Question

Difference betwwen serial processing & batch processing

Answer 1

Answer:

The main and basic difference between serial and batch processing is:

The main and basic difference between serial and batch processing is:Serial processing runs in a sequential manner i.e. a pre-determined sequence by the processor and only one process is served at a time. The analogy of this processing is just like standing in a queue for a park ticket. Only one person is served at a single instance.

The main and basic difference between serial and batch processing is:Serial processing runs in a sequential manner i.e. a pre-determined sequence by the processor and only one process is served at a time. The analogy of this processing is just like standing in a queue for a park ticket. Only one person is served at a single instance.On the other hand, batch processing is one in which multiple processes and tasks are handled at a single instant. In batch processing, multiple processors are involved or multiple cores of a single processor are distributed for handling different tasks. Its analogy is similar to three cashiers sitting at a park ticket booth. Three different lines mean three people being provided with the ticket at the same instant.

Answer 2

serial processing:

• Only one process is served at a time during serial processing, which is carried out sequentially according to the processor's predetermined order.
• FIFO, or First in, First out, is the method used to execute user-provided instructions in serial processing operating systems, which perform all instructions in a sequential manner.
• The memory set is internally represented in serial memory processing so that it can be compared to a target stimulus or item. The target stimulus is provided after these internal representations have been compared, one at a time.

Batch processing:

• For commonly used program that can be run with little to no human input, batch processing is utilized. A batch job, for instance, is a software that reads a sizable file and produces a report.
• Credit card transactions, bill generation, operating system input and output processing, and other examples of batch processing. Real-time processing examples include customer service, radar systems, weather forecasts, temperature measurement, and bank ATM transactions.
• Banks, medical facilities, accounting, and any other setting where a sizable amount of data needs to be processed are examples of environments where batch processing is used. For instance, report generation occurs after business hours, after all credit card transactions have been processed.

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