Examples of using Bit errors in English and their translations into Japanese
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However, it should always be checked for bit errors as well.
Lower bit errors resulting in increased network performance.
A system with a WDT is particularly well-suited to detecting bit errors.
Small bit errors in a JPEG scan lead to image disruptions.
This scheme is limited to detecting an odd number of bit errors, however.
Empirically, the appearance of bit errors corresponds approximately to the 50% jitter limit.
Off-isolation is especially important in thereceive interface to avoid noise coupling and bit errors.
In this way, bit errors such as disconnect, short, and losing synchronization are easily detected.
Syndrome tables are a mathematical way of identifying these bit errors and then correcting them.
In order to avoid these kinds of bit errors, most line codes are designed to produce DC-balanced waveforms.
This refers to fluctuation among clock cycles,which can cause jittery images or bit errors during data transfers.
These types BIT errors are also known as“runtime errors” because they occur while Windows is running.
This increases the Hamming distance from three to four andallows the algorithm to correctly detect two bit errors.
The parity input andparity error flag output can be used to detect bit errors between the data source and the DAC.
ECC(Error Correcting Code) memory includes an additional memory chip which allows the motherboard to detect andcorrect one bit errors.
NAND Flash memory, like hard disk drives, encounters bit errors during normal operation and corrects such errors on the fly using its ECC data.
Eye Diagrams and Failure Modes At 39Mbps and 340 feet of Cat5 cable, the driver output of Figure 2 exhibits an eye pattern in which signals cross in themiddle of the eye-a condition indicating possible bit errors.
The device maintains excellent performance over frequency,but other isolation products exhibit bit errors in the 200 MHz to 700 MHz frequency band.
Two main features of a NOR Flash IC provide these data: the ECC engine,which maintains data integrity by detecting and correcting bit errors in Read operations a User Mode which enables periodic testing of the ECC engine's operation How ECC data support functional safety operations In conventional NOR Flash ICs, the ECC engine operates in the background, detecting and correcting bit errors with multi-byte granularity silently, without alerting the host controller.
Since the CRC generator is preloaded with the memory page number,the 1-Wire File Structure not only safeguards against bit errors in the data stream, but also uncovers target address errors. .
The host may then use the information from the status register, from the Error pin, or from both, to build an error register- effectively a'map' of the NOR Flash array,logging the locations of bit errors.
This superior option for code storage is possible because Winbond has implemented new production andtesting processes to eliminate the bit errors which occur in the operation of conventional NAND Flash devices.
The MAX9257/MAX9258 SerDes chipset features an internal PRBS function that allows a user to check the quality of the link and determine if andespecially how many bit errors have been logged for a given time,bit pattern, and data-transmission rate.
Bit error rate 1/3million.
Radio channel bit error rate is relatively high.
Bit Error Rate(BER).
Bit error, please proceed to the Step 2 below.
Because deterioration of C/N ratio causes a rapid deterioration of the bit error rate(BER).
The Forward Error Correction(FEC)function can effectively reduce the bit error rate of digital signal and improve the reliability of signal transmission.
The bit error rate curves for the CPU and Simple GPU version match exactly.