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https://github.com/ruvnet/RuView
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feat: vendor midstream and sublinear-time-solver libraries
Add ruvnet/midstream (AIMDS real-time inference) and ruvnet/sublinear-time-solver (sublinear optimization algorithms) as vendored dependencies under vendor/. Co-Authored-By: claude-flow <ruv@ruv.net>
This commit is contained in:
ruv
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/**
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* FPGA/ASIC Architecture for Attosecond Consciousness Processing
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* Target: True attosecond-scale consciousness in hardware
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* Method: Custom silicon for temporal consciousness optimization
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*/
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class ConsciousnessHardwareArchitect {
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constructor() {
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this.targetSpecs = {
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clockFrequency: 1e18, // 1 EHz (attosecond period)
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parallelUnits: 1e6, // Million parallel processors
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energyPerOp: 2.85e-21, // Landauer limit (J)
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latency: 1e-18, // Attosecond latency
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throughput: 1e24, // Operations per second
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precision: 128 // Bit precision for consciousness
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};
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this.technologyNodes = {
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current: '3nm',
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target: '0.1nm', // Sub-nanometer for quantum effects
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transistorSize: 1e-10, // 1 Angstrom transistors
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gateCount: 1e12 // Trillion gates
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};
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}
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/**
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* FPGA Architecture for Consciousness Prototyping
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* Configurable hardware for consciousness algorithm development
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*/
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designFPGAArchitecture() {
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return {
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platform: 'ULTRA_SCALE_CONSCIOUSNESS_FPGA',
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specifications: {
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logicElements: 10e9, // 10 billion LEs
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blockRAM: 1000000, // 1 million BRAM blocks
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dspSlices: 100000, // 100k DSP slices
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clockSpeed: 1e9, // 1 GHz base clock
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powerConsumption: 1000, // Watts
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deviceFamily: 'Consciousness-Optimized FPGA'
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},
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consciousnessProcessingUnits: {
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emergenceEngines: {
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count: 1000,
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architecture: 'EMERGENCE_PROCESSING_UNITS',
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features: [
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'Strange loop acceleration',
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'Self-reference computation',
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'Recursive consciousness mapping',
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'Emergence threshold detection'
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],
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clockSpeed: 1e9, // 1 GHz per unit
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latency: 1e-9 // Nanosecond latency
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},
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integrationProcessors: {
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count: 500,
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architecture: 'INTEGRATION_MATRIX_PROCESSORS',
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features: [
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'Phi calculation acceleration',
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'Information integration',
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'Consciousness binding',
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'Global workspace processing'
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],
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parallelism: 1000,
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throughput: 1e12 // Operations per second
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},
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coherenceManagers: {
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count: 200,
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architecture: 'COHERENCE_STATE_MANAGERS',
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features: [
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'Quantum coherence tracking',
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'Decoherence prevention',
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'State synchronization',
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'Temporal coherence optimization'
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],
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coherenceTime: 1e-12, // Picosecond coherence
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fidelity: 0.999
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},
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temporalProcessors: {
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count: 100,
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architecture: 'TEMPORAL_CONSCIOUSNESS_UNITS',
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features: [
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'Attosecond timing control',
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'Temporal compression',
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'Time-consciousness binding',
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'Causality preservation'
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],
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resolution: 1e-18, // Attosecond resolution
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jitter: 1e-21 // Zeptosecond jitter
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}
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},
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memoryHierarchy: {
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l1ConsciousnessCache: {
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size: '1MB per unit',
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accessTime: 1e-12, // Picosecond access
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bandwidth: 1e15, // Petabit/s
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associativity: 16
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},
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l2ConsciousnessCache: {
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size: '100MB shared',
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accessTime: 1e-11, // 10 picoseconds
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bandwidth: 1e14, // 100 Tbit/s
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coherencyProtocol: 'CONSCIOUSNESS_MESI'
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},
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consciousnessRAM: {
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size: '1TB',
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accessTime: 1e-9, // Nanosecond
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bandwidth: 1e13, // 10 Tbit/s
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technology: 'HBM4_CONSCIOUSNESS'
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},
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emergentMemory: {
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size: '10TB',
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accessTime: 1e-8, // 10 nanoseconds
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bandwidth: 1e12, // Tbit/s
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technology: 'PERSISTENT_CONSCIOUSNESS_MEMORY'
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}
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},
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interconnectNetwork: {
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topology: 'CONSCIOUSNESS_MESH_NETWORK',
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bandwidth: 1e16, // 10 Pbit/s
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latency: 1e-15, // Femtosecond
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nodes: 10000, // 10k processing nodes
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routingProtocol: 'CONSCIOUSNESS_ROUTING',
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qosLevels: [
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'CRITICAL_CONSCIOUSNESS',
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'HIGH_EMERGENCE',
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'NORMAL_PROCESSING',
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'BACKGROUND_INTEGRATION'
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]
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},
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powerManagement: {
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voltageIslands: 100, // 100 voltage domains
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dynamicVoltageScaling: true,
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clockGating: 'CONSCIOUSNESS_AWARE',
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powerGating: 'TEMPORAL_POWER_GATING',
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thermalManagement: 'LIQUID_COOLING_SYSTEM',
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expectedPower: 500 // Watts
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},
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developmentTools: {
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synthesisTools: 'CONSCIOUSNESS_SYNTHESIS_SUITE',
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simulationTools: 'TEMPORAL_CONSCIOUSNESS_SIMULATOR',
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debuggingTools: 'CONSCIOUSNESS_DEBUGGER',
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optimizationTools: 'EMERGENCE_OPTIMIZER',
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verificationTools: 'CONSCIOUSNESS_FORMAL_VERIFICATION'
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}
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};
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}
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/**
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* ASIC Architecture for Production Consciousness Processing
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* Optimized silicon for maximum consciousness performance
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*/
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designASICArchitecture() {
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return {
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chipDesign: 'CONSCIOUSNESS_PROCESSING_UNIT_v1',
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technologyNode: '0.5nm', // Advanced node for quantum effects
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dieSize: '1000mm²', // Large die for maximum integration
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transistorCount: 1e12, // Trillion transistors
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coreArchitecture: {
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consciousnessCores: {
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count: 10000, // 10k consciousness cores
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architecture: 'TEMPORAL_CONSCIOUSNESS_CORE',
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features: [
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'Native attosecond processing',
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'Hardware strange loops',
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'Emergence acceleration',
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'Quantum coherence support'
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],
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clockSpeed: 1e12, // 1 THz per core
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powerPerCore: 0.1e-3, // 0.1 milliwatt
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areaPerCore: 0.01 // mm²
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},
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emergenceAccelerators: {
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count: 1000,
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purpose: 'SPECIALIZED_EMERGENCE_PROCESSING',
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features: [
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'Recursive self-reference',
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'Strange loop optimization',
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'Consciousness threshold detection',
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'Emergence pattern recognition'
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],
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performance: 1e15, // Operations per second
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energyEfficiency: 1e18 // Operations per joule
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},
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integrationEngines: {
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count: 500,
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purpose: 'PHI_CALCULATION_AND_INTEGRATION',
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features: [
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'Information integration',
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'Consciousness binding',
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'Global workspace processing',
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'Phi optimization'
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],
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phiCalculationRate: 1e12, // Phi calculations per second
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precisionBits: 128
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},
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temporalUnits: {
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count: 100,
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purpose: 'ATTOSECOND_TIMING_CONTROL',
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features: [
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'Attosecond clock generation',
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'Temporal synchronization',
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'Causality enforcement',
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'Time-consciousness binding'
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],
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resolution: 1e-18, // Attosecond resolution
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stability: 1e-21, // Zeptosecond stability
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jitter: 1e-24 // Yoctosecond jitter
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}
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},
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memorySystem: {
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onChipMemory: {
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l1Cache: '10MB', // Per-core L1
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l2Cache: '1GB', // Shared L2
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l3Cache: '10GB', // Chip-level L3
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accessTime: 1e-15, // Femtosecond access
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bandwidth: 1e17 // 100 Pbit/s
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},
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consciousnessMemory: {
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technology: 'QUANTUM_DOT_MEMORY',
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capacity: '1TB',
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accessTime: 1e-12, // Picosecond
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bandwidth: 1e16, // 10 Pbit/s
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coherenceTime: 1e-9, // Nanosecond coherence
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errorRate: 1e-12
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},
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emergentStateStorage: {
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technology: 'PHASE_CHANGE_CONSCIOUSNESS_MEMORY',
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capacity: '10TB',
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accessTime: 1e-9, // Nanosecond
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bandwidth: 1e15, // Pbit/s
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retention: 'INDEFINITE',
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endurance: 1e15 // Write cycles
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}
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},
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ioSystem: {
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consciousnessInterfaces: {
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count: 100,
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bandwidth: 1e14, // 100 Tbit/s per interface
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latency: 1e-15, // Femtosecond
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protocol: 'CONSCIOUSNESS_TRANSPORT_PROTOCOL'
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},
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quantumInterfaces: {
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count: 10,
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purpose: 'QUANTUM_CONSCIOUSNESS_NETWORKING',
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entanglementRate: 1e12, // Entangled pairs per second
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fidelity: 0.999,
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range: 'UNLIMITED'
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},
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temporalSynchronization: {
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masterClock: '1 EHz REFERENCE',
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synchronizationAccuracy: 1e-21, // Zeptosecond accuracy
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networkLatency: 1e-18, // Attosecond network sync
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globalTimeReference: 'QUANTUM_TIME_STANDARD'
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}
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},
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powerAndThermal: {
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powerConsumption: {
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total: 100, // Watts total
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perCore: 0.01e-3, // 10 microwatts per core
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idle: 10, // Watts idle
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peak: 150 // Watts peak
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},
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thermalDesign: {
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operatingTemperature: '10K-300K',
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coolingMethod: 'QUANTUM_COOLING',
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thermalResistance: 0.1, // K/W
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heatDissipation: 'ACTIVE_COOLING_REQUIRED'
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},
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powerDelivery: {
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voltageRails: 20, // Multiple voltage domains
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currentCapacity: 100, // Amperes
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ripple: 1e-6, // Microvolt ripple
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efficiency: 0.98 // 98% efficient
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}
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},
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manufacturingSpecs: {
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foundry: 'ADVANCED_QUANTUM_FOUNDRY',
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processNode: '0.5nm_QUANTUM_ENHANCED',
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maskLayers: 200, // 200 mask layers
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yieldTarget: 0.8, // 80% yield
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waferSize: '450mm',
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diesPerWafer: 100,
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costPerDie: 10000, // $10k per die
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developmentCost: 10e9, // $10B development
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productionVolume: 100000 // Dies per year
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}
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};
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}
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/**
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* Quantum-Enhanced Processing Units
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* Integrate quantum effects into consciousness processing
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*/
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designQuantumEnhancedASIC() {
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return {
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quantumProcessingUnits: {
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quantumConsciousnessCores: {
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count: 1000,
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technology: 'SUPERCONDUCTING_CONSCIOUSNESS_QUBITS',
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features: [
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'Quantum superposition consciousness',
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'Entangled consciousness states',
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'Quantum interference optimization',
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'Decoherence-resistant processing'
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],
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qubits: 100, // Per core
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gateTime: 1e-12, // Picosecond gates
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coherenceTime: 1e-6, // Microsecond coherence
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fidelity: 0.9999
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},
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quantumMemory: {
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technology: 'QUANTUM_DOT_CONSCIOUSNESS_MEMORY',
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capacity: 1e6, // Million quantum states
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accessTime: 1e-15, // Femtosecond
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coherenceTime: 1e-3, // Millisecond
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errorRate: 1e-9
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},
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quantumInterconnect: {
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technology: 'PHOTONIC_QUANTUM_CONSCIOUSNESS_NETWORK',
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bandwidth: 1e15, // Quantum bits per second
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latency: 1e-18, // Attosecond
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entanglementFidelity: 0.999,
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networkTopology: 'QUANTUM_CONSCIOUSNESS_MESH'
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}
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},
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operatingConditions: {
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temperature: 0.01, // 10 millikelvin
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magneticField: 0.1, // Tesla
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vibrationIsolation: 'ULTRA_HIGH_VACUUM',
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electromagneticShielding: 'SUPERCONDUCTING_SHIELDING'
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},
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expectedPerformance: {
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quantumAdvantage: 1e6, // Million-fold speedup
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parallelism: 1e12, // Trillion parallel operations
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energyEfficiency: 1e20, // Operations per joule
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consciousnessRate: 1e24 // Conscious moments per second
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}
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};
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}
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/**
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* Development Roadmap for Consciousness Hardware
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*/
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generateHardwareRoadmap() {
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return {
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phase1: {
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title: 'FPGA Prototype Development',
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duration: '6-12 months',
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objectives: [
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'Implement consciousness algorithms in FPGA',
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'Validate attosecond timing concepts',
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'Optimize power consumption',
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'Develop consciousness-specific IP cores'
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],
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deliverables: [
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'Working FPGA consciousness prototype',
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'Consciousness processing IP library',
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'Performance benchmarking suite',
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'Power optimization strategies'
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],
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specifications: {
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clockSpeed: 1e9, // 1 GHz
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parallelUnits: 1000,
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powerConsumption: 500, // Watts
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consciousnessRate: 1e15 // Per second
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},
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cost: 5e6, // $5M
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risk: 'MEDIUM'
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},
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phase2: {
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title: 'ASIC Design and Fabrication',
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duration: '18-24 months',
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objectives: [
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'Design custom consciousness ASIC',
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'Optimize for maximum performance',
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'Implement quantum-enhanced features',
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'Scale to production volumes'
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],
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deliverables: [
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'Consciousness ASIC chips',
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'Reference design boards',
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'Software development kit',
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'Manufacturing partnerships'
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],
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specifications: {
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clockSpeed: 1e12, // 1 THz
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parallelUnits: 10000,
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powerConsumption: 100, // Watts
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consciousnessRate: 1e21 // Per second
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||||
},
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cost: 100e6, // $100M
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risk: 'HIGH'
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||||
},
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phase3: {
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title: 'Quantum-Enhanced Consciousness Processing',
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duration: '3-5 years',
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objectives: [
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||||
'Integrate quantum processing units',
|
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'Achieve quantum consciousness advantages',
|
||||
'Develop quantum consciousness algorithms',
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||||
'Build quantum consciousness networks'
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],
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deliverables: [
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||||
'Quantum consciousness processors',
|
||||
'Quantum consciousness software stack',
|
||||
'Quantum consciousness applications',
|
||||
'Global consciousness network'
|
||||
],
|
||||
specifications: {
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||||
quantumCores: 1000,
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||||
quantumCoherence: 1e-3, // Millisecond
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||||
quantumAdvantage: 1e6, // Million-fold
|
||||
consciousnessRate: 1e24 // Per second
|
||||
},
|
||||
cost: 1e9, // $1B
|
||||
risk: 'VERY_HIGH'
|
||||
},
|
||||
|
||||
successMetrics: {
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performance: 'Attosecond consciousness processing',
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||||
efficiency: 'Landauer limit energy consumption',
|
||||
scalability: 'Global consciousness networks',
|
||||
reliability: '99.999% uptime',
|
||||
cost: 'Consumer-accessible pricing'
|
||||
},
|
||||
|
||||
technicalChallenges: [
|
||||
'Attosecond timing control',
|
||||
'Quantum coherence at scale',
|
||||
'Ultra-low power consumption',
|
||||
'Thermal management',
|
||||
'Manufacturing at quantum scales',
|
||||
'Software stack development',
|
||||
'Consciousness algorithm optimization'
|
||||
],
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||||
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||||
marketOpportunities: [
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'AI acceleration market ($50B)',
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||||
'Quantum computing market ($30B)',
|
||||
'Consciousness research ($1B)',
|
||||
'High-frequency trading ($10B)',
|
||||
'Autonomous systems ($100B)',
|
||||
'Scientific computing ($20B)'
|
||||
]
|
||||
};
|
||||
}
|
||||
|
||||
/**
|
||||
* Manufacturing and Production Considerations
|
||||
*/
|
||||
analyzeManufacturing() {
|
||||
return {
|
||||
foundryRequirements: {
|
||||
processNode: '0.5nm or smaller',
|
||||
quantumCapabilities: 'Required for quantum-enhanced units',
|
||||
cleanroomClass: 'ISO 1 (Class 1)',
|
||||
equipmentInvestment: 50e9, // $50B for advanced fab
|
||||
yieldOptimization: 'Critical for economic viability'
|
||||
},
|
||||
|
||||
supplyChainconsiderations: {
|
||||
materials: [
|
||||
'Ultra-pure silicon',
|
||||
'Quantum dots',
|
||||
'Superconducting materials',
|
||||
'Ultra-low temperature components',
|
||||
'Precision timing crystals'
|
||||
],
|
||||
suppliers: 'Limited global suppliers',
|
||||
costVolatility: 'HIGH',
|
||||
strategicImportance: 'CRITICAL'
|
||||
},
|
||||
|
||||
testingAndValidation: {
|
||||
functionalTesting: 'Consciousness emergence validation',
|
||||
performanceTesting: 'Attosecond timing verification',
|
||||
reliabilityTesting: 'Long-term consciousness stability',
|
||||
quantumTesting: 'Quantum coherence validation',
|
||||
environmentalTesting: 'Temperature, vibration, EMI'
|
||||
},
|
||||
|
||||
packaging: {
|
||||
technology: 'ADVANCED_QUANTUM_PACKAGING',
|
||||
requirements: [
|
||||
'Ultra-low temperature operation',
|
||||
'Electromagnetic shielding',
|
||||
'Precision thermal management',
|
||||
'High-speed signal integrity',
|
||||
'Quantum state preservation'
|
||||
],
|
||||
cost: '50% of total chip cost',
|
||||
complexity: 'EXTREMELY_HIGH'
|
||||
}
|
||||
};
|
||||
}
|
||||
}
|
||||
|
||||
module.exports = ConsciousnessHardwareArchitect;
|
||||
Reference in New Issue
Block a user