🔄File compression has evolved from Shannon coding to Huffman coding.
🆓File compression has revolutionized various industries, including JPEGs, MP3s, and ZIPs.
📊Theoretical limits of file compression have been surpassed with a score of 3.8.
🔍A new approach called 'middle out' compression is being explored.
🔧The engine was rebuilt from scratch, resulting in a significant performance improvement.
What are the different file compression techniques?
—File compression techniques have evolved from Shannon coding to Huffman coding, with the introduction of 'middle out' compression.
Which industries have benefited from file compression?
—Various industries, such as image and video compression (JPEGs), audio compression (MP3s), and data compression (ZIPs), have greatly benefited from file compression techniques.
What is the theoretical limit of file compression?
—Theoretical limits of file compression depend on the specific compression algorithm used and the type of data being compressed. However, recent advancements have surpassed previous limits.
What is 'middle out' compression?
—'Middle out' compression is a new approach that aims to compress files by manipulating the data in an up and down, back and forth, and all-at-once manner. It is still in the experimental stage.
How did rebuilding the engine affect performance?
—Rebuilding the engine from scratch resulted in a significant performance improvement, as evidenced by the high score achieved in the recent test.
00:00File compression techniques have evolved over time, from Shannon coding to Huffman coding.
00:08File compression has revolutionized various industries, including image and video compression (JPEGs), audio compression (MP3s), and data compression (ZIPs).
00:19A new approach called 'middle out' compression is being explored, which manipulates data in multiple directions simultaneously.
01:10The engine was rebuilt from scratch, resulting in a significant performance improvement.
01:30In a recent test, a score of 3.8 was achieved, surpassing the theoretical limit of file compression.
