In computer science, especially parallel computing, synchronization means the coordination of simultaneous threads or processes to complete a task in order to get correct runtime order and avoid unexpected race conditions. There are many types of synchronization: * barrier * lock/semaphore * non-blocking synchronization * synchronous communication operations advantages of synchronous communications are * no need of start and stop bits * higher data rates possible * the actual data length need not be fixed
Synchronization in an operating system refers to the coordination of the events in order to operate a given operating system.
a. The creation and deletion of both user and system processes b. The suspension and resumption of processes c. The provision of mechanisms for process synchronization d. The provision of mechanisms for process communication e. The provision of mechanisms for deadlock handling
a. The creation and deletion of both user and system processes b. The suspension and resumption of processes c. The provision of mechanisms for process synchronization d. The provision of mechanisms for process communication e. The provision of mechanisms for deadlock handling
process
This is not always true, it depends on the operating system and the bootstrap process.
synchronization mean arrange all process in sequence for that not occured no colusion in the system.
Synchronization in an operating system refers to the coordination of the events in order to operate a given operating system.
Processes might need to communicate to each. Interprocess of synchronization is the?æ management of resource among process. It ensures only a single thread (process) access a resource at a particular time.
a. The creation and deletion of both user and system processes b. The suspension and resumption of processes c. The provision of mechanisms for process synchronization d. The provision of mechanisms for process communication e. The provision of mechanisms for deadlock handling
a. The creation and deletion of both user and system processes b. The suspension and resumption of processes c. The provision of mechanisms for process synchronization d. The provision of mechanisms for process communication e. The provision of mechanisms for deadlock handling
a. The creation and deletion of both user and system processes b. The suspension and resumption of processes c. The provision of mechanisms for process synchronization d. The provision of mechanisms for process communication e. The provision of mechanisms for deadlock handling
True
process
This is not always true, it depends on the operating system and the bootstrap process.
Also known as the process state, the execution context is the internal data the Operating system uses to control or supervise a process.
the characteristics of distributed systems are 1. Heteroginity 2. Openess 3. security 4. transparency 5. concurrency 6. failure handling 7. scalability by sagar prajapati
All of the information needed to keep track of a process when switching is kept in a data package called process control block.s A PCB is a data structure in the operating system kernel containing the information needed to manage a particular process. The PCB is the manifestation of a process in an operating system,