Continuously varying data is analog data; by contrast, all digital data is discrete (there are steps between one value and the nearest next possible value).
Devices operating on analog data, in context with computers, are primarily analog-to-digital converters (ADC). These take an analog input, sample this value periodically, and produce the nearest corresponding digital value for further (digital) processing. The analog input can describe a lot of different aspects: the fan speed, a temperature, an electric voltage read from a microphone or other audio input, etc.
The reverse process is called digital-to-analog conversion (DAC), which converts a digital value into a corresponding analog value (typically as an electric voltage or current), which is then generally transformed into another form, such as an audio output to drive a pair of speakers.
It is important to note that DAC itself does not operate continuously varying data, since the analog data generated follows the same discrete steps as the digital input data does. However, subject to the physics of the following conversion (e.g. a loudspeaker), the resulting physical signal might well be truly analog again (e.g. the variation in air pressure caused by the speaker).
Digital Data is data that is stored in binary, and a Digital Device is any device that works with binary data
continuous data
thermometer
A human data input device is one that allows a human to interact with a complex machine such as a computer. Some examples of a human data input device are things like a keyboard and mouse.
Coding and conversion of Application layer data to ensure that data from the source device can be interpreted by the appropriate application on the destination device. Compression of the data in a manner that can be decompressed by the destination device. Encryption of the data for transmission and the decryption of data upon receipt by the destination.
Digital Data is data that is stored in binary, and a Digital Device is any device that works with binary data
Depending on what sort of digital device you are asking for, it can work with continuous data. Majority of digital devices work with continuous data. However, it is hard to give answer without knowing the exact device.
analog
Any digital device - as opposed to an analogue device.
Non-continuous data is called discrete data.
Non-continuous data is called discrete data.
analog data are continuous and take continuous values
The weight of the motorcycles is discrete and not the continuous data.
real-world data, a device that can run the software, power for the device, etc.
Kymograph. Don"t ask me how it works- also used to track RF radio frequency waves.
In continuous grouped data the data is collected continuously and in groups. Data collected is in class intervals the actual data values are not visible.
No. It uses continuous data. * * * * * Not true. It can use either discrete or continuous data.