Distinguish between a serial schedule and a serializable schedule, and describe their interrelationships.

Which of the studied data structures in this course would be the most appropriate choice for the following task? And Why? Input/output buffer is an area of a computer memory used to temporarily store data and instructions transferred into and out of a computer, permitting several such transfers to take place simultaneously with processing of data. Instructions are processed according to the arrival time and they are executed one by one.

Explain the distinction between concurrent and simultaneous transactions. How many CPUs are needed for concurrent transactions?

Define the following terms related to parallelism and dependence relations: (a) Computational granularity. (b) Communication latency. (c) Flow dependence.

In your opinion, which of the following aspects of transitioning from a system that processes data in serial to one that processes data in batches is the most important? Develop an argument to support your answer.

Describe the concept of distributed concurrency control. How does it differ from centralized concurrency control, and what challenges does it pose?

Describe the differences and connections between the terms serial schedule and serializable schedule.

It is possible that you possess two central processing units of the SS model. What is the total number of clock ticks that will occur during the concurrent execution of these two threads? Does the presence of potential risks justify the pursuit of problem-solving efforts?

Please provide an example of how wait() is used in code to explain its role in process termination.

How does a system manage its resources to avoid deadlock situations?