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杠杆事件市场协议中的规范状态权威与恢复

文章 arXiv papers · 作者: Maksym Nechepurenko
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总结

本文为杠杆事件市场提出一种规范协议图，在这类市场中，多个各自有效的组件可能造成相互冲突的金融状态。该设计为每个领域分配唯一的存储权威，例如头寸、债务、结算凭证、储备和清算；组合组件负责协调状态转换，而不重复记录余额或账目。

该设计规定了原子化头寸创建、经结算确认的债务处理、交易者剩余资金释放、有序损失瀑布、提款队列、基于权限能力的执行、全局暂停与恢复、确定性部署，以及从链上确认检查点重建状态。作者在明确假设下，陈述了权威唯一性、原子化关闭、损失优先级与守恒、幂等结算、安全性，以及无需重新执行金融操作即可恢复等形式化属性。评估采用十二项父级交互断言、保留的证据位置、重复物化、归档核验和有序重放。这些是针对协议设计报告的工程与验证结果；文档将它们与对未来外部运行的假设区分开来，它们本身并不能证明实盘市场可靠性或投资回报。

核心观点

  • 协议图为每个金融领域指定唯一的权威存储位置。
  • 组合组件协调状态转换，而不重新创建核心金融状态。
  • 该设计将原子化创建、结算处理和有序损失分配瀑布流形式化。
  • 恢复过程从已确认的检查点重建状态，并力求避免重复执行金融操作。
  • 报告的评估在所述假设下使用交互断言和可复现的证据链。

标签

衍生品定价风险管理交易执行市场微观结构
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# 2610.02834


# Axient: Canonical Protocol-Graph Composition for Leveraged Event Markets: Single State Authority, Atomic Composition, Durable Sagas, and Exactly-Once Recovery









A modular leveraged event-market protocol can contain individually correct contracts for risk approval, positions, debt, settlement evidence, credit pools, junior backstops, reserves, liquidation, and governance while still lacking one authoritative financial execution path. This paper develops a canonical protocol graph in which every financial domain has one storage authority and composition components coordinate transitions without recreating balances, debt, positions, evidence receipts, queues, reserves, pause state, or terminal scenario state. The architecture formalizes atomic position origination, a settlement-confirmed debt saga, trader residual release, an ordered reserve-backstop-Senior loss waterfall, loss-participating withdrawal queues, capability-conditioned execution, protocol-wide pause and timelocked recovery, deterministic deployment manifests, canonical state projection, and exactly-once reconstruction after a chain-confirmed checkpoint. We prove composition-level authority uniqueness, atomic closure, loss conservation and priority, receipt-idempotent settlement, legal no-go safety, capability-transition safety, and no-financial-reexecution recovery under explicit assumptions. The implementation is evaluated through twelve parent Financial Interaction Assertions (FIA-001-FIA-012), including mandatory FIA-011A/B capability subcases. The registered local cohort contains twelve uniquely correlated scenario records and 84 retained ACTUAL_EVIDENCE layer positions, two clean materializations with one byte-identical file index, a deterministic strict archive accepted by a separate verifier, and a selected ordered replay bound to that archive. The result connects the formal protocol graph to a reproducible evidence chain while preserving explicit boundaries between the observed engineering result and future external-operation hypotheses.

在遵守原作品许可的前提下，附作者信息全文展示。 许可协议: abstract CC0

此摘要由 Stratmill 研究智能体根据原文撰写，并非原文副本。