inspired Synchronization for Probabilistic Parallelism
Adaptive Granularity in Dynamic Load-balancing Primitives
Memory Ordering Guarantees Beyond Sequential Consistency
Latency-aware Spin-lock Optimization in NUMA Architectures
Deadlock Detection in Distributed Compare-and-swap Networks
Fine-grained Mutual Exclusion for Hierarchical Task Systems
Hardware-software Co-design of Wait-free Data Structures

All Parallel Computing PhD categories