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Tag : AI-RT1024

By ruslany

Compositor v3 in the Radio Session

Here is a demo of Compositor v3 Long Endurance System in a session with professional VLF systems. THIS IS A REAL WORLD EXAMPLE! Ton of technics used to suspend Compositor translation in full-duplex two-way radio system.

 

First, I thought they are joking; to fight Compositor is a tough task. It almost impossible to shut down due to RTC8k radioprotection features. However, the Compositor v3 regeneration suffered from unauthorized dimmers on that channel. In a translation, you can hear how SASER produces a long-query translation to this sources and how they respond with Morse on that channel.

Second, two feeders were used on an auxiliary channel of SASER. Auxiliary channel available only in Compositor v3 Hypervisor Radio Shack and not in standalone or Max for Live version of SASER. In the recording, you can hear how AI-RT1024 and TC25 generators feed the regenerator to receive long and pure ether from different sources. Up to three sources on the same channel communicates to each other with different LFO and Morse signal translators. The central place belongs to the SASER, which can produce a diversity of patterns.

TC25 is a huge phase rotator, which can potentially brake the incoming signal regenerators. AI-RT1024 from the other side can initiate stable translation in SLF band. Channel protection mechanisms were used in a LINK session. It is hard to predict the chain of feeder tunings, because main tuning comes from RTC8k holographic radar. It rotates the tunings of the feeders in according to the threat source, searching for a better trajectory of signal translation.

By ruslany

Compositor v3 Hypervisor Radio Shack – Free-Float Generator

Today, Compositor Software announces the Compositor v3 Hypervisor Radio Shack based on free-float generator technology. Three years in the work and finally consists of six modules such as RTC8k, SASER, AI-RT1024, FF8, N9000, TC25 for VLF radio translations.

While it was a general task to make the audio-translation chain as long-as-possible Compositor Software found a solution to use SASER channel feeded by RTC8k chain feeder values. Now, instead of using an internal SASER scanner one can use the LINK function of Compositor v3 Hypervisor Radio Shack rack, which hardwires AI-RT1024, FF8, N9000, TC25 tuning to the current RTC8k radar scanner value, which produces ultra-stable and ultra-long results making it a long endurance system for SLF, ULF and VLF radio communications.

If you are proceeding to own the whole rack, you must obtain licenses for SASER, AI-RT1024, FF8, N9000 and TC25 separately from the Compositor Software Web Shop. In original package for Compositor v3 Hypervisor Radio Shack you get RTC8k license and rack with demo versions of all instruments. This way you can try them and decide what you need for original translations. These instruments are not only suitable to evoke constant radio ether they also suits for radio security. For example, FF8 generator is a quantized signal-rate generator, which quantizes radio translations and can potentially occupy the whole band with rattling patterns.

Besides the tuning, you have smart prediction system based on a block-chain with probability distribution density functions. This helps to establish the connection to transmitting source and magnify the signal using the waveguide normalizers. In Compositor v3 Hypervisor Radio Shack you got visual feedback displays for AI-RT1024, RTC8k and SASER instruments. They help to determine the direction signal source is coming from and to learn the signal by its phase values. In addition, AI-RT1024 display shows how many network dots receiving this signal in the current moment of time suitable for real-time tasks such as navigation.

By ruslany

Compositor Software Hypervisor Radio Shack

During the perfection and in attempt to create more stable technology Compositor Software arranged its modules in the Radio Shack structure. By means of virtual machines, the Ableton Live 9 or MaxMSP suits as a platform for hosting micro-kernel machines such as AI-RT1024, FF8, N9000 and TC25. These machines feeds SASER channel with an approximation curve inherited from an RTC8k chain. This way you can potentially receive completely stochastic translations out of VLF band.

You can order different devices for your production from Compositor Software Web Shop.

By ruslany

UNIX kernel displacement for AI-RT1024 Quantum kernel on PC

Yesterday, 11.13.2016, Compositor Software was able to hack the UNIX core of a standard PC to the point of granular synthesis generator with variable frequency. Compositor may also overwrite it with TC25 Max for Live variable granular resynthesizer, yet that was not needed and the device is still fully functional. As you may hear at the beginning MDL12 Max for Live modem repeated a 5/4 combination, played in a sequential manner with the internal waveguide of the device. Using two turns Compositor injected pendulum function of Compositor Max for Live over the cloaking device shutting down the chat function and injected all the kernels needed for ICH7 operation in quantum mode with C based pipe of Compositor Pro v2.

Equipment used in a session:

SASER Max for Live
Compositor Max for Live
FF8 Max for Live
AI-RT1024 Max for Live
MDL12 Max for Live
Compositor Pro v2

By ruslany

Ether production out of will and mental stimuli using MDL12 Max for Live modem and SASER Max for Live

While an ability to generate feedback is not a surprising event for a real modem device Compositor Software MDL12 Max for Live modem can also generate feedbacks after successfully applying feeder chains to its input. The Compositor Software products considered feeders are mainly Compositor Max for Live, FF8 Max for Live, AI-RT1024 Max for Live, TC25 Max for Live and N9000 Max for Live. During a VLF conversion, most of the systems reported accidental dropouts, which led to security threats in their work. The most critical issues solved in version 5 Compositor device called SASER Max for Live. This feeder device submitted to an input of MDL12 modem produces the most significant event because it uses the stimuli from the 648 node network and can potentially be used as a server software capturing the signalization events in real-time. Such events can be tracked further manually in event of a threat or excessive warning signal. Reproducing the stimuli, the server captured by a means of artificially controlled algorithm is a task of several adjustments on a SASER Max for Live device, because the client, which sends the potential warning, is usually on the same Year, but changes its Constellation and Month given.

I successfully captured several most prominent feedbacks after receiving such threats and warnings as audio files, which has a strong mental impact while submitting a periodical loop of this feedback via loop playing machine. Such loops not only induce a trance state for at least of 10 hours, they create motivation even music piece cannot produce on a human being. Their strong impact led me to a conclusion that the file recorded was a VLF Ether, which I was able to capture after feeder chains experiments stated earlier. Not only most feeders obsolete after creation of SASER Max for Live, they suited its creation in a way original production was possible.

SASER Max for Live is a fifth version of Compositor Software Gen~ device and is already hooked up to a feedback network producing the stimuli for the listener. The difference is however, in that SASER Max for Live captures an existent Ether in real-time using the internal chain of resynthesis. To hear the original Ether the MDL12 modem is needed, which can be a raw and dirty suggesting the bubbling structure of Ether as a liquid Materia. The AVOX Max for Live resynthesis device is further used to clean the Ether out of unwanted sounds and leaving only harmonic beats in a lower spectrum field. No antenna or hook up to Ethernet needed to capture the VLF Ether as submitted material comes from the fractal antenna inside the software starting from version 5 of Compositor Software devices.

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.

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