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Research on Data Compression and Efficient Transmission Technology in the Framework of Big Data Processing

 und   
17. März 2025

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Figure 1.

System frame
System frame

Figure 2.

Process data compression efficiency
Process data compression efficiency

Figure 3.

Fusion scheduling delay contrast
Fusion scheduling delay contrast

Figure 4.

Fusion delay under different transmission radius
Fusion delay under different transmission radius

Figure 5.

Random point
Random point

Figure 6.

Network life contrast
Network life contrast

Network transmission data compression efficiency

Algorithms The original size (B) Compression file size Compression time (ms) Decompression time Compression rate(%)
Huffman 1440 692 63 30 48.06%
LZW 1440 1108 3 2 76.94%
LZSS 1440 742 3 2 51.53%
Improvement algorithm 1440 285 18 12 19.79%

Compression efficiency under different compression algorithms

Algorithms The original size (B) Compression file size Compression time (ms) Decompression time Compression rate(%)
Improvement algorithm 5600 2842 4 3 50.75%
LZSS 5600 2423 6 4 43.27%
LZW 5600 2240 3 2 40.00%

Trigger the compression result of the class data

Algorithms The original size (B) Compression file size Compression time (ms) Decompression time Compression rate(%)
Improvement algorithm 3240 294 4 6 9.07%
LZW 3240 252 3 6 7.78%
Sprache:
Englisch
Zeitrahmen der Veröffentlichung:
1 Hefte pro Jahr
Fachgebiete der Zeitschrift:
Biologie, Biologie, andere, Mathematik, Angewandte Mathematik, Mathematik, Allgemeines, Physik, Physik, andere