A concurrent schedule is a type of schedule in which tasks or processes are executed simultaneously, often to increase efficiency and reduce overall execution time. It allows multiple operations to run concurrently, taking advantage of parallel processing capabilities in computer systems. This approach can lead to improved performance and resource utilization.
A schedule of reinforcement that is based on the number of responses is called a ratio schedule. In ratio schedules, reinforcement is given after a specific number of responses. This type of schedule often leads to high rates of responding by the individual compared to other schedules.
Reinforcement is given on an intermittent reinforcement schedule at varying and unpredictable intervals, such as after a specific number of responses (ratio schedule) or after a specific amount of time has passed (interval schedule). This type of reinforcement schedule can be more effective in maintaining behavior compared to continuous reinforcement.
A fixed ratio schedule is a reinforcement schedule where a behavior is reinforced after a specific number of responses. For example, in a fixed ratio 5 schedule, a reward is given every 5th response. This schedule tends to result in high response rates.
A continuous reinforcement schedule rewards a behavior every time it occurs. This type of schedule is effective for quickly establishing and maintaining a new behavior.
A fixed interval schedule of reinforcement is a type of operant conditioning schedule where a reinforcement is delivered at a consistent time interval, as long as the desired behavior is exhibited. This schedule typically leads to a low rate of responding after the reinforcement is delivered, followed by an increase in behavior as the time for the next reinforcement approaches.
A concurrent schedule in DBMS refers to multiple transactions running concurrently without interfering with each other. This allows for improved performance and efficiency in handling multiple operations simultaneously. However, it requires careful management to ensure data consistency and avoid conflicts such as race conditions.
concurrent
Serial ScheduleNon-Serial ScheduleA serial schedule is a sequence of operation by a set of concurrent transaction that preserves the order of operations in each of the individual transactions.A non-serial schedule is a schedule where the operations of a group of concurrent transactions are interleaved.Transactions are performed in serial order.Transactions are performed in non-serial order, but result should be same as serial.No interference between transactionsConcurrency problem can arise here.It does not matter which transaction is executed first, as long as every transaction is executed in its entirely from the beginning to end.The problem we have seen earlier lost update, uncommitted data, inconsistent analysis is arise if scheduling is not proper.A serial schedule gives the benefits of concurrent execution without any problemIn this schedule there is no any benefit of concurrent execution.Serial schedule that does interleaved the actions of different transactions.Where non-serial schedule has no only fix actions of any transaction.EXAMPLE:If some transaction T is long, the other transaction must wait for T to complete all its operations.EXAMPLE:In this schedule the execution of other transaction goes on without waiting the completion of T.If we consider transaction to be independent serial schedule is correct based on (property ACID) above assumption is valid.The objective behind serializability is to find the non-serial schedule that allows transactions to execute concurrently without interfering one another.
Concurrent Powers
Concurrent Powers
Concurrent powers
it's concurrent
Concurrent power
concurrent lines are In geometry, three or more lines are said to be concurrent if they intersect at a single point.
The 16th Amendment to the Constitution of the United States.
Concurrent Powers
concurrent power includes the power of both states