A Characterization of Optimal Prefix Codes. [PDF]
Congero S, Zeger K.
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Early Detection and Prevention of Ovarian Cancer. [PDF]
Montemorano L, Huffman L, Barroilhet L.
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High-resolution X-ray scanning with a diffuse Huffman-patterned probe to reduce radiation damage. [PDF]
Aminzadeh A +5 more
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Condensation of Data and Knowledge for Network Traffic Classification: Techniques, Applications, and Open Issues. [PDF]
Zhao C, Liao LX, Chen G, Chao HC.
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A novel lossless encoding algorithm for data compression-genomics data as an exemplar. [PDF]
Al-Okaily A, Tbakhi A.
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Historical review: more than two decades understanding the genetic architecture of hemostasis and thrombosis. [PDF]
Sabater-Lleal M +8 more
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Reversible Watermarking for Electrocardiogram Protection. [PDF]
Andreev P, Denisova A, Fedoseev V.
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Adaptive Compression and Reconstruction for Multidimensional Medical Image Data: A Hybrid Algorithm for Enhanced Image Quality. [PDF]
David PF +2 more
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Performance comparison of Huffman Coding and Double Huffman Coding
2016 Sixth International Conference on Innovative Computing Technology (INTECH), 2016Huffman coding [11] is a most popular technique for generating prefix-free codes [7, 10]. It is an efficient algorithm in the field of source coding. It produces the lowest possible number of code symbols of a single source symbol [1]. Huffman coding is a most widely used lossless compression technique [2].
Danista Khan
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Summary: We examine the problem of deciphering a file that has been Huffman coded, but not otherwise encrypted. We find that a Huffman code can be surprisingly difficult to cryptanalyze. We present a detailed analysis of the situation for a three-symbol source alphabet and present some results for general finite alphabets.
David W. Gillman +2 more
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