IQmonitor tool

Zitat von ZAZA

1. Ich habe gar nichts geändert

2. Ich bin auch keine Programmierer

3. Fälschen tue ich auch nicht ,warum auch?

hier alles wieder neu alles gelöscht sogar die IQ-ini

dann neu gestartet. Fehlermeldung aber Programm macht keine probleme über den PC. Läuft und freezed nicht .Kann Bestätigen aber kann Karte nicht auflisten ,ist einfach nicht da. Erst wenn IQ.ini drin ist macht der PC freezer ,wieso da keine Sachen drin stehen was sollten ,weiss ich nicht keine Ahnung. Ach was solls .Ich gebe auf. Auf jeden Fall ist alles im Originalen hier.

Russian engineers (to whom I am proud of myself) have a term (idiom, stable phrase) "protection from the fool." When calculating the strength of, for example, a door hinge, they proceed from the weight and width of the door, and then multiply it by a coefficient that protects against a fool who opens the door with his foot and slams it with all his foolishness.
In the IQmonitor Pro program, the function of "foolproofing" was performed by a key that limited the ability (for beginners or oldies) to manipulate parameters that critically affect the operation of the program.
Out of the kindness of my soul, and, as I now understood, out of my stupidity, I removed the restrictions associated with the key from the program (which became just an electronic signature - whoever does not have a key, does not have a signature for reporting materials).
But I underestimated the power of the mind of users who began to run my program not only without the key, but also without the IQmonitor_Pro.ini and StreamReader.ini files!
Well, how does the poor StreamReader know to write a log file from which IQmonitor Pro receives information ?!
No "fool protection" will help here.

How many times have I begged you to read carefully and do what I ask! :

Zitat

IQmonitor Pro instalation

To install the IQmonitor Pro program, you need to unpack the IQmonitor_Pro.zip archive and get the IQmonitor_Pro base directory, which contains the base of the program database, StreamReader and other files necessary for the program to work

IQmonitor Pro 1.0.1.3 - the forerunner of origami transformation

Recently I published IQmonitor Pro 1.0.1.3, the program has already been downloaded 56 times, but there is no "feedback" effect yet.

IQmonitor Pro implements a new concept of analysis of "subthreshold" signals based on tunnel technology

processing constellation IQ diagrams using my exclusive complex and computationally intensive algorithms.

The problem of speeding up computations has been a pressing issue for a long time.

The Japanese mathematicians Cooley and Tukey made a great contribution to speeding up many computational processes - they proposed

fast Fourier transform (FFT) algorithm, in which the number of elementary operations with NxN is reduced to NxLnN.

They achieved this with the help of clever binary tree sorting of analyzed samples from N samples.

And knowledge of crystallography, where syngonies describe the properties of symmetry of crystals - the most modern containers

substances in Euclidean space, led me to the idea of axial and mirror symmetry of IQ diagrams:

The classic IQ constellation (left) has axial symmetry and 4 planes of mirror symmetry, two of which pass through the axes

coordinates, and the other two orthogonal planes are rotated relative to them at an angle of 45 ° around the axis of symmetry of the constellation.

After tunneling into the R/Fi space, the constellation on the right loses its central symmetry, but the number of planes

mirror symmetry doubles and they (lo and behold!) become not orthogonal, but parallel.

Now God himself ordered to fold the constellation along the lines of intersection of the planes of symmetry with its plane into an "accordion" and sum up

chart values.

As a result, instead of the R/Fi constellation, we get a strip, the area of which is 8 times smaller, and the statistical representativeness

signal samples increased by 8 times, which is very good.

We will replace operations on a constellation of NxN positions with operations on a total of NxN / 8 points and execute them 8 times faster, and the result

constellation processing will have a root of eight (2.828 times) greater confidence.

Then my inner voice with a snide asked: "You yourself understood what you wrote?"

I answer - I understood, because as a child I folded a piece of paper first into quarters, then diagonally and quickly with scissors

carved a beautiful snowflake to decorate the tree The New Year is still far away, and I hope that the inner voice will understand what is

origami transformation of the constellation

And I will try to implement this idea into the tunnel processing technology and implement it in the IQmonitor Pro program in the right

side of the tablet - there is enough space:

@femi

Dear Colleague!

First, I want to thank you for your active use of the program, and then apologize that I rarely and do not answer you right away.

There are reasons for this - lack of time and effort.

I want to have time to do something that no one else has done for many years, because modern science denies obtaining high-resolution spectra on PCI cards with a 5 MHz filter in the tuner, as well as studying the characteristics of "subthreshold" DVB signals. However, it denies the possibility of registering dynamic spectra due to the low speed of chips and imperfect drivers for them ...

So, for example, the driver - StreamReader bundle cannot work with a frequency step less than 1 MHz - the RF spectrum is obtained in the form of steps 1 MHz wide, and BlindScan refuses to work in the CrazyScan program at all - this has long been proven.

And now to the point.

Many years ago, my friend Stephan discovered groups of ultra-low-speed transponders on several satellites, which were located close to each other in frequency and none of the programs I knew could lock them all at the same time. In the process of our joint work on this problem, at first, the possibility of blind search with a step of up to 0.1 MHz was implemented, and then the Extra mode appeared, in which the signal capture range (in the program this is the +/- delta F parameter) was reduced to a minimum commensurate with a step in frequency.

This minimum is different for different cards and drivers:

- for OMICOM and TechniSat 100 kHz;

- for TBS 6983 and the like - 0.5MHz.

Let's see how this affects the effectiveness of blind search.

First, we set the frequency step to 5 MHz, and the signal capture bandwidth to 8 MHz:

22 transponders locked in 166 seconds

Turn on the Extra checkbox and repeat the search using the same parameters:

Only 6 transponders were locked in 300 seconds!

What's the matter?

In the first case, the search band overlapped between adjacent steps in frequency by 3 MHz, and in the second case, the Extra checkbox narrowed the search band to 1 MHz, and we had "blind" zones between adjacent steps, where the program did not search for a signal at all.

Reduce the frequency search step to 1 MHz:

The search time increased to 707 seconds, but due to the denser search network, it was possible to find 1 more transponder:

Turn on the Extra mode:

The search time increased to 834 seconds, but we missed 4 transponders ...

In HR mode, the frequency search step is determined by the pixel step and for this tablet was dF = 1.72 MHz.

29 transponders locked in 559 seconds:

The latest and current version of IQmonitor Pro is 1.0.1.3

Errors and problems of previous versions, please do not discuss

Posts discussing bugs, which are probably fixed in the latest version, clog the topic and will be deleted.

Thank you for understanding.