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True or False Digital devices share electronic information in streams of the digits 1 and 2?
Wiki User
∙ 11y ago
l
Wiki User
∙ 11y ago
Leona Clarke
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What is digital TV multicasting?
Making the move to digital TV can give viewers access to additional local TV channels. Multicasting is the technology that allows a single station to provide as many as six separate programming streams simultaneously, free and over the air.
How do desert streams differ from those in humid regions?
desert streams get flash floods more than the streams in the humid places.
When was Streams of Expression created?
Streams of Expression was created on 2005-12-13.
What are high altitude high velocity of air called?
jet streams
What are the release dates for Time Streams - 2003?
Time Streams - 2003 was released on: USA:2003
Is a loop back interface good or bad?
Loopback can be defined as the routing of electronic signals, digital data streams, or flows of items back to their originating devices or facilities without intentional processing or modification. This is primarily a means of testing the transmission or transportation infrastructure. It is a good thing as it tests the transportation infrastructure.
How is digital radio different from non-digital types?
Digital radio is a computer information based system rather than the radio waves that could be read by basic electronics This means that many data streams (stations) can be on one frequency, It enables higher sound quality And so on.
What is a HDMI cable?
HDMI (High Definition Multimedia Interface) cables carry digital video and Dolby Digital audio data streams.
How does music stored in a CD actually turn into sound in a stereo or computer?
The CD has tiny pits in a metal layer that are read by a LASER beam as binary 1s and 0s. These 1s and 0s are assembled into streams of digital samples of the sound along with error checking/correcting bits. The digital samples of the sound are fed through a digital to analog converter, which recreates the original electronic analog sound signals. These electronic analog sound signals are amplified and fed to either speakers or headphones so you can hear the recorded sounds.
explain the information of one the landforms that streams create by deposition?
What information
Which technology enabeles businesses to create multimedia applications to deliver their messages?
The basic technology for any digital technology was the silicon chip that allowed dense storage of digital data streams.
How does wireless devices works?
Wireless devices work by send a signal from the device that is sending the signal to the device that is receiving. meaning you can send just about anything that is made up of data streams
Which device in pstn willl convert analog to digital?
You would utilize a VoIP adapter in the conversion of analog voice signals into digital IP packets. These adapters also have the ability to convert digital IP packets into analog voice streams.
What is used to output data in c plus plus?
You use output devices or streams, typically console screens, printers and files.
Which OSI layer uses the header information to reassemble the data segments into streams?
transport layer
Which devices use an encoder to help it function?
Virtually all digital devices use an encoder to help them function. Bits and bytes are just numbers and therefore all executables and data, regardless of its analog type, must be encoded as a number that the device can understand natively. Devices that communicate with each other must also use a common encoding (commonly known as a protocol), which needn't be and often isn't the same as that which is natively used by the devices. Standalone digital devices such as digital watches needn't use an encoder per se, but the digital information has to be digitally encoded in some form or another and must be decoded to produce an analog output that we humans can understand, even if it is only to turn certain groups of LCD segments on and off according to the current state of the digital data. Devices that function through a direct 1 to 1 relationship between the digital and analog data have no need for an encoder or decoder of any kind, but I'd be hard pressed to think of any such device beyond that of a simple switch, which is a purely analog device. Only when switches are used in combination can you have a truly digital device and those combinations must be encoded and decoded accordingly. Encoders can either use fixed-length or variable-length bit streams, so long as the devices at each endpoint can translate the codes successfully. An example of variable length encoding is prefix coded data (most notably Huffman encoded data), where the most frequent fixed-length codes are replaced with shorter encodings, while the least frequent codes have longer encodings, thus speeding up the throughput of data between the devices. Both endpoints use the same translation table to convert the prefix codes to and from native codes. The translation table may be hard-coded to the devices based upon probabilities, however more efficient schemes will transmit the translation table using a common protocol before reverting to prefix encoded transmissions via the same protocol. Devices that make extensive use of encoders are mass-storage devices, such as hard-drives, which must replicate digital data in an analog form that includes additional data interleaved into the data stream for analog timing and digital error-checking purposes. Thus the data that is physically stored upon the device bears no resemblance whatsoever to the original data and must be encoded (when written) and decoded (when read) by the storage device itself. Other common devices that extensively use encoders are digital cameras and recorders (RAW, JPG and MPEG encoding), digital music devices (CD and MP3 players). Even cars with on-board diagnostic computers use encoding schemes that can be translated by plugging in special computers to provide analog data about the car's internal faults. Ultimately, any device that employs digital data must use an encoder of some kind, whether it uses 2-bits per element or 128-bits per element. It's all about the translation of what those numbers actually represent that defines an individual device's functionality.
What are input and out put string?
Input strings are character arrays that are initialised from input devices, such as file streams with read access and the keyboard. Output strings are character arrays sent to output devices such as files with write access, the console (display) and printers.
