LogoLogo
  • Overview
    • Intro
    • Fair Math Actor
      • Fair Math Controller
      • Fair Math VM
      • Setup an Actor
    • Hello (CIFAR) world!
  • FHE Computer
    • Overview
    • Architectural Layers
      • Application Layer
      • Orchestration Layer
      • Verification Layer
      • Execution Layer
      • Data Layer
    • ISA
      • fhe
      • arith
      • tensor
      • polycircuit
    • Operating System
      • Computer State
      • Application
        • Running Applications
        • External Functions
        • Interactive APPS
      • Execution Graph and Tasks
        • Atomic and Composite Instructions
        • Instruction Unrolling
        • Task Dependencies
        • Execution Graph
      • Process
        • Process lifecycle
        • Resource Allocation and Isolation
      • Order Book
        • Matching Mechanism
        • Task Complexity
        • Instruction Complexity
        • Task re-Delegation
      • Context
        • Context Structure
      • FHE Component Repository
    • Fair Math Actors
      • Task State Monitoring
      • Execution Pairs
      • Rewards and Penalties
    • Ethereum Endpoint
    • CIFAR10 App
  • Whitepapers
    • FHE Computer
    • FHERMA
  • FHERMA
  • Resources
    • Computer CLI
    • FHERMA
    • POLYCIRCUIT (CPP)
    • OpenFHE-rs
    • Talks and Podcasts
  • Social
    • Twitter
    • Linkedin
    • Website
    • Github
Powered by GitBook
LogoLogo
On this page
  1. FHE Computer
  2. Operating System

Process

In the Fair Math Computer, a process represents an instance of an application in execution. Processes are ephemeral entities that encapsulate the state, resources, and execution context required to perform computations. They serve as the primary abstraction for managing the execution lifecycle of applications, ensuring isolated, secure, and efficient operations in a decentralized environment.

PreviousExecution GraphNextProcess lifecycle

Last updated 5 months ago

Page cover image