List-I (Multi-Core Strategy) A. Asymmetric Multiprocessing B. Symmetric Multiprocessing C. Processor Affinity D. Load Balancing List-II (Load Allocation Rule) One master core handles all scheduling decisions Each processor schedules its own ready queue independently Process avoids switching cores to keep its cache warm Dynamically moves processes from overloaded cores to idle ones

A-1, B-2, C-3, D-4 Explanation: A. Asymmetric Multiprocessing 1. One master core handles all scheduling decisions Asymmetric Multiprocessing (AMP) me ek specific master server/processor saare scheduling decisions aur system activities ko handle karta hai, jabki baaki cores keval user code execute karte hain. B. Symmetric Multiprocessing 2. Each processor schedules its own ready queue independently Symmetric Multiprocessing (SMP) me har processor self-scheduling hota hai aur apni ready queue ko independently schedule karta hai. C. Processor Affinity 3. Process avoids switching cores to keep its cache warm Processor Affinity ka matlab hai ki ek process jis core par execute ho raha hai usi par bane rehne ki koshish karta hai, taaki cache memory ka optimal usage ho sake ("cache warm" rahe). D. Load Balancing 4. Dynamically m

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CUET PG 2026 — operating system os PYQ

CUET PG | operating system os | 2026

List-I (Multi-Core Strategy)

A. Asymmetric Multiprocessing

B. Symmetric Multiprocessing

C. Processor Affinity

D. Load Balancing

List-II (Load Allocation Rule)

One master core handles all scheduling decisions

Each processor schedules its own ready queue independently

Process avoids switching cores to keep its cache warm

Dynamically moves processes from overloaded cores to idle ones

Choose the correct answer: