bit error rate

A common bit error rate used in communication standards such as Ethernet is 10.

At a given bit error rate, larger packets are more likely to be corrupted.

In this setting, the Hamming distance is the appropriate way to measure the bit error rate.

The Levenshtein distance is a more appropriate way to measure the bit error rate when using such codes.

A few memory devices go the other direction, and use two cells per bit, to give even lower bit error rates.

The likelihood that a particular bit will be detected as erroneous is the bit error rate.

For comparison, 10 to 10 is the uncorrectable bit error rate of a typical hard disk.

Adaptive modulation systems improve rate of transmission, and/or bit error rates, by exploiting the channel state information that is present at the transmitter.

In order for a signal to be received with an acceptable bit error rate, the attenuation and the crosstalk must both be minimized.

Having decoded the bits the receiver can estimate the bit error rate (BER).

"They will need to put information in the beam, record it, read it out, and determine the bit error rate," Dr. Sincerbox said.

Recipients decode it and use the bit error rate to calculate and store a (channel, node, quality) tuple.

For example, a required bit rate, delay, jitter, packet dropping probability and/or bit error rate may be guaranteed.

In many cases, even a small improvement in ACR can cause a dramatic reduction in the bit error rate.

One quality measurement for a digital system (Bit Error Rate) relates to the probability of an error in transmission or reception.

Data Link Layers with high bit error rates may require additional link error correction/detection capabilities.

Bit error rate, the ratio between the number of incorrect bits transmitted to the total number of bits (E.800)

Having a higher signal-to-noise ratio (SNR) at the receiver reduces the bit error rate of a digital communication link.

It is especially useful when comparing the bit error rate (BER) performance of different digital modulation schemes without taking bandwidth into account.

It decodes calls and soundings sent by other stations and uses the Bit error rate to store a quality score for that frequency and sender-address.

For large amounts of 9s, the "unavailability" index is easier to handle, which is also why such is used in e.g. hard disk bit error rates.

It accomplishes this by handling the negative effects of the wireless channel, including high bit error rates that are known to occur in bursts over the wireless medium.

DPLC has the required quality of bit error rate characteristics and transmission ability such as transmitting information from monitored electric-supply stations and images.

The decrease in endurance and increase in uncorrectable bit error rates that accompany feature size shrinking can be compensated by improved error correction mechanisms.

These connections typically have uncorrected bit error rates of 10 to 10, ensuring high TCP/IP performance.