Übersetzung für "Bitfehler" in Englisch

Correcting these bit errors presents problems in practice.

Accordingly, a bit error of the gated signal S could also still be checked.

The maximum number of the bit errors which can be corrected by the error correction algorithm is preferably adjustable.

In this processing method, therefore, only slower wanders without bit errors can be compensated.

This situation increases the number of bit errors.

Both signals are constantly monitored for data errors using CRC.

The FEC decoder provides the information regarding the number of the currently corrected bit errors.

These methods can correct bit errors within certain limits.

A bit error would have catastrophic consequences.

Thereby, bit packets do not become completely lost and bit errors are not randomly distributed.

The bit errors that would be caused by the interference signals are reduced.

The second bit pattern is used to recognize possible bit errors.

For the correction of the bit error itself, the error-correcting processes known from the field of data communication can be used.

According to the known method, a section is stored when it contains one or more bit errors.

Moreover, there must be one bit error per data block at the most so that it can be reliably detected.

A deterministic character of the bit errors indicates, for example, periodic influences (such as system hum).

Such bit errors can be also be contained in the corresponding cell heads ZK-(n-2) or ZK-(n-1).

In actual practice, bit errors are corrected at high data rates by means of error correction methods (FEC-Forward-Error-Correction).

The transmission channel can now consist of any conceivable channel which generates bit errors or erasures.

In the lower illustration (DEC_ 48), bit error detection is based on 48 bits.

Furthermore, transmitted packets are lost completely or the bit errors are evenly distributed within a hierarchical level.

Bit faults during the transfer are reliably detected through evaluation of the CRC checksum in each device.

Loss of whole packets as well as bit errors can be masked with a steady degradation of audio quality (packet loss concealment, PLC).

Given a transmission of information, particularly digitized information, in a mobile radio communications system, a problem arises in that, due to so-called multi-path propagation on the radio path, fading arises which can cause information bit errors during transmission.

These known methods, however, have the disadvantage that in such cases in which pulses representing information elements are distorted in amplitude and/or phase due to disruptive influences, a bit error can be simulated precisely at the time of decision, although the appertaining pulse can be error-free when viewed overall.

These known methods, however, have the disadvantage that, in those cases in which pulses representing information elements are distorted in amplitude and/or in phase due to disruptive influences, a bit error can be simulated precisely in the respective area sampled, although the appertaining pulse, when viewed as a whole, can be free of error.