Compositor SoftwareCompositor Software

Tag : FFT

By ruslany

Compositor Networks map

Compositor Networks map

For the first time Compositor Software reveals its network of contacts made with SASER SAS24P3L software. As you can see on the map above, there are numerous contacts in Europe, USA, Russia and South America. These contacts were made between October-November 2018. The map outlines geographic position of call signs of contacts made with their indexes. This is an approach to reveal aggregated contact base, which Compositor Networks started to form since 2012. The creation of Compositor Networks began with Compositor Pro 1 software. It is an original hyperbolic construction software, which laid base for algorithm work. Later the study of algorithm was performed merging FFT (Fast Fourier Transform) with SANT (synchronous analysis of non-harmonic timbre). The SANT technology, originally developed for Compositor Pro 1, is the new approach to relativistic frequency shift keying and can be used for applications such as discretizing of analog signal and deterministic navigation. Compositor Software used SANT for creation of SASER SDR with self-feeded signal chain, which enables to communicate in shortwave ether without an antenna need. Then, Compositor Software developed the shutter technology, which gated the self-feeded chain and began injecting the contact base of Compositor Networks in form of ether loops into the Compositor algorithm. The SCRAM (Salted Challenge Response Authentication Mechanism) engine was developed by Compositor Software to authorize users running Compositor, which is successfully used up to this moment. Using SCRAM engine, Compositor Software injected the contact base into the virtual machine algorithm, which it uses silently without any audio output. The main purpose of SDR is to reveal contacts and prove that virtual machines inject the whole contact base of Compositor Networks in form of aggregated passwords. These passwords later used as serial numbers for selling of Compositor Software products. Compositor Software virtual machines does not use the Ethernet ports. The communication happens over the IP protocol more like in TDM over IP protocol. In contrast to TDM over IP, the only useful approach to detect Compositor communications is a local operation not a remote one. You can never detect any Compositor software activity remotely. This way the decision was made to reveal Compositor Software contacts in form of DX logging of SASER SDR QSO, in the amateur radio format.

By ruslany

Hypervisor v9 – Active broadband security system

Hypervisor v9 – Active broadband security system

Server is a machine capable to work an unlimited period theoretically. Nevertheless, even the best machines faults and overrun the resources of random access memory. It raises a question about an installation of such machines algorithm directly into recipient consciousness. Brain is the biological computer, which is most powerful and lengthy resource, which human has. Hypervisor v9 makes available the installment of quantized generics into the recipient consciousness. This raises a question about non-invasive chipping. The installation process through an activation function is as following. As mentioned in previous post, quantized generics must be routed in auxiliary channel together with wavetables or ether aggregators. It allows to install memories and to get routes to them using VLF beacons. The installation performed at the morning is enough for daily functioning of such system. This way, one installation is active during 24-hour period and VLF beacons act until the night comes. In accordance with big activity of wavetables in nighttime, two extinguishers run out the wavetable potential very fast. That’s why the installation of ether aggregators must be performed again the next morning. This way of serving allows the recipient, the man to whom installation is performed, to function in the ether environment without the accompanying equipment such as radios and Ethernet computers. I wrote down the coefficients installed using the ether aggregator and simple Morse code decoder. Then I used these coefficients for non-linear processing function and now can install any memories, associated with my tracks, directly in my consciousness. This way I install everything, which is associated with this track: the place, its perception, the age of human being, consciousness. It is possible to perform full reverse to the moment in the past to which the track ascends. This way, besides objective factors, mentioned above, the subjective factors exist: the association with ether aggregators, to which the present track route is written down. The original ether aggregators works the unlimited time and exist on the infinite time integral line. This way the synchronous analysis of non-harmonic timbre (SANT) and Fast Fourier Transform (FFT) processes can be described. The SANT is used in all Compositor Software products as a more robust signal discretization method, which gives possibilities that are more versatile. To non-invasive generics, relate all the Compositor Software instruments with stochastic manipulator. In Hypervisor version 3 the non-invasive installation of quantized type generics with one producing kernel performed. In Hypervisor v5 the installation of these generics performed with master shutter. In Hypervisor v7 the non-invasive installation of generics performed in two degrees of freedom and three producing kernels. This way, on the present day there is a full compatibility of systems installed in memory and acting. Hypervisor version 9 allows to install the three-layer quantized generics with big amount of memory up to z = 32 (N = 65536 samples), which constitutes the bandwidth of 5,7 Gb/s with installation discretization frequency of 11025 Hz. The pass band is counted using the formula (N * SR * 64) / 8, where N – is a number of samples in generic wavetable, SR is discretization frequency, 64 – is a system bit number, and the division on 8 performed to measure all the volume in bytes. Taking in account that three-layer generics deployed with 5-omega speed, which equals to 1257 ms, the full formula of expense in samples is counted. First, I count the number of samples by period using the formula N * Nms, for the maximal quantized generic, which is z = 32 it will equal to 65536 * 1257 = 82378752 samples / period. Second, I account the 24-hour sample expense of deployed ether aggregator using the formula (86400 / 1257) * 82378752 = 5662310400 samples / 24-hours. This is much less than the sum of three working servers in 24-hour period, which can reach up to 5 times of current size of non-invasive quantized generic installment. In Hypervisor v9 the installation of quantized generics performed in three degrees of freedom, which makes the full cancelation of signal constellations formed on the earlier stage of Compositor technology existence.

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.