1 of 1 Permanent Load Balancing Jobs in Cambridge

MGLRU, memory compaction and defragmentation, transparent huge pages, page-fault and TLB-shootdown paths, copy-on-write behaviour Drive scheduler performance: run-queue and load-balancing behaviour, energy-aware scheduling, wakeup latency, task placement on heterogeneous (big.LITTLE/DynamIQ) topologies, cpufreq/cpuidle governor interaction Optimize synchronization primitives … internals: physical/virtual memory management, buddy and slab allocation, reclaim, compaction, page tables, TLB management Deep scheduler knowledge: CFS/EEVDF internals, load balancing, preemption, real-time classes, energy-aware scheduling Mastery of kernel synchronization: locking primitives, RCU, lock-free techniques, the ARM64 memory model and barrier ...