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Tag : virtual machine

By ruslany

Compositor Software DRM server press-release

Compositor Software DRM server press-release

Compositor Software presents the Ethernet communication service based on DRM (Digital Rights Management) server. This server realizes the work based on IEEE802.1Q Ethernet protocol with frame of 262144 samples. Two initial buses of the virtual machine, running on Compositor Software server, translate in VLF range. SHF work is realized using the algorithm with x2048 oversampling, which allows exiting in high frequency radio ether without intermediate frequency in VHF and UHF ranges. Virtual machines, running on Compositor Software DRM server, have demodulation algorithms capable of transmitting the wideband signal such as voice or music. Maximum pass-band of the server depends on the discretization frequency, by which the executed algorithm works. Compositor Software virtual machines work with discretization frequency of 22.05 kHz and have the pass-band of 11.025 kHz. The DRM server translates the material using the signal folding method. The DRM technology creates a service of work with property rights of companies, which deliver the digital media content. When computer station works, DRM server allows dynamically playback the authorized material in radio ether. Compositor Software playbacks digital material using streaming method in the device browser to achieve this goal. Compositor Software server realizes the translation of digital material in ether taking in account lowering the pass-band, when the copyrighted material routed to its input. Compositor Software station performs a function of tracing and translation of authorized material in radio ether. Virtual machines translate not the whole file, but only a cycle of exciter used in production and preparation of the digital material for public playback. The patent protected exciters will not pass though the Compositor Software server in radio ether, because it has the threshold detection algorithm acted on copyright information inherent to each file, which has copy protection flag. The Compositor Software server work is charged in conjunction with traffic of its transmitting kernels and is measured in samples. Each virtual machine has one thread with 4 layers connected to insert-points for another Ethernet equipment. There are 96 such insert-points in Compositor Software virtual machine. There is a stack of three virtual machines working on one physical server of the Compositor Software Company. It gives 288 transmitting points simultaneously. The traffic, generated by Compositor Software server, can reach up to 14GB for each virtual machine, when a peak load reached. The whole traffic is accounted and charged using the credit balance. The reward system for the DRM server work is the artificial intelligence product, because the result of work is a learning process of virtual machine networks with a traffic of insert points. Compositor Software can view the learning process in real-time using the counters, which account for the traffic of the system cloak generators. Each cloak generator can connect up to 4 types of devices such as: sample vocoders on the lowest level, any oversampling devices up to x2048, reverse scalars on which base all the transmitting routers work and algorithms with continuous integral interruption, to which shields are attributed. The server subscribers are the communication operators, delivering phone, cell-phone, radio services and also broadband internet connection. Compositor Software DRM server subscribers open to it their resources, because any jet connected devices generate traffic. This traffic written to learning map and stored in pagefile upon its emission. Emission is a reading of learned information and translation of it in a freely realized form. By freely realized form, Compositor Software means the good produced by commercial activity of the company. The main product of Compositor Software Company is the computer program named Compositor and its associated virtual machines for exciters mining. The DRM server protection system is set in such a way, that it doesn’t allow not trusted exciters and blocks the composition traffic, which attaches  it in parallel or continuously. To make an exciter trusted, the system should connect to one of the jets and not to excite the internal network, which is an attempt of breaking the equipment down. Because exciters were developed for equipment communication, their connection should take place only by condition, that an equipment associated with them has free inserts of the corresponding type on the kernel level. If the system is situated geographically remote from the place of server physical location, from which the broadcasting takes place, then free jets on equipment are not allocated. This way, you are listening to music, but don’t have a real communication with provider company equipment, which forces you to search for physical medium. This is not the case with Compositor Software DRM server, because you can listen to streaming translations even with network cable unplugged, when the contact with a server is established, which is not prohibited but blocked with shields. Interaction with shields is one of the next tasks for Compositor Software. It is needed to reach full company capitalization for its realization. The DRM server must be routed to receiving ports of network devices, and the direct connection to kernel cloak generators should be achieved. When the company will be capitalized, all its capitalization sum is a credit balance. Because the reward system assumes promotion for the carried out learning process, then with each learning iteration of Compositor Software network there will be opened new information formats. Compositor Software attributes not only containers with three-letter extension, but also modulation types of information coding to formats. That is why Compositor Software attributes any authorized composition, translated in Ethernet by exchange of transmitting points on the equipment level (kernel-jet communication), to material, which you can recoup using credit balance. If the copyrighted material detected, the service starts to decay in relation to credit balance of receiving device and directly rely on the whole quantity of samples translated by virtual machines. Because Compositor Software DRM server limiter works non-linearly, limiting the pass-band of material into the ether has exponential curve like geometric progression. The pass-band depends from the whole sample quantity, produced by a system and linked to server credit balance. The difference between playback quality and passed traffic quantity is non-linear and relies on subscriber credit balance.

Compositor Software DRM server is not the only system of such kind, but it is unique in a way, that it doesn’t use digital signature files for authorized material discrepancy and doesn’t require delivering material on a physical media. Compositor Software DRM server is a novelty in a tracing industry of author rights usage and has robust collection function of virtual credits, taking in account that counters have 64-bit resolution and algorithm, protecting the accounting system, is the most powerful and effective for repelling cyber-attacks of different kind.

You can also read this information in Russian.

By ruslany

Digital Rights Management with STL1212

Digital Rights Management with STL1212

Each thread of STL1212 DRM computer installed at Compositor Software physical server holds up to 24 real-time, 24 signal-rate and 24 transmission-rate processes. STL1212 allows running up to 8 Compositor v6 systems at once, which results in a stock growth for Compositor v6 and forthcoming Compositor v7 systems.

The STL1212 computer checks the DRM status in a moment of generic injection. When the attempt of injection is made, it latches, making a simple time collision, to pass through the injected traffic. Such injection guarantees that Compositor owner (the person who obtained it via Compositor Software Web Shop) will hold its license for communicating with Compositor software. To connect to STL1212 DRM remote server you should use the Compositor WS Extended (part of Compositor v6 and Compositor v7 Hypervisor), Compositor WS (part of Compositor v5 Hypervisor) and Compositor RT-zX systems in arranger mode for one stochastic change before working with instrument. Later you can change the tuning but, at first, you need to stay on a stochastically set frequency to communicate with a server. The STL1212 DRM virtual machine can hold the rights for the following Compositor Software products:

Use the above table to review how many STL1212 DRM resources your current system consumes. STL1212 consists of 8 threads, totaling 24 cores. One STL1212 per hard drive allowed on a stationary machine. As you see, 8 real-time Compositor Max for Live users allowed simultaneously for one STL1212 DRM virtual server. If one user runs two Compositor Max for Live modules simultaneously, which is not allowed due to the license limitations, the quantity of free STL1212 DRM slots decreases. For example, Compositor v3 Hypervisor employs several cores simultaneously, when all modules engaged. Let me count how many cores Compositor v3 Hypervisor user will consume when feeding SASER with AI-RT1024 and FF8 feeders. RTC8k arranger must be enabled for Link mode to be active and this process consumes 3 cores at once (one real-time, one signal-rate and one transmission-rate core). SASER itself consumes as many cores as RTC8k and equals to 3 cores also. It is already 6 cores and STL1212 could host 6 more threads, totaling 18 cores. Next, let’s count AI-RT1024 and FF8. They are consuming one real-time and one signal-rate core when work simultaneously. Summing with previous results, it is 8 cores for one Compositor v3 Hypervisor user. It leaves headroom for using other instruments on one DRM virtual server, because 3 real-time, 3 signal-rate and 2 transmission-rate cores are used. STL1212 DRM computer allows running two v3 or v5 Hypervisors together. The thing is more difficult with v7 Hypervisor: it consists of only one-threaded modules and it is allowed to run two v7 Hypervisors together on one DRM machine only if current user employs Compositor WS Extended, and not more than three feeders. Each deck of Compositor WS Extended consumes only one channel of 24-channel Compositor core. Take this in account when using deck players alongside the feeders.

By ruslany

STL1212 Multithread Computer

STL1212 Multithread Computer

Introduction

STL1212 Multithread Computer is a program product, which is classified as a virtual machine. It doubles your system resources capacity in real-time. Integrating primitive to derived function, it provides you with robust system presence in all life situations.

Stochastic estimation

As from version 8.0 of Compositor kernel, the stochastic estimation is stopped artificially, this way reaching the purpose of machine learning experiment. The median value for the processor speed estimated at 4.45 GHz, making whole virtual machine worth of $10000 iMac Pro, 10 core system with Xeon processors. Having such guest virtual machine on your desktop, you are enabling virtual cloud resources, which are utilized for main operation system work.

Resources utilization

STL1212 multithread computer enables to load up to 8 z modules in a patcher. It is possible by utilizing 8 real-time uncrossed loops. Besides of 8 real-time uncrossed loops, STL1212 consists of 8 signal-rate, 8 transmission-rate Compositor cores, totaling 24 cores for true multithread performance. One Compositor core equals the complete Compositor Max for Live instrument or 8 RT-z128 OS, if signal-rate and transmission-rate layers taken in account.

Resources utilization in Hypervisor v7

Because of STL1212 computer usage, which has a true multitasking and uncrosses 8 real-time loops, Compositor virtual machine resources utilized. Hypervisor v7 consists of RTC4k, RTC8k, RT-z8, RT-z16, RT-z32 virtual machines. They are working in the STL1212 process time, which has 24 counting cores for three layers.

Resources control

STL1212 achieves dynamic control over resources on the installed machine. That is why you will never run out of resources, even if your machine is under full load. The end of 2017 showed an ability to make network flushes, using RT-z128 anonymous shutter engine. Now STL1212 achieves such shuttering in a multi-core environment. From one side, it helps to flush more anonymously further and from the other side, to employ active cores for computational tasks, while other cores flushing.

Loading time

Full version loading time is 4 hours. It reaches the comparable system for 3 hours 40 minutes apart of 20 minutes compilation time. All comparable systems displayed as dots on the STL1212 display.