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"error correction algorithm"
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Abstract: select either the CRC or the ECC polynomial for error detection/correction. SEL = 0 ECC polynomial , software algorithm to compute the displacement and the error vector within the bad sector. To protect the , . SOFTWARE REQUIREMENTS The software algorithm, developed by the user, uses the syndrome to detect an error , . CORRECTION TIME PERFORMANCE All real time operations are performed with error correction hardware. The software algorithms used get involved only after an error has been detected. The following correction times 
 OCR Scan 

WD110006 8X300 wd1100 WD1100 
Abstract: sophisticated error correction than SLC NAND Flash devices. The Hamming algorithm is relatively straightforward , algorithm provides more robust error correction ability; but requires a large amount of system resources , used. ECC algorithm correction strength (number of bit errors that can be corrected) depends on the , limited error correction abilities. Hamming code is able to correct single bit errors and detect two bits , algorithm computes error polynomial based on syndromes in the finite Galois field. Following stages find 
Spansion Original 

SLC nand hamming code 512 bytes hamming code 512 bytes hamming code flash hamming ecc hamming encoder decoder eMMC 
Abstract: application is to use megafunction building blocks for data compression and error correction across noisy , compression, error correction, and loss recovery issues are well understood and are essentially mathematical , , and embed error correction to ensure that any data corrupted due to the noisy channel can be corrected , is best to use error correction schemes that are insensitive to bursttype errors and are able to recover data when multiple symbols are lost. A ReedSolomon (RS) error correction system is used in this 
Altera Original 

Signal Path designer 100K 
Abstract: compensate for a large error. The frequency attenuation is removed as the correction terms become more , support. However, the Adaptive clock recovery algorithm relies on calculating the average length of the , Adaptive clock recovery algorithm to be used with the COBRA device. Three major factors enter into the development of the clock recovery algorithm described in this note: source frequency range, cell delay , the FIFO length drift. The Adaptive clock recovery algorithm requires external software support due 
TranSwitch Original 

AN523 WR39 WR27 WR35 Cobra RD13 TXC05427B TXC05427BAN1 
Abstract: Introduction XMEGA E devices support correction on the RTC clock by taking ppm error value from CALIB register , configurable EEPROM address XMEGA E support maximum correction of 127ppm If RTC clock error is more than 127ppm , 0x02 If RTC clock error is less than or equal to 127ppm, correction is possible and calibration status , status is failure (if status is 0x02), it means RTC clock error is more than 127ppm and hence correction , correction. This application note provide example software project which performs RTC calibration with help 
Atmel Original 

atxmega atxmega C RTC with eeprom xmega device board AT01482 
Abstract: this is that the algorithm cannot determine if the measurement error is due to a time offset or to , , there is no way to tell if the error is due to a time offset or due to PDV, so no correction is made , likely to drift based on the error in the rate correction. Overall results are similar, although the , period is 8 syncs per second, the error might be l00us in 125ms, or close to 1000ppm. lf the algorithm , algorithm such as making many delay measurements for each rate or time correction. Improved Rate Adaption 
National Semiconductor Original 

DP83640 AN1963 Linksys SD205 DLINK ptpv2 DES1105 MCF5234BCCKIT 
Abstract: used by a software algorithm to compute the displacement and the error vector w ithin the bad sector , vector or to deter mine if uncorrectable. In the correction algorithm, a sim ulated shift register is , real tim e operations are performed w ith error cor rection hardware. The software algorithm s used get involved only after an error has been detected. The follow ing correction tim es are for a serial type , software algorithm can now be invoked to correct the induced error. To aid in detection o f certain 
 OCR Scan 

wd1001 32BIT 
Abstract: AN1028 It is important to note that while a basic algorithm is provided as an example, users are free , ISL5239 Predistortion Linearizer Evaluation Board. A Matlab algorithm is presented and validated using a , ) function is implemented using the ISL5239 Evaluation Board Hardware. Next, the algorithm is used with a , 20MHz signal bandwidth. The adaptive algorithm is used with a closedloop hardware architecture to , "HardwareintheLoop Simulation". We describe the adaptive algorithm and present results from the "HardwareintheLoop 
Intersil Original 

adc matlab code HP778D polyfit Filter Noise matlab ZFL25000VH STQ2016 ISO9000 
Abstract: AN1028 It is important to note that while a basic algorithm is provided as an example, users are free , ISL5239 Predistortion Linearizer Evaluation Board. A Matlab algorithm is presented and validated using a , ) function is implemented using the ISL5239 Evaluation Board Hardware. Next, the algorithm is used with a , 20MHz signal bandwidth. The adaptive algorithm is used with a closedloop hardware architecture to , "HardwareintheLoop Simulation". We describe the adaptive algorithm and present results from the "HardwareintheLoop 
Intersil Original 

E4402B on off control matlab source code adaptive filter matlab predistortion matlab code ISL5929 ISL5217 
Abstract: either the CRC or the ECC polynomial for error detection/correction. SEL = 0 ECC polynomial selected. SEL , software algorithm to compute the displacement and the error vector within the bad sector. To protect the , , uses the syndrome to detect an error, generate a correction pattern and a displacement vector or to determine if uncorrectable. In the correction algorithm, a simulated shift register is used to implement the , performed with error correction hardware. The software algorithms used get involved only after an error has 
 OCR Scan 


Abstract: APPLICATION NOTE Error Detection & Correction of MPT1327 Formatted Messages MPT1327 Error , in the received codeword, although it should be noted that the higher the degree of error correction , bits of a transmitted codeword. Received codeword error detection. Limited error correction of a , automatically and the MX429A also provides a 16bit `Syndrome' output which may be used to aid error correction , companies. Error Detection & Correction of MPT1327 Formatted Messages 2 Application Note 1.2.2 
MXCOM Original 

MX809 A18E C748 A51F 51b7 B929 0060H 
Abstract: Algorithmic Implementation This DAC INL correction algorithm is universal and can be implemented in any , algorithm should measure the error with respect to the expected voltage value. The array of calibration values is stored in the system memory; then, the algorithm is used to calculate the correction values , we increase the number of points we will reduce the INL error. Whereas the 64point correction , of points used for the correction. Remember that the noncorrected DAC had an INL error of 50 LSB. We 
Texas Instruments Original 

MSC1211 FSR 12.5 200H 24800 SBAA112 MSC1211/12 MSC1212 
Abstract: DesignCon 2008 A Fast Algorithm to Instantly Predict FPGA SSN for Various I/O Pin Assignments , 010351.0 February 2008 Abstract This paper proposes a fast algorithm to instantly predict simultaneous switching noise (SSN) for FPGA I/O pin assignments. In this algorithm, SSN has two distinct components , individually quantified through matrix manipulations and measurement results. This algorithm is independent of , predictions from this algorithm are correlated well with direct bench measurements. This paper also describes 
Altera Original 

9524 pc 90 nm hspice cp01035 IC K140 CP010351 
Abstract: . The Hamming algorithm is an industryaccepted method for error detection and correction in many SLC , error correction methods. The most widely used Hamming algorithm for NAND Flashbased applications evaluates a packet of data and calculates two error correction code (ECC) values. Each bit in the two ECC , integrity in MLC requires a significantly more sophisticated error correction scheme than is used for SLC , is its limited error correction capabilities. Hamming codes enable singlebit error correction and 
Micron Technology Original 

hamming 7 bit hamming code micron ecc nand TN2908 
Abstract: . 14 Frequency Correction , . 17 Algorithm Evaluation , . 20 Frequency Correction . 21 Binary Error Ratio , and on frequencyshift correction. A digital implementation of the MODEM is built around a Texas 
Texas Instruments Original 

TMS320C31 hf modem ofdm design HF modem cofdm transmitter OROSAU32 hf data modem cofdm modulator SPRA320 COM19 AGARDCP547 
Abstract: EEPROM Error Correction Algorithms in C By Richard Soja Motorola Ltd. East Kilbride, Glasgow , . Implementation of Error Correction Strategy The basic principle of decoding the error correcting codes is to use , MOTOROLA Application Note Implementation of Error Correction Strategy A simple way to understand , that this error correction technique can correct errors in either data or check bits, which is not necessarily the case with certain other error correction strategies. The advantage of this method, where the 
Motorola Original 

AN427 MC68HC11 M68HC11 HC11 HC11REG motorola application note AN427/D 
Abstract: . This simple correction reduced the already small internal temperaturesensor ratiometric error by 75 , correction on each ADC_T reading. Page 3 of 5 Figure 3. MAX1464 temperature error after correction is , offset correction. Compared to its predecessor, the MAX1463, the MAX1464 significantly improved the ratiometric error (or power supply rejection ratio, PSRR) of the onchip temperature sensor. This application note quantifies the MAX1464's PSRR as very small error, and presents a simple equation to reduce that 
Maxim Integrated Products Original 

AN3650 APP3650 temperaturesensor temperature sensor IC Pressure sensor 
Abstract: memory device in order to estimate the impact of the PMECC correction algorithm on the read performance , (physically similar) typically used for data error identification and correction, wear levelling, etc. One , badblock management and data error identification and correction. 3.2 SLC and MLC NAND Flash There , for correction of single or multiple bits of data. 5.2 BCH Algorithm Binary BCH codes were , Hamming codes. BCH codes are a generalization of Hamming codes for multiple error correction, which have 
Atmel Original 

AT91SAM MT29F2G08AB MT29F2G08AAD e 85792 MT29F2G08A mt29f*aad MT29F2G08ABD nand memory SAM9G15/G25/G35/X25/X35 
Abstract: hardware accelerators implementing advanced Forward Error Correction and Lossless Data Compression , compression accelerator 2004  LDPC error correction IP * 2006  World's first GZIP compression IC * 2007  , Circuits · Intellectual Property Cores · Boards Comtech AHA Product Line Forward Error Correction , lossless image compression algorithm * 1998  World's first Turbo Product Code IC * 2002  AHA acquired , Line Lossless Data Compression Integrated Circuits Part Number Algorithm Speed Comp Ratio 
Comtech AHA Original 

AHA4011 AHA4501 AHA4540 AHA4541 AHA4702 AHA3610 ic 2003 LDPC aha AHA363PCIe AHA4012 AHA4013 AHA4524 
Abstract: solution of a battery charger and the flexible uCbased fuel gauge algorithm with minimal external , memory requirements using various correction lookup tables and storing calculations. All application , algorithm with the latest fuel gauge technology, to add the calculation of a new fuel gauge parameter, or to include new correction factors, only the application firmware needs to be modified. The PSoC , RapidCharge Time Remaining Fuel Gauge Correction Temperature Discharge Rate Battery Age Rate 
Cypress Semiconductor Original 

AN2294 CY8C24794 AN2258 AN2267 hev battery charger circuit Thermistor 15k 20 degree c Datasheet Thermistor 15k battery charger schematic CY8C27 AN2107 
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