MDL12 space-time software modem has three levels of operation in real-time, which is sufficient for running a system on the discretization frequencies available for voice communications.
Yusipov’s Quantum Approximation
Yusipov’s Quantum Approximation integrates Fast Fourier Transform (FFT) in the Yusipov’s Quantum Dynamics Law
Synchronous analysis of non-harmonic timbre
MDL12 space-time software modem uses synchronous analysis of non-harmonic timbre and realizes timbre autocorrection systems with couple-shaped transfer function
v12 kernel subnetwork mask
Compositor kernel v12 mask realizes serial connection elliptic topology
Frequency Modulation (FM)
MDL12 space-time software modem uses Frequency Modulation (FM) Physics Law and applies FM synthesis for testing 24 available transmission channels
x2048 oversampling
MDL12 achieves lower resource consumption by using x2048 oversampling with FM based function and achieve systems with FFT window buffer size up to 4096 samples
v12 kernel
Subnetworks masks v6 and v8 able to connect using a virtualization of v12 Compositor kernel to a lower layer subnetwork types
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MDL12 synchronous modem device with MS-decoder
Characteristics:
Chebyshev polynomials stochastic selection
MDL12 space-time modem achieves parabolic antenna virtualization using stochastic selection of Chebyshev polynomials
Decabit invention
MDL12 space-time software modem internal architecture realized using decabit rounding to the higher-order value in samples with phase depth of 64-bits
MS-coding
MDL12 uses MS-coding, which means you can create network topologies of any type