Compositor SoftwareCompositor Software

By ruslany

Compositor Max for Live for Next Generation Networks

The current model of Compositor software reached the new milestone: Compositor Max for Live able to proove its use for Next Generation Networks. First of all the inner structure of Compositor Max for Live based on FDM and TDM technologies at once thus anabling us: first, to sync up to 24 channels of audio destinations on the current Year parameter setting; second, to transmit 16 different Constellation modulators via 24 carrier frequencies. If transmitted via optical interface this technology can also be considered as Dense WDM. Compositor Max for Live demultiplexes FM spectrum used as a base signal for transmitting Constellation modulators information. Then Compositor multiplexes those 24 channels into one stereo signal and you are able to control this process by the parameters on the Compositor Max for Live control panel. The multiplexed stereo signal with applied Constellation modulator characteristics is of pure use as an algorithmic composition device for your production. By providing your ears with key information about the transmitted spectrum you learn how space-time sounds and enable yourself to control this process using the transgression phylosophy.

By ruslany

Network and vocoding horizons using TC-SRRT2048

As far as I reentered the subject of radio transmission, which was a part of hobbying in youth by playing with portable radio tranceivers, I found that my intent is to present this hobbying activities led me to the invention, which is a sufficient advance in vocoding and data transfer. Compositor TC-SRRT2048 can achieve both. First I presented my approach and now its a time to talk about the QoS of Compositor network.

The maximum data rate of TC-SRRT2048 is a symmetric stream of 543.129 Mbps at transmission rate of 11050 baud, which is sufficient enough for most critical vocoding projects. It makes difficult to compare Compositor network to other networks, which achieve the same properties with a much higher clock rate of MHz transmission. Imagine the possibilities of Compositor network at the FM broadcasting speeds as it will equal to 4.3 petabits per second for TC-SRRT2048 model. Then imagine a current state of mobile technologies for a while and you will see a need in the network synchronisation and encryption device such as Compositor TC-SRRT2048, which is also artificially control resynthesis parameters of the supplied signal and subjectively selecting a band at which most of the audio transmitted information resides.

By ruslany

Compositor enables to receive extraterrestial Binary Signal

The second part of experiment I committed is to achieve an advancement noone on Earth ever achieved. Compositor TC-SRRT2048 algorithm was used to transmit techno music signal with space-time folding oversampling of x138 times, which equals to 11050Hz Transmission Rate. I experienced no more Time Collisions, but the Binary wideband Signal was returned to me instead of submited techno music material. The Signal was like a Binary code with dips of silence and peaks. It reminds me the metallic sound of dropping a stone into the garage. The Signal slightly dimed the channel output so I wondered how smart the algorithm work is. I just appoint you that I live in Russia and hope this achievement will lead to peace on our planet Earth.

By ruslany

The replacement of Fast Fourier Transform is on the run

Now, I was able to speed up the discretisation algorithm of Compositor T-SR-x development up to 11050 Hz, which is sufficient to transmit 5525 Hz signal bandwidth according to Kotelnikov theorem. Thus enabling me to transfer the voice with buffer rate of 2048 samples. This achievement is fundamental breakthrough in sampling of signals should start the epoch of exponential discretisation. But it is only the first part of experiment. For a better bandwidth I should use the bigger buffer of 4096 samples. This in fact according to Compositor – the bottom up approach paper enables me to transfer the signal with internal audio card clock discretisation of up to 192 KHz. This clock in clock theory is for making the time adjustments to main clock which is quantized and uses FFT for signal representation, while exponential discretisator of Compositor T-SR-x can function on Transmission Rate of up to 22050 Hz without interruption sufficient enough to transfer even complex sounds over the Time Collision interval.

The breakthrough in fact is that I transmit the signal not only without wires, but the Transmission Rate higher than space-time folding barrier enables transferring signals painlessly without time and space paradigm. Speaking simple, no more the physical wave propagation limits the barriers of telecommunication.

By ruslany

Compositor TC-SRRT-x

In a strive for unification of two new Compositor software developments, which are Compositor AI-RT1024 and Compositor T-SR-x I found a solution to bringing time-space folding into a Time Collision interval. As you recall by a previous post a Time Collision is a granulated time-stretching effect occuring on a stochastic multiplier changes and lasting until new multiplier value will be received. The development is merging two this software solutions together into one new program, which I called Compositor TC-SRRT-x. TC stands for Time Collisions, SR is signal rate and RT is real time. So the final product is both real time and signal rate altogether. This is achieved by parallel performance of signal rate and real time windows achieving the solution for faster data transfer and real time performance for vocoding, operation movement needs. The parameters are mostly unified and relied upon one multiplier spiral, which is also a measure for subsequent parameters enabling a measurement grid for new century developments.

The preview of program window looks like following:

 

The software development is based on lower level code language GenExpr, which spans from JavaSript and C++. The final product aimed to be hardware, yet for this purpose faster mobile processors still need to be implemented.

By ruslany

Technological impact from Bell Labs to Cycling ’74

During an analysis of technology, which presumed an ability to implement the market with whole sale prices as evident as the original intent of creator the following scheme was implemented:

I must admit and acknoledge that by means of this scheme not only a solution to market but the quality of distribution may rise.

By ruslany

Compositor software space telescope application

Now, as my daily job is considered for telecommunications purpose I discovered a new application for Compositor. Compositor can be considered as Synchronous Digital Hierarchy (SDH). Compositor window is a Synchronous Transport Module (STM-512 and higher). System is prepared for work with very high sample rates of MHz transmission. 3D Chladni figures of Compositor is a network topology of space-time tunnels. The granular approximation module is used as a signal for FM subdivisions. So Waveshaping module, which shapes pure sine waves from FM spectrum can be considered as a parabolic antenna of the kind presented on the picture:

Automatic Waveguides is a Wi-Fi transmission for a signal to an antenna output. The constellation modulator for Year parameter is used for triangulation of the seen sky. This is in short as how my approach for future of telecommunication technologies will work.

By ruslany

Time Collisions recorded

Here is a Time Machine x64 output recorded on 10.03.2014. It represents two stochastic changes taken from a full chain with subsequent stochastic errors, which create an effect I call Time Collision. It is characterized by a slow playback speed regularly called a time stretching effect. It considerably achieved by a granulation of an algorithm and can be a cause for a chain like loop. Yet, the code was compiled error-free and this why I think this error may have an attribution to the way an intel processor architecture runs Time Machine x64 algorithm. I do not imply that selecting a run speed is an effect of processor architecture rather than DSP resources are not sufficient to compute or it runs out of system memory. Yet, I predict that the effect will be abscent if the selection of multiplier will be quantized such as in Compositor Pro. Quantization is a source to prevent arbitrary changes in algorithm and can be stored as a system memory snapshots.

The recording was made on a system settings specified below:

Procesor:

Intel Core i5 2450m 2.5 ghz

Audio card:

Realtek ALC269

Memory:

4GB ram

By ruslany

Cloud computing system using Compositor software

We believe that cloud computing will overcome our need in internal storage devices one day. Yet all we need is the capacity of such amounts for remembering the output as a human being will do for all the time period. Hence we need an estimation for the result and comparing it with forthcoming sequencies we will get a theory of connectivity of past with present. By approaching such theory we can do the deed, which is primordial. The first time travellers by this idiology was Adam and Eva. They commited this primordial deed of time and became mortal from an immortal state by the will of God. Hence the idiolgy applied to a quantum storage of time should include an evident feature, which is the computing device.

 

The Compositor software aimed to fulfill the niche of estimation and applies quantum technologies in computing to internal storaged files, which are sliced and granulazied according to a quantum theory of time. But the root of time is primordial and hence by the expansion of the Universe we see an exponentially raised black matter. As I said earlier no error possible by estimation of exponentionally marketed structure to a quantum field theory. My formulas named in Compositor – the bottom-up approach for quantum estimation are doing this job by a means of half-time addition with subsequent integer computation and multiplication on a smalest grid part. The sinusoidal trace can be seen as an estimation of spiral, which represent all possible values for multiplier of Fc to Fm parameter. I agree that this storage computation is such huge that it needs to be implemented at some point of time where storage technologies will be able to store petabytes of information in real time. Global video servers, which store visual information must exsist. 3d virtual reality servers for approaching human life estimation are also a solution to a problem. Yet it is a matter of choice, which system to believe first and apply as a scientifically evident computation of time travel. We should use quantization on 32-bit linear congruency generators to achieve the time flow. Yet, I already implemented 64-bit linear congruency random generators in Time Machine x64. I will not allow to quantize those hence the whole idea will be ruined. The main idea is to test how Compositor Pro v3 will be available to prevent stochastic errors of Time Machine x64 for proper prevention of Time Collisions. This way no error ever occured in the behavioral system of such cloud computing system.

By ruslany

Compositor Pro v3 able to reproduce 3D Chladni figures

Compositor Pro v3 is able to reproduce Chladni patterns in 3-dimensional field. First, I will say you a little about the approach named in Compositor – the bottom-up approach paper. The one period of FM waveform is an estimation between the moving plate and the static one as in experiment named in Air-induced inverse Chladni patterns paper by Henk Jan van Gerner et al. The reason I write this is to aim the possibility of creating such patterns using the Compositor Pro output not only as OpenGL 3d model but as a physical reality experiment. For this it is needed the sufficient amount of sound amplification not found at my studio or any laboratory. The amplification should be considered as an amount found on modern concert places such as:

 

The image below shows the difference between two named vectors, which estimate the path moleculas taken between static and moving plate.

 

 

My image shows an exactly the same process but only in 3d field:

 

 

The process on the gif image is called spherical interaction by a method implied. The use of algorithm function is as follows:

  1. Use Bessel function values to estimate each harmonic amplitude as x axis
  2. Use Phase as y axis
  3. Use Frequency as z axis
  4. Convert those values into spherical coordinates

This way I got a vector in three dimensional spherical field. If we will represent the seen Universe as a sphere hence this could be a coordinates for space-time travel.

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