Define and understand atomic operators and their role in synchronization.
Explain what deadlock is and the conditions that permit its occurrence.
Employ a Resource Allocation Graph to detect the possibility of deadlock.
Atomic Operators
Deadlock
Resource Allocation Graph
Atomic operations are the bedrock of process synchronization. This section explains what atomic operations are, why they are critical for synchronization, and how they ensure that complex operations can happen safely in a multi-tasking environment.
Just like a traffic jam where no car can move, a deadlock in computer systems is a situation where progress is impossible. This section explores what causes deadlocks, how to detect them using Resource Allocation Graphs, and the conditions necessary for a deadlock to occur.
Semaphores are tools that operating systems use to manage process synchronization, much like traffic lights manage the flow of cars on roads. Learn about the different types of semaphores, how they work, and their role in preventing data corruption and deadlock.