Translation of "Zyklische redundanzprüfung" in English

Furthermore, the cyclical redundancy check (CRC) is used for data protection.

In particular, no cyclical redundancy check (CRC) is carried out.

The method of claim 4, wherein the parity check bits comprise cyclic redundancy check (CRC) bits.

The cyclic redundancy check determines a check value that enables errors in data transmission or storage to be detected.

A particular type of redundancy check, used to protect the integrity of data.

A corrupt RAR file, more often than not throws up cyclic redundancy check or CRC error.

The cyclic redundancy check (hereinafter CRC) value shall be applied before the final verification of the data prior to storage or transfer.

Optionally, a cyclic redundancy check (CRC) may be carried out as a checksum process or a parity check in the data frame may be added and the receiving participant provides an acknowledge at the end of its response.

Finally, two bytes are fifthly likewise transmitted in a bytewise encrypted manner, which bytes form a checksum for a cyclic redundancy check of the message received.

Finally, two bytes (CRC-16) are transmitted, which bytes form a checksum for a cyclic redundancy check of the message received.

Data words consist of two start bits, 8 to 24 data bits and a single parity bit or optional three bit CRC (cyclic redundancy check).

A situation may arise when you are getting the SCSI timeouts or there errors in the CRC that is the Cyclic Redundancy Check.

The GPT implies a methodology called " Cyclic Redundancy check" to check whether its data is safe and sound.

The cyclic redundancy check is a method known from information technology for determining a check value for data in order to be able to identify errors during the transmission of data.

The overall length of the message is composed of a byte for the start identifier, one byte for the key index, one byte for the specification of the length, a variable number of bytes for the vehicle identifier and two bytes for the cyclic redundancy check.

A CRC check sum method (CRC=Cyclic Redundancy Check) is used here for testing our compensation information in the EEPROM.

The cyclic redundancy check (CRC) is a common procedure that determines a check value for data to detect errors during transmission or storage.

Consequently, it is possible, for example, to switch over between various data frame lengths, for instance, from 16 to 32 bits, a cyclical redundancy check taking place as an additional security feature of the longer data frames.

Extended request data frame RQ 1 ?, in the first 16 bits, first of all has a usual data structure, then additional bits AD 0 -AD 7, and eight check bits CR 0 -CR 7 as check bits for a cyclical redundancy check.

In this case, said subordinate communication service can provide a logical connection between the communication appliances and the data packets, including elementary error recognition or an elementary error correction mechanism (e.g. cyclic redundancy check CRC), and can undertake the physical addressing of the data packets.

The name “checksum” is also used to describe more complicated test algorithms that perform more complex calculations instead of simply adding data values, such as for a cyclic redundancy check (CRC).

Moreover it is conceivable for a cyclic redundancy check (CRC) to be carried out, in order to check whether the safety measurement data has been transmitted correctly.

A cyclic redundancy check uses polynomial division instead of simple addition and is generally more effective in detecting errors than a basic checksum.

During source-coding so-called CRC (CRC=cyclic redundancy check) data is also added, which is used by the recipient during decoding to verify the correct transmission of the information.