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Looking back today, it is a bit surprising that
compression arrived as a field of study as early as the 1940s and
1950s – long before today’s information explosion. And, despite the
fact that compression is applied more out of pragmatism than as a
matter of principle, it has yielded significant savings in time, space
and bandwidth.
Looking ahead however, the downside of such an approach becomes clear.
The world’s networks are not built to handle the information
explosion. Worse, with data compression technologies falling behind in
the race against the information explosion, the only solution seems to
be costly expansion of network capacities.
This gloomy prognosis has become a lot brighter with the advent of ABOTM
(Advanced Binary Optimization), three years ago. And the signs that
have emerged since indicate one thing clearly. The digital order that
we know is poised on the threshold of a welcome revolution.
So, what exactly does ABOTM do? ABOTM transforms your digital DNA. In
other words, ABOTM simplifies the algorithms used in source coding the
raw data that are your building blocks.
ABOTM is a new way of transforming data – unlike JPEG, JPEG2000, JPEGLS,
GIF, TIFF, PNG, MPEG1, MPEG2, MPEG4 or MP3. While traditional systems
depend on complex transforms and the elimination of data to achieve
compression, ABOTM does not. Driven by a unique, breakthrough process
called Repetition and Correlation Coding (RCC), ABOTM exploits the
repetition and correlation found in data. This results in a
revolutionary data transformation and establishes a strong foundation
for further modeling and source coding of data. The effects of this
bottom-up transformation can be felt strongly at every level of your
network.
The results of this strikingly simple and powerful process are
amazing! ABOTM just transforms the way in which data is stored,
transmitted, retrieved and applied – with highest compressibility and
without loss of data and integrity.
Here are some of the benefits that ABOTM delivers:
• Adds intelligence to data
• Mathematically lossless compression
• Higher compression efficiency than other compression technologies
• Accelerated transmission speeds
• Native-embedded encryption of data and
• Efficient data indexing and archiving capabilities |
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The goal of data compression is to represent an
information source (e.g. a data file, a speech signal, an image, or a
video signal) as accurately as possible using the fewest number of bits.
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