A Method and System for Generating Balanced Ternary Machine Instructions for Execution on THATTE Structure FET Hardware

Overview

A compiler system (ManiT v0.1.0) and instruction set architecture (T3ISA) for balanced ternary computing. The compiler includes a lexer, parser, and code generator that produces balanced ternary machine instructions. T3ISA defines the instruction format, register file, and opcodes for ternary processors.

This patent bridges the gap between software and hardware in the ternary computing stack. The T3ISA is the common language understood by the PANINI processor (P7), executed by the THATTE-OS microkernel (P5), and targeted by the ManiT compiler toolchain.

Key Claims

The patent protects the following system and method innovations:

• A compiler system for translating high-level constructs to balanced ternary machine instructions
• An instruction set architecture (T3ISA) defining opcodes, register file, and encoding for ternary processors
• A code generation method producing .t3b binary output verified across all three trit states
• A lexer-parser-codegen pipeline targeting balanced ternary hardware
• 27-trit register width encoding supporting full ternary address and data spaces

Layer in the Stack

Compiler & ISA. This is the central layer connecting the hardware patents (P1, P2, P6, P7) with the software patents (P5, P8, P9). T3ISA defines the interface between the PANINI processor and all software running on it.

Related Patents