A deadlock occurs when two (or more) threads have created a situation where they are all blocking each other. ... Starvation occurs when a scheduler process (i.e. the operating system) refuses to give a particular thread any quantity of a particular resource (generally CPU).
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No, deadlock occurs when two or more processes are waiting for resources held by each other, leading to a stalemate. In a single process, there is no contention for resources between different processes, so deadlock cannot occur.
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Starvation is similar in effect to http://www.answers.com/topic/deadlock-game. Deadlock occurs when two programs each hold resources the other needs to finish, and neither is willing to give them up. Starvation occurs when one program holds resources the other needs, but is unwilling to give them up.
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Deadlock occurs when two or more processes are waiting for each other to release resources that they need to proceed, resulting in a standstill. Starvation, on the other hand, happens when a process is continually denied necessary resources (such as CPU time or memory) and cannot progress, even though resources are being allocated to other processes.
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Deadlock is a situation when two thread are waiting on each other to release a resource. Deadlock avoidance methods are : 1) ostrich approach 2) eliminating hold and wait situation 3) eliminating mutual exclusion
Peacekeepers tried to break the deadlock between the two waring nations, but failed, and the war continued. A deadlock is a situation in which two or more competing actions are each waiting for the other to finish, and thus neither ever does. Search Google for info on deadlock in computers.
A set of processes is deadlock if each process in the set is waiting for an event that only another process in the set can cause.
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Deadlock prevention is the name of the technique that is designed to get rid of deadlocks by changing the specifications of the system , that is the system design change. This is , basically , about how requests about resources are made and how they are permitted. However , deadlock avoidance is a technique that aims to check deadlock possibility dynamically and decides whether it is safe to grant a resource or not. It ,definitely , needs extra information about potential use of resources for each process. Deadlock Prevention: Preventing deadlocks by constraining how requests for resources can be made in the system and how they are handled (system design). The goal is to ensure that at least one of the necessary conditions for deadlock can never hold. Deadlock Avoidance: The system dynamically considers every request and decides whether it is safe to grant it at this point, The system requires additional apriori information regarding the overall potential use of each resource for each process. Allows more concurrency. Similar to the difference between a traffic light and a police officer directing traffic.
Deadlock can occur in various communication protocols, not just those using a two-way handshake. It typically arises when multiple processes or threads are waiting for resources that are held by each other, creating a circular wait condition. While a two-way handshake may contribute to scenarios that lead to deadlock, it is not the sole mechanism through which deadlock can happen. Other protocols and methods, like those using multiple resources or different types of handshakes, can also result in deadlock situations.
Deadlock is not really anything a user has to worry about. Deadlock is merely what happens when two objects want to make the use of each other's resource, but won't release the resource they have until they get the resource they want. How this is usually prevented is to have an object drop ANY resource it no longer needs before trying to get a new resource. This is just one approach, as it doesn't stop deadlock if both objects need the resource they have but need a resource the other object needs.
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