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Hlavní autor:	Ladislav Gradečak, Ladgrad
Médium:	Recurso digital
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Vydáno:	Zenodo 2026
Témata:	XCPU XREALISM predecision computation distributed computational systems dynamical computation emergent computation FPGA architecture hardware dynamical systems unconventional computing
On-line přístup:	https://doi.org/10.5281/zenodo.19057907
Tagy:	Přidat tag Žádné tagy, Buďte první, kdo vytvoří štítek k tomuto záznamu!

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File: XCPU_TORUS_ENGINE_DCP_BLACKBOX_v1.zip SHA-256: 22bfdf1379fc59d439107fcb1ae02b1e1b7621561c74f663b7d28634190fc884 Description  The XCPU Torus Engine is an experimental FPGA-based computational architecture developed within the XREALISM project.   The system explores an alternative hardware computation model in which results arise from the stabilization of a dynamically evolving network state rather than from sequential instruction execution. The implemented prototype consists of a distributed network of interconnected processing elements. Interactions between elements allow the internal system state to evolve across multiple clock cycles, where stable dynamic patterns can result in observable output states. Instead of executing instructions sequentially, the architecture evolves internal state trajectories across multiple clock cycles. Through these interactions the network produces dynamic wave patterns and eventually stabilizes into coherent attractor states.   When a stable resonant configuration emerges, observable outputs are generated as projections of the stabilized internal system state.   This mechanism represents a predecision computation model, in which computational outcomes arise from internal dynamical stabilization prior to explicit decision output generation.   Architecture Overview The prototype architecture demonstrates several interacting mechanisms: • distributed node-based computation • dynamic state evolution • multi-cycle state interactions • network-based signal propagation • adaptive interaction mechanisms • stabilization of internal system states Together these mechanisms form a distributed dynamical system in which computation emerges from stabilization of network trajectories within the system state space. FPGA Implementation   The prototype implementation targets a Xilinx Artix-7 FPGA device.   The distributed archive contains a routed Vivado Design Checkpoint (DCP) targeting a Xilinx Artix-7 device. The checkpoint represents a complete placed-and-routed implementation that can be opened or integrated in Vivado without access to the original RTL sources.   The archive therefore represents a reproducible hardware artifact of the XCPU Torus Engine architecture.   This checkpoint represents a reproducible hardware artifact of the XCPU Torus Engine architecture implemented on FPGA.   Black-Box Distribution   The internal RTL design and algorithmic implementation are intentionally not included in the public archive.   The distributed checkpoint represents a black-box hardware artifact suitable for architectural evaluation, reproducibility testing, and FPGA integration experiments.   Internal architecture details remain proprietary intellectual property.   Research Context   The XCPU Torus Engine explores concepts related to: • unconventional computing architectures • distributed network-based computation • dynamical systems approaches to computation • emergent stable states in networked systems • alternative hardware information processing models The work is part of the broader XREALISM architecture research framework investigating computational systems in which decision states emerge from stabilized internal dynamics. ----------------------------------------- Opis  XCPU Torus Engine je eksperimentalna FPGA računalna arhitektura razvijena unutar projekta XREALISM.   Sustav istražuje alternativni hardverski model računanja u kojem rezultati nastaju stabilizacijom dinamički evoluirajućeg stanja mreže, umjesto sekvencijalnim izvr&scaron;avanjem instrukcija. Implementirani prototip sastoji se od distribuirane mreže međusobno povezanih procesnih elemenata. Interakcije između elemenata omogućuju evoluciju internog stanja sustava kroz vi&scaron;estruke taktne cikluse, pri čemu stabilni obrasci dinamike mogu rezultirati promatranim izlaznim stanjima.   Umjesto sekvencijalnog izvr&scaron;avanja instrukcija, arhitektura razvija interne trajektorije stanja kroz vi&scaron;e taktnih ciklusa. Kroz te interakcije mreža generira dinamičke valne uzorke koji se postupno stabiliziraju u koherentna atraktorska stanja.   Kada se postigne stabilna rezonantna konfiguracija, izlazni signali nastaju kao projekcije stabiliziranog unutarnjeg stanja sustava.   Ovaj mehanizam predstavlja model predodlučnog računanja (predecision computation) u kojem računalni rezultat nastaje stabilizacijom unutarnje dinamike sustava prije eksplicitne generacije odluke. Pregled arhitekture Prototipna arhitektura demonstrira nekoliko međusobno povezanih mehanizama: • distribuirana računalna mreža procesnih elemenata • evolucija stanja sustava kroz taktne cikluse • propagacija informacija kroz interakcije čvorova • adaptivna dinamika međudjelovanja • emergentna stabilna stanja sustava • stabilizacija mrežnog stanja Zajedno ovi mehanizmi formiraju distribuirani dinamički sustav u kojem računanje proizlazi iz stabilizacije trajektorija stanja unutar prostora stanja sustava. FPGA implementacija Prototipna implementacija cilja Xilinx Artix-7 FPGA uređaj.   Distribuirana arhiva sadrži routed Vivado Design Checkpoint (DCP) namijenjen za Xilinx Artix-7 uređaj. Checkpoint predstavlja potpuno sintetiziranu, postavljenu i rutiranu implementaciju koja se može otvoriti ili integrirati u Vivado okruženju bez pristupa izvornom RTL kodu.   Arhiva stoga predstavlja reproducibilni hardverski artefakt arhitekture XCPU Torus Engine.   Ovaj checkpoint predstavlja reproducibilni hardverski artefakt arhitekture XCPU Torus Engine implementirane na FPGA uređaju.   Black-box distribucija Interni RTL dizajn i algoritamska implementacija namjerno nisu uključeni u javnu arhivu.   Distribuirani checkpoint predstavlja black-box hardverski artefakt namijenjen za:   • arhitekturnu evaluaciju • reprodukciju hardverske implementacije • integracijske FPGA eksperimente   Detalji interne arhitekture ostaju za&scaron;tićeno intelektualno vlasni&scaron;tvo.   Istraživački kontekst   XCPU Torus Engine istražuje koncepte povezane s: • nekonvencionalnim računalnim arhitekturama • distribuiranim računalnim sustavima • računanjem temeljenim na dinamičkim sustavima • emergentnim obrascima u mrežnim sustavima • alternativnim modelima hardverskog računanja   Rad je dio &scaron;ireg XREALISM istraživačkog okvira koji proučava računalne sustave u kojima se odluke pojavljuju kao rezultat stabilizacije unutarnje dinamike sustava.

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