What is the Difference between batch and interactive processing?

Batch processing: collecting jobs in a single batch and then execute them without further interaction what the user. Interactive processing: Allows a program being executed to carry on a dialogue with the user through remote terminals. Requires real-time processing.

explain the difference between batch processing and real-time processing

The main difference in serial and batch processing is that serial processing is done in a specific sequential order while batch processing is not done in any specific order. Batch processing is done a computer with out any manual intervention.

They are: Batch Processing Interactive Processing Real-time processing Process Control

In batch processing the tasks are performed in batches. In time sharing, the operating system shares the time between each task.

In Batch processing data is saved in database but not processed until specific time while in real time processing data is processed immediately as it is provided.

Batch processing is the execution of a series of jobs in a program on a computer without manual intervention (non-interactive).

Serial Processing means that the processing that occr sequentially.Results of one action are known before a next action is considered.In the case of batch processing execution of a series of programs or jobs on a computer without mannual intervention.

Differentiate between Simple Batch Operating Systems and Time-sharing Operating Systems

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With batch processing, there is a list of commands generated and placed in a batch list. When the batch is ready, it is executed. In real-time processing, every command is executed immediately after it's been given.

what is batch processing and their examples?

delay between collecting the transection and receiving the results of processing

1)online processing 2)real-time processing 3)distributed processing 4)time-sharing 5)batch processing 6)multiprocessing 7)multitasking 8)interactive procrssing

Executing a series of noninteractive jobs all at one time. The term originated in the days when users entered programs on punch cards. They would give a batch of these programmed cards to the system operator, who would feed them into the computer. Batch jobs can be stored up during working hours and then executed during the evening or whenever the computer is idle. Batch processing is particularly useful for operations that require the computer or a peripheral device for an extended period of time. Once a batch job begins, it continues until it is done or until an error occurs. Note that batch processing implies that there is no interaction with the user while the program is being executed. An example of batch processing is the way that credit card companies process billing. The customer does not receive a bill for each separate credit card purchase but one monthly bill for all of that month's purchases. The bill is created through batch processing, where all of the data are collected and held until the bill is processed as a batch at the end of the billing cycle. The opposite of batch processing is transaction processing or interactive processing. In interactive processing, the application responds to commands as soon as you enter them.

batch and time sharing

Batch processing involved a number of similar products on a production line either being designed or manufactured. Once a batch has been completed, the production line either stops, or another patch starts. Real-time processing is done instantly, and can be referenced to JIT (Just-In-Time) Production used in Business terms. As it consists of completing things "to order".

Batch processing generally means using a scripting language to queue one or more jobs that will work one after the other without any manual intervention. That is, the actual processing is automated, the only input required from the user is in order to set up the batch. Contrast with online or interactive data processing which requires user-input throughout the process. In batch processing, the input is typically generated from input files collated as a batch, and the output of one job can often be used as input for the next job, dependant upon the type of processing. Some software includes batch processing modes of their own, but for those that don't, command sequences can be crafted using scripting languages, either from within the program itself (where supported) or externally at operating system level. Operating system command scripts can also be employed for batch processing, hence they are also known as batch files.

The main difference between batch sharing and time sharing is that in batch sharing system tasks are processed in order in which they arrive. Whereas, in the later the system switches between tasks.

Multiprogramming is the act of writing programs that can be scheduled for running on more than one processor (either on a multiprocessor system, or in a clustered environment such as MOSIX). Batch-Processing is when a certain set of programs are executed, in orderly form, with the results of one program typically being fed into the following program, without any interaction from the user -- as apposed to interactive programs which requires user input at certain stages in order for the program to continue. Batch-processing can also involve the use of multiprogrammed applications, provided they can be run in a non-interactive mode.

In real time processing the user initiates a transaction through interaction with, usually, an input screen and sends the data to be processed. The response should come back immediately for the next cycle of reading, input, sending, processing and response. In batch processing the input records are held in a file or files which are input in one go to the batch process which deals with all records without any further interaction. This is typically done without user interaction.

You didn't give a context, but in an application like credit card processing a batch process collects a number of transactions into a batch and then sends them all at once at a predetermined time or as part of a manual process. A continuous process would process the cards as they were presented. In reality there is a mix in CC processing where a quick check is made on validity of card when presented and complete processing in a batch. In some transmission applications data is first collected and then "burst" out at a later time or after all the data is collected. This is analogous to a batch transmission.

It is both, it contain both elements of batch processing and elements of real-time processing. PIN verification uses real-time processing and the customer record shall only be updated at the end of the day(batch processing).

A program reads a large file and gives the report is example of batch processing

rem is a comment that is only seen if you edit the batch echo actually is printed when the batch is running