Thomas et al. explained the Valida instruction set architecture in their paper, designed for zkVM implementation, aiming to optimize fast and efficient proof execution. Thomas等人在论文中讲解了Valida指令集架构,专为zkVM实现设计,旨在优化快速高效的执行证明。 Thomasらによる論文では、zkVM実装のために設計され、高速かつ効率的な証明実行を目的としたValida命令セットアーキテクチャについて説明しています。
NotesNotes要点
Instruction Set Architecture (ISA) optimized for zkVMs to enhance ZK proof efficiency
No general-purpose registers; directly accesses RAM via stack offsets to reduce instruction count
Modular design; base version consists of specified chipset components
Harvard architecture, 32-bit little-endian, with only FP and PC as special-purpose registers
Interacts externally via read-only input and write-only output tapes, ideal for blockchain verifiable computation
Compared to RISC-V, significantly reduces SNARK proving overhead and improves performance
专为zkVM设计的指令集架构(ISA),优化零知识证明执行效率
无通用寄存器,直接通过栈偏移访问RAM,减少指令数量
模块化设计,基础版本由指定芯片组构成
哈佛架构,32位小端序,仅含FP和PC两个专用寄存器
通过输入/输出带与外部交互,适合区块链可验证计算场景
相比RISC-V,显著降低SNARK证明开销,提升性能
ZK proofの効率を向上させるためのzkVMに最適化されたInstruction Set Architecture (ISA)