What is linearization in programming languages?
Linearization in programming languages refers to the process of arranging operations in a linear order, ensuring consistency and predictability in concurrent programming.
Why is linearization important?
Linearization is crucial because it helps maintain the correctness of concurrent operations, preventing issues like race conditions.
Can you give an example of linearization?
Sure! In a multi-threaded environment, if two threads update a shared variable, linearization ensures that the updates appear to happen in a specific order, making the program's behavior easier to understand.
What are some common linearization techniques?
Common techniques include using locks, timestamps, and versioning to control the order of operations in concurrent systems.
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