Deadlock Detection , Visualization And Concurrency Algorithms

1

Banker's Algorithm

The banker's algorithm is a resource allocation and deadlock avoidance algorithm that tests for safety by simulating the allocation for predetermined maximum possible amounts of all resources.

Visualization
2

Wait-for Graph

This algorithm helps in visualizing resource allocation and potential deadlocks using graph theory, where processes and resources are represented as nodes.

Visualization
3

Mutex

Mutex (Mutual Exclusion) synchronizes access to a resource. Only one thread can acquire the Mutex at a time, preventing race conditions in critical sections.

Visualization
4

Producer-Consumer

The producer-consumer problem involves synchronizing processes to avoid race conditions and ensure correct communication via a shared buffer.

Visualization
5

Peterson's Algorithm

Peterson's algorithm is used for mutual exclusion in concurrent programming. It allows two processes to share a resource without conflict using shared memory.

Visualization
6

Deadlock Prevention

Deadlock happens only when four necessary conditions occur simultaneously. To prevent a deadlock, the OS must eliminate at least one of these conditions.

Visualization
7

Quiz

Ready to test your knowledge? Take our interactive quiz to challenge your understanding of deadlock, concurrency, and synchronization algorithms.

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About US

Naman Manudi


Sachin Panwar


Aman Singh Rawat