TODO List for Implementing PromiseGrid's grid-cli POC | 000-TODO |
Enhancing Your Workflow for Book Creation Using Aidda | 001-workflow |
PromiseGrid Design Overview | 050-design |
Cache and Module Handling in the PromiseGrid Kernel | 054-discuss |
Cache | 060-cache |
Background and Evolution of the Project | 060-context |
PromiseGrid Layer Structure in an OSI-like Model | 100-layers |
Capability Tokens and Prior Art | 150-capability-tokens |
Supercomputer and Mainframe Systems with Hot-Swappable Modules | 160-hotswap |
Side Effects in PromiseGrid | 190-side-effects |
Sequence Matchers and Their Implementations | 200-sequence |
Computable Systems: Lambda Calculus, Universal Turing Machines, and PromiseGrid's Byte Sequence Completion | 201-computable |
Infinite State Machines (ISMs) in Sequence Completion for PromiseGrid | 201-ism |
PromiseGrid and the Von Neumann Architecture | 202-von-neumann |
Markov Decision Process Using PromiseGrid's Byte Sequence Completion Model | 203-markov |
Existing Examples of Projects, Methods, or Concepts Using Byte Sequence Completion for Computation | 203-prior |
Advanced Sequence Matching and GPT Techniques | 204-gpt |
Technical Overview of GPUs and Their Architecture | 205-gpu |
FPGA's Architecture and Prefix Matching | 206-fpga |
Hosting Conventional Operating Systems or Applications as Guests on PromiseGrid | 207-vn-guest |
Issues, Drawbacks, and Problems with the Byte-Sequence Completion Model | 209-issues |
Sequence Matchers and Their Implementations | 210-sequence-graph |
Sequence Matching Graph for PromiseGrid | 220-graph |
Sequence Matching Graph for PromiseGrid | 221-graph |
Synthesis of Concepts in PromiseGrid Design | 300-synthesis |
Inter-Process Communication (IPC) in PromiseGrid | 320-ipc |
Mach Ports, Messages, and Message Format | 321-mach |
Mach-like Message Ports in PromiseGrid | 322-ports |
PromiseGrid Syscall Mechanism | 323-syscalls |
Syscalls as Sequence Completions | 324-syscalls-sequences |
Handling Trie Transitions with Mount Handlers | 325-mount |
Prior Art in Decentralized Trie Data Structures | 326-prior |
Byte Sequence Completion Design in PromiseGrid | 327-summary |
Issues, Problems, and Open Questions | 329-issues |
Unified Message Handling and Sequence Matching Graphs in PromiseGrid | 330-messages |
Design Discussion on Sequence Matching for Message Handling | 340-magic |
Implementation Guide for Sequence Matching in Message Handling | 341-magic |
Understanding IPFS's Merkle DAG and CTrie | 342-prior |
Hybrid DHT and Open Market Design | 343-dht |
Pure Market Design with Promises, Reputation, and the Decentralized Trie (DTrie) | 344-market |
Decentralized Trie (DTrie) in a Pure Market System | 345-dtrie |
Persisting the Trie to Disk | 346-persist |
Treating Lazy-Loading from Disk and Network | 347-dtrie |
PromiseGrid Trie Node Structure | 348-trienode |
Bloom Filter Architecture for Byte Sequence Prefix Matching and Completion | 350-bloom |
Genetic Algorithm Process in PromiseGrid's Byte-Sequence Completion Model | 360-genetic-algo |
Module-Based Decentralized System Using WASM | 370-wasm |
PromiseGrid Kernel | 380-kernel |
Analysis and Discussion of the ZKOS Paper | 390-zkos |
Antikernel: A Decentralized Secure Hardware-Software Operating System Architecture | 400-antikernel |
Zero-Knowledge Proofs Explained Through Alice, Bob, and Carol | 410-zkp |
PromiseGrid Routing | 420-routing |
Unit-Specific Ledgers for Digital Currencies | 421-unit-ledgers |
Routing and Block Mesh | 422-block-mesh |
Byte Sequence Completion in PromiseGrid | 430-sequence-completion |
Reflections on PromiseGrid's Development and Future Directions | 440-thoughts |
Axioms | 510-axioms |
Goals | 540-goals |
Test Cases for Evaluating PromiseGrid Design Documents | 900-tests |
Technical Feasibility Tests for PromiseGrid Design Documents | 910-tests-technical |
Core Design Tests | 920-tests |
999-test-results.md | 999-test-results |
README.md | README |