For each critical section (CS) execution, Ricart-Agrawala algorithm requires
                        messages per CS execution and the Synchronization delay in the
algorithm is                          .

Related MCQs

• For each critical section (CS) execution, maekawa’s algorithm requires                         messages per CS execution and the Synchronization delay in the algorithm is                          .
• Which algorithm requires "1 to ∞" messages to enter and leave a critical region?
• What are the advantages of token(with rings) passing approach? i) One processor as coordinator which handles all requests ii) No starvation if the ring is unidirectional iii) There are many messages passed per section entered if few users want to get in section iv) One processor as coordinator which handles all requests v) Only one message/entry if everyone wants to get in
• Absolute time synchronization can be achieved using
• For proper synchronization in distributed systems ____________
• If a process is executing in its critical section ____________
• A process can enter into its critical section ____________
• If processes p and q both receive messages m and m', then p receives m before m' if and only if q receives m before m'.The order delivery is called
• The delay that occur during the playback of a stream is called ___________
• A client gets a timestamp of 4:12:30.500 from a time server. The elapsed time between the request and response was 20 msec (0.020 sec). The current time on the client is 4:12:30.510. Using Cristian’s algorithm, what is the time set to on the client?