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Detection and correction of transmission errors in facsimile images
IEEE Transactions on Communications, 1996Today, facsimile is recognized as the primary communication tool for both printed and written materials. Most facsimile machines operating on public switched telephone networks use the Group 3 (G3) facsimile compression standards, in which images are entropy-coded.
Wan-Li Shyu, Jin-Jang Leou
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On the Unequal Error Protection for Progressive Image Transmission
IEEE Transactions on Image Processing, 2007In this paper, we consider the unequal error protection (UEP) for progressive image transmission when the coded packet size is fixed. First, we prove that, for the source code with convex rate-distortion (R-D) function and practically used channel codes, the channel code rate for each packet in the optimal rate allocation is nondecreasing indeed. Then,
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Error probability in optical fiber transmission systems
IEEE Transactions on Information Theory, 1979A method for evaluating the average error probability in digital fiber optic transmission systems is described. It takes into account the statistical properties of the main impairments that affect the information signal, i.e., shot noise (dark current included), thermal noise, and intersymbol interference.
Renato Dogliotti +2 more
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Errors in Data Transmission Systems
IEEE Transactions on Communications, 1961The aims and methods of a program of work being conducted at the Lincoln Laboratory of the Massachusetts Institute of Technology in data-transmission research are discussed. The work, which has been concentrated primarily on telephone circuits of a type generally available, is aimed at a better understanding of these transmission media.
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Error Resilient Video Transmission
2001Multi-frame MCP improves the rate-distortion efficiency of video codecs in the case of error-free transmission of the bit-stream. In this chapter, the efficiency of long-term memory MCP for a transmission scenario where the bit-stream may be received in error is investigated. The most important applications today including wireless packet networks show
Thomas Wiegand, Bernd Girod
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Measurement of Bit Errors in Data Transmission Systems
IEEE Transactions on Communications, 1976This correspondence presents an improved technique for receive error detecting a pseudorandom digital sequence suitable for bit error performance testing of serial digital transmission systems. The method is applicable to separately located transmit and receive sites, is self-synchronizing, and can be economically constructed using logic elements and ...
Larry C. Schooley, Thomas W. McCurnin
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A game with errors in information transmission
Automation and Remote Control, 2012zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Intelligence and transmission errors in the brain
Kybernetes, 1996Suggests that the probability of transmission errors in the central neural system (CNS) is a major factor determining intelligence. That is, the smaller this probability, the larger is the intelligence of the subject. Explains the observation that Hendrickson’s AEP measures, which are supposed to measure this probability, are sometimes correlated ...
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Big Data, Transmission Errors, and the Internet
2023 53rd Annual IEEE/IFIP International Conference on Dependable Systems and Networks - Supplemental Volume (DSN-S), 2023Susmit Shannigrahi, Craig Partridge
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Detecting CD error or transmission error of photomask patterns
SPIE Proceedings, 1998Whereas critical-dimension (CD) error below 35 nm and transmission error below 3.6 % are required for 256M DRAM, a present-day cutting-edge inspection system may fail to detect 150 nm CD error or 6 % transmission error. Improvement of defect inspection is, therefore, necessary to raise yields of semiconductor devices.
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