Forum: De Broncode (104 topics)
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Topic: Possible explanation of
Sloot's secret techniques |
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monnik1963
1-12-2004 16:07:00 |
Here I like to suggest the idea that can
explain the workings of the machine made
by Ben Sloot.
My aim is to make the ideas available to
anyone and impossible to be patented, I
hope this weblog will stay here for long
enough to result in new creativity.
Sloot tried to have patents for a code
system by which any type of break down
of an electronic product, could be
processed automatically to logistics and
solution for a repair work shop, so a
workman would not have to make the
proper selections himself the whole
time, but a computer would generate
immediately all necessary parts and the
order in which to fit them.
Any type of break down of a product, was
therefore put in a simple code system.
This same idea can be tranfered to color
positions in a standard pixel line of a
frame of a movie.
The core issue is to make a logarithm
containing all possible color variations
for each pixel in one single line of the
frame of a movie.
So after that, we have one formula-tool,
that when we input the input number that
reads the colors in one pixel line, will
produce the pixel line from the number
to the monitor/screen.
For any line of pixels in a frame of a
movie we count/make up the number
presenting all colors, in one single
number providing the position of the
color in that pixel line.
To do this one takes one frame of a
movie and every color is given a number,
yellow = 1, red = 2, green = 3 and so on.
This is worked out to a standardized
format, aimed at greatest efficiency, so
that data can be compressed to minimal
number seize.
One frame contains than of a certain
amount of lines, in this case thus
resulting in a standard amount of
numbers, presenting the pixel lines.
Next thing to be done is, that we take
all lines and calculate repetitions of
colors on same positions in all the
lines per standard amount of lines per
frame.
This will generate a number matrix, that
allows us to reduce all previously
calculated line numbers to smaller
numbers.
For the generated matrix a different
overall logarithm is developed that
overlays the first logarithm.
Sloot probably thus had developed a
software to read individual colors out
from a, single pixel line for each line
in a frame of a movie or any kind of
screen output. From the numbers so read
and derived and recalculated, he was
able to fit it on a smart card. The
working memory of the notebook he used
contained the two vital calculation
logarithms, plus a software tool to
scroll through frames, with simple
standard keyboard keys.
The same could however also be done
further back in the line of movie
production and or the electromagnetic
signal / waves through the air; then
these could be compressed to sending the
signal in digital matrix numbers form.
So a tv receiver would receive a program
for say 120 minutes in a time frame of
only 1 minute.
It is then put in the working memory of
the tv system, that becomes a calculator
for calculating all frames for each time
interval.
If this would be carried out properly,
it would indeed revolutionize the
commercial markets for tv and especially
vido and movie on demand. A movie is
delivered in the full package in only
minutes, in the form of a few number
matrixes.
I surely hope some technicians have a go
at this ideal technique. It would be
possible to stall not one movie on a dvd
but a some hundred or more.
The same can also be applied to text and
images, if a line and page format
definition would be standardized! In
that case what now is contained on some
thousand servers of data, could be held
on a two of three dvd's. |
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lymon
2-12-2004 14:14:00 |
[quote]The core issue is to make a
logarithm containing all possible color
variations for each pixel in one single
line of the frame of a movie.
So after that, we have one formula-tool,
that when we input the input number that
reads the colors in one pixel line, will
produce the pixel line from the number
to the monitor/screen.
For any line of pixels in a frame of a
movie we count/make up the number
presenting all colors, in one single
number providing the position of the
color in that pixel line.
To do this one takes one frame of a
movie and every color is given a number,
yellow = 1, red = 2, green = 3 and so on.
This is worked out to a standardized
format, aimed at greatest efficiency, so
that data can be compressed to minimal
number seize.[/quote]
You'd probably end up with almost the
exact same technique that is currently
used to store pictures/movies digitally.
According to sloot's patent, his
technique seems to focus on removing
repetitive data and storing everything
only once.
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