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Page "Digital electronics" ¶ 16
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single-bit and error
This variant too detects any single-bit error, but the probability that a two-bit error will go undetected is a little less than 1 / n.
A single-bit transmission error then corresponds to a displacement from a valid corner ( the correct message and checksum ) to one of the m adjacent corners.
Instead, many people use audio compression to save storage space and download time, even though a single-bit error may corrupt the entire song.
By combining this with forward error correction capable of correcting single-bit errors, it is possible for a receiver to correct any transmission errors that cause a constellation point to deviate into the area of an adjacent point.
A one-time, single-bit error in either player's interpretation of events can lead to an unending " death spiral ".
Even a single-bit error causes both SFV's CRC and md5sum's cryptographic hash to fail, requiring the entire file to be re-fetched.
We also assume that noisy errors are independent and occur with some probability p. It is most likely that the error is a single-bit error and the transmitted message is three ones.
For example, in 2008 Amazon S3 was brought down for several hours when a single-bit hardware error propagated through the system.
Every single-bit error results in a violation of the bipolar rule.

single-bit and audio
The signal is stored as delta-sigma modulated digital audio, a sequence of single-bit values at a sampling rate of 2. 8224 MHz ( 64 times the CD Audio sampling rate of 44. 1 kHz, but only at < sup > 1 </ sup >⁄< sub > 16 </ sub >< sup > th </ sup > its 16-bit resolution ).

single-bit and data
As data is moved around or manipulated, the instrumentation code keeps track of the A and V bits so they are always correct on a single-bit level.
Many of the data types are named from its use in driving relays: a single-bit physical output is called a coil, and a single-bit physical input is called a discrete input or a contact.
In the SSS concept the chips would also be equipped with a series of single-bit computers operating on a particular column of all the rows at once — this meant that the processors could access data at incredible speeds, about 100x as fast as normal.
Constantly checked as data is transmitted, this scheme is able to correct single-bit errors and detect many multiple-bit errors.

single-bit and code
If r is the degree of the primitive generator polynomial, then the maximal total block length is, and the associated code is able to detect any single-bit or double-bit errors.
The vertices of a solution to the snake or coil in the box problems can be used as a Gray code that can detect single-bit errors.

single-bit and on
Due to its origins in AI research, the software for the CM-1 / 2 / 200 single-bit processor was influenced by the Lisp programming language and a version of Common Lisp, * Lisp ( spoken: " Star-Lisp "), was implemented on the CM-1.
To address some of these issues, a new studio format has been developed, usually referred to as " DSD-wide ", which retains standard DSD's high sample rate but uses an 8-bit, rather than single-bit digital word length, but still relies heavily on the noise shaping principle.

single-bit and at
Most computers of the era operated in bit-serial mode, using single-bit arithmetic and feeding in large words, often 48 or 60 bits in size, one bit at a time.

single-bit and single
So, even a multi-cell upset leads to only a number of separate single-bit upsets in multiple correction words, rather than a multi-bit upset in a single correction word.

single-bit and .
There was a 15-bit program counter and a single-bit carry register.
On the other hand, some techniques used in digital systems make those systems more vulnerable to single-bit errors.
Two later variants of the CM-2 were also produced, the smaller CM-2a with either 4096 or 8192 single-bit processors, and the faster CM-200.
) Additionally, read / write errors cause a number of single-bit errors to occur in replicated materials.
In the event of a single-bit failure ( which may be unrelated to radiation ), the voting logic will continue to produce the correct result without resorting to a watchdog timer.
Another possible ETC failure mode can originate from single-bit soft errors caused by ionizing radiation in the vicinity of transistors in the digital circuity hardware.

error and audio
In September 1978, the company demonstrated an optical digital audio disc with a 150 minute playing time, 44, 056 Hz sampling rate, 16-bit linear resolution, and cross-interleaved error correction code — specifications similar to those later settled upon for the standard Compact Disc format in 1980.
Mode 2 provides 14 % more user data space than Mode 1 by omitting error correction, since a read error in audio or video will only cause a small flaw which may not even be detectable by humans.
For example, loss of a packet in audio application may result in loss of a fraction of a second of audio data, which can be made unnoticeable with suitable error concealment algorithms.
For example, a continuous audio signal, transmitted as a sequence of 1s and 0s, can be reconstructed without error provided the noise picked up in transmission is not enough to prevent identification of the 1s and 0s.
Audio can be ripped using error correction and ripped audio can be protected with Windows Media DRM.
Arguments for analog systems include the absence of fundamental error mechanisms which are present in digital audio systems, including aliasing, quantization noise, and the absolute limitation of dynamic range.
Before decoding of audio and video takes place, the receiver must demodulate and apply error correction to the signal.
Included in the list of new features are native audio, video and animations, as well as improved error handling.
To reduce quantization error, more precision can be used in each measurement at the expense of larger samples ( see audio bit depth ).
Undecoded dbx playback also exhibited large amounts of dynamic error, with audio levels going up and down constantly, making it a very fatiguing experience.
For example, audio CDs contain 16-bit, 44. 1 KHz LPCM-encoded audio samples interleaved with secondary data streams and synchronization and error correction info.
An example of a lip synchronization problem, also known as lip sync error is the case in which television video and audio signals are transported via different facilities ( e. g., a geosynchronous satellite radio link and a landline ) that have significantly different delay times, respectively.
The external description on the box for the Blu-ray disc that lists DTS Master Audio as one of the available audio soundtracks is in error.
The audio data is encoded as linear PCM and boasts strong cyclic redundancy check ( CRC ) error correction, allowing the tape to be physically edited with a razor blade as analog tape would, e. g. by cutting and splicing, and played back with no loss of signal.
In 1999, version 3. 0 ( 12 September 1999 ) was released, with a new " fast mode " ( albeit with reduced compression ratio ), compression of raw ( headerless ) PCM audio files, and error detection using a 32-bit cyclic redundancy check.
However, some of the earlier models, such as the Sony PCM-100, recorded 16-bits quantization as well, but used only 14 of the bits for the audio, with the remaining 2 bits used for error correction, in case of dropouts or other anomalies being present on the videotape.
An error handling routine ( e. g. blue screen of death ) may eventually stop the audio controller.
The operators often claim that they work for an audio retailer or audio installer and that, through some sort of corporate error ( warehouse operator mistake, bookkeeping mistakes, computer glitch, etc.
In the audio commentary, 4Kids stated that they decided to leave the Alakazam error when they noticed it as something for the children watching to notice and because they felt it was plausible in context that Team Rocket could make a mistake.

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