Details

Title

An Enhanced Run-Length Encoding Compression Method for Telemetry Data

Journal title

Metrology and Measurement Systems

Yearbook

2017

Volume

vol. 24

Numer

No 3

Publication authors

Divisions of PAS

Nauki Techniczne

Publisher

Polish Academy of Sciences Committee on Metrology and Scientific Instrumentation

Date

2017

Identifier

ISSN 0860-8229

References

Liu (2008), Ren Multi Channel Data Compression, IEEE Electron Syst Mag, 23. ; Kim (2010), high performance network - on - ship scheme using lossless data compression, Electron Express, 24, 7. ; Chan (2008), Wavelet - based ECG compression by bit - field preserving and running length encoding and Programs in, Computer Methods Biomedicine, 13, 1. ; Olyaei (2007), Focal Plane Spatially CMOS Compression Pap, Oversampling Image Sensor IEEE Trans Circuits Syst, 21, 1. ; Stabno (2009), Bitmap compression technique based on run - length encoding, Information Systems, 15, 400. ; Mulholland (1996), Spacecraft telemetry link performance in a transfer orbit on and, IEEE Transactions Aerospace Electronic Systems, 32, 1321. ; Kattan (2010), Universal intelligent data compression systems a nd Conference, review Proc Conf Computer Science Electronic Engineering, 1. ; Hashempour (2005), Application of arithmetic coding to compression of VLSI test data, IEEE Trans Computers, 19, 1166. ; Monteiro (1996), smart telemetry compression system for a space instrument instrument complex Microprocessors, null, 20, 1. ; Rong (2001), Algorithm design for launch vehicle telemetry data compression of, Journal, 12, 12. ; Stewart (1998), sigma strategies for data conversion, delta Electronics Communication Engineering Journal, 25, 37. ; Nunez (2003), Run - length coding extensions for high performance hardware data compression, Proc Comput Digit Tech, 28, 150. ; Logeswaran (2004), Fast Two - Stage Lempel Numeric Telemetry Data Compression Using a Neural Network Predictor of, Journal Universal Computer Science, 11, 1199. ; Tan (2011), Oversampling Technique for Obtaining Higher Order Derivative of Low - Frequency Signals Transactions, Instrumentation Measurement IEEE, 26, 11. ; Zahhad (2002), Abo An effective coding technique for the compression of one dimensional signals using wavelet transforms Medical Physics, Engineering, 24, 185. ; Lin (2003), lossless data compression and decompression algorithm and its hardware architecture Very Large Scale Integr, IEEE Trans VLSI Syst, 11, 499. ; Korpela (2006), hardware signal processing platform for sensor systems, IEEE Aerospace and Electronic Systems Magazine, 16, 22. ; Cristiano (2013), Adaptive Run Length Encoding method for the compression of electrocardiograms Medical, Engineering Physics, 145. ; Temes (1990), Candy tutorial discussion of the oversampling method for and conversion Systems, Circuits IEEE International Symposium, 27, 910. ; Xu (2006), new spaceborne compression approach for remote sensing imagery SPIE, Proc, 22, 6031. ; Nunez (2002), Lossless Data Compression Programmable Hardware for High - Speed Data Networks on Field - Programmable Technology, Proc IEEE Int Conf, 17, 290. ; Lee (2002), Performance analysis of a selectively compressed memory system Microprocessors, null, 20, 63. ; Qian (2006), Near lossless data compression onboard a hyperspectral satellite on and, IEEE Transactions Aerospace Electronic Systems, 42, 851. ; Kao (2007), hardware approach to real - time program trace compression for embedded processors Pap, IEEE Trans Circuits Syst, 18, 530. ; Drost (2001), Hybrid System for Real - time Compression and, Image Microprocessors Microsystems, 25, 19. ; Steinwandt (2008), one - time signature using run - length encoding Processing, Information Letters, 14, 108.

DOI

10.1515/mms-2017-0039

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