Yes, a calculator is considered a data processor. Anything that can use or hold data is considered to be a data processor. So yes, a calculator is a data processor.

Data run's through a processor

CPU = Core Processing Unit

but yes CPU is the same thing as a Processor or ''Data Processor''

A computer is known as a data processor because that's what it does. Process data (programs)

function of the processor is to process data

Additional data and programs not being used by the processor are stored in

Hi,

As we all know, each computer has a processor and each processor has some registers to store the data which are being processed by the processor. Sometimes processor needs to copy/move data from one register to another to make space for new data. This data transfer between registers is called register data transfer.

I hope this will help.

Thanks,

A data controller is responsible for determining how and why personal data is processed, while a data processor acts on behalf of the data controller to process the data. The data controller has ultimate accountability for compliance with data protection laws, while the data processor must follow the instructions of the data controller and ensure data security.

Data path

PDP stands for Programmed Data Processor. Therefore, it means Programmed Data Processor-8. :p

Not necessarily. In the 8085, for instance, this is true. In the 8088, however, the processor is a 16 bit processor with an 8 bit data bus. The same is true for the 80386sx - it is a 32 bit processor on a 16 bit bus.

when we say processor, it is the brain of computer, the word process it is also manipulate the data.....processing the data from hard disk or hard drive.

Data Processor or Data Processing Unit or Data Processing System is a system which processes data which has been captured and encoded in a format recognizable by the data processing system or has been created and stored by another unit of an information processing system.

A company's data processor is responsible for managing and handling data according to the company's policies and procedures. They ensure that data is processed accurately, securely, and in compliance with relevant regulations.

The CPU is also known as the processor. A processor is the major factor to consider in how fast a computer can process data.

aray processor is a processor that performs computations on large arrays of data.

It is of two types:

(1) attached array processor.

(2)SIMD array processor.

function of the processor is to process data

processor, computer, brain etc

Word.

please help me

data processor

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The output of an XSLT processor is a set of instructions that dictate how to display the XML data.

So that the processor can both read and write data.

The key difference between a GDPR data processor and controller is that the controller determines the purposes and means of processing personal data, while the processor processes data on behalf of the controller. Controllers are responsible for compliance with GDPR requirements, while processors must follow the instructions of the controller and ensure data security.

A data controller is responsible for determining how and why personal data is processed, while a data processor processes data on behalf of the controller. Controllers have more obligations and responsibilities under GDPR compared to processors.

Input in the sense that it helps process data/information around the system AFAP but output in the sense that the data/information is to the processor and they do the work from there.

The major function of the processor in a computer is the operation controls and executions. The processor is essentially what controls the data coming in and going out of the computer system.

A data processor is responsible for processing personal data on behalf of a data controller, following their instructions. The data controller determines the purposes and means of processing personal data and is ultimately responsible for ensuring compliance with data protection laws.

digital signal processor

The normal operation to move data in a computer system is via the processor but many bulk transfer devices use "direct memory access" or "DMA". The transfer process uses data buses to move data from one peripheral to another without loading the data into the processor. Not only is this a faster way to move large amounts of data it also frees the processor to carry out other tasks.

DMA is generally performed under the supervision of the processor even though the processor is not directly involved in the operation.

delay to access the data in cache in context of processor's speed.

Time to access the requested data in cache , at that time processor have to wait ..

is called cache latency.

To transform information into data. And the meaning of data is processed information.

I hope that helps...

A 386SX processor has 16-bits and 386DX has 32-bits

Generally speaking, then RAM is nearest to processor. CPU fetches all the data from RAM only. However, in reality there is something called Cache memory which come built-in in the processor. Data which is required most frequently is stored in it so that the processor can quickly fetch and process it.

The data path size for a 64-bit processor is 64 bits. This means it supports memory addresses, integer sizes and data paths that are 8 octets wide.

a data processor

64

64

A processor.

may be processor

In the RAM

A GDPR data controller determines how and why personal data is processed, while a data processor acts on behalf of the controller and processes data as instructed. Controllers are responsible for compliance with GDPR, while processors must follow the controller's instructions and ensure data security.

A data processor is responsible for organizing, analyzing, and manipulating data to generate meaningful insights and support decision-making processes. They ensure that data is accurately collected, stored, and processed according to established protocols and standards.

It means the processor is able to handle a 32bit wide data at a time.

The mobile processor means that is can process information Mobile without having to add a data cord.

It buffers and routes data from source to another It buffers and routes data from source to another

A processor, or CPU, controls the functions of most electronic products. A CPU accepts input data, processes data, and sends data to whatever component it belongs to.

Differences between scalar and superscalar processors generally boil down to quantity and speed. A scalar processor, considered to be the simplest of all processors, works on one or two computer data items at a given time. The superscalar processor works on multiple instructions and several groups of multiple data items at a time. Scalar and superscalar processors both function the same way in terms of how they manipulate data, but their difference lies in how many manipulations and data items they can work on in a given time. Superscalar processors can handle multiple instructions and data items, while the scalarprocessor simply cannot, therefore making the former a more powerful processor than the latter.

Scalar and superscalar processors both have some similarities with vector processors. Like ascalar processor, a vector processor also executes a single instruction at a time, but instead of just manipulating one data item, its single instruction can access multiple data items. Similar with the superscalar processor, a vector processor has several redundant functional units that let it manipulate multiple data items, but it can only work on a single instruction at a time. In essence, a superscalar processor is a combination of a scalar processor and a vector processor.

It buffers and routes data from source to another It buffers and routes data from source to another