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Volume 20 — ψ-Machine Runtime Systems

Operating System for Golden-Base Computation​

This volume specifies the runtime environment for executing ψ programs. Memory management, scheduling, resource allocation, and system calls all operate within the φ-constraint framework.

Chapter Index​

Chapter 320: RuntimeArch​

System Architecture of ψ-Machine

Overall runtime system design.

Chapter 321: MemoryTensor​

Structural Memory Grid for Collapse Storage

Memory organization in trace space.

Chapter 322: TraceScheduler​

Scheduler for Collapse Trace Execution Order

Task scheduling algorithms.

Chapter 323: ObsBinder​

Runtime Binding Between Trace Programs and Observer Scope

Dynamic observer binding.

Chapter 324: EntangleManager​

Collapse Entanglement Management and Resolution

Managing quantum-like coupling.

Chapter 325: CollapseStack​

Collapse Stack and φ-Cache Architecture

Stack and cache design.

Chapter 326: FlowController​

Control Flow via Trace Collapse Route Switching

Execution flow management.

Chapter 327: BandwidthAllocator​

Dynamic Resource Allocation for Collapse Paths

Resource distribution strategies.

Chapter 328: CollapseTick​

φ-Time Quantum Definitions for Discrete Collapse Intervals

Time slicing and quanta.

Chapter 329: ZetaIsolate​

ζ-Frequency Based Process Isolation and Throttling

Process isolation via spectrum.

Chapter 330: CollapseInterrupt​

Interrupt Protocols in Trace Execution Streams

Interrupt handling mechanisms.

Chapter 331: SysCallCollapse​

Structural System Call Architecture for φ-Trace Programs

System call interface.

Chapter 332: SafeExit​

Tensor Cleanup and Collapse State Termination

Clean shutdown procedures.

Chapter 333: ContainerShell​

Collapse Runtime Containers for Modular Execution Units

Containerization support.

Chapter 334: TraceGC​

Trace-Aware Garbage Collection and Collapse Expiration

Memory reclamation.

Chapter 335: HealthMonitor​

Tensor Health Metrics and Runtime Collapse Diagnostics

System health monitoring.

Key Concepts Introduced​

  1. Runtime Architecture: System organization
  2. Trace Memory: φ-constrained storage
  3. Process Scheduling: Execution ordering
  4. Resource Management: Dynamic allocation
  5. System Calls: OS interface
  6. Garbage Collection: Memory cleanup

Dependencies​

  • Volume 19: Compiler output
  • Volume 14: Module loading
  • Volume 17: Spectral isolation

Next Steps​

  • Volume 26: Runtime tools
  • Volume 30: OS interop
  • Volume 21: AGI runtime

"The runtime breathes life into golden traces."