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lm-004634 · 2026-10

跨視角閉合:宏觀個體與意圖閉合統一 v0.2

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跨視角閉合:宏觀個體與意圖閉合統一 v0.2

——從 Local Green 到可審計的 Macro-Intent Completion

English Title: Cross-Perspective Closure: Unifying Local, Boundary, Macro-Object, Environment, and Intent Completion
系列:《宏觀個體導向的動態全域觀察方法論》07 / 07
Series B: Macro-Object-Oriented Dynamic Global Observation Methodology
作者: Neo.K × AI 協作
版本: v0.2
日期: 2026-09-16
文件性質: AI-Native Engineering/Completion Semantics/Systems Verification & Validation/Multi-View Consistency/Assurance Case/Agent Governance
承接: Series A A01–A08、Series B B01–B06、Global-First Completion、MSSP × TDD × APR Production Closure Runtime
系列角色: Series B 封頂篇;統一 Green-Closure Misalignment 與 Dynamic Global Observation

機構: EveMissLab/一言諾科技有限公司


摘要

Series A 的起點是:

Green≠Done\boxed{ \text{Green} \neq \text{Done} }

一個 validator、test suite、reviewer、Agent panel 或 CI pipeline 可以正確地對某個投影給出綠燈,卻仍沒有證明原始意圖被完成。

Series B 則逐步建立:

MacroObject≠Projection\boxed{ \text{MacroObject} \neq \text{Projection} } Role→ObservationOperator\boxed{ \text{Role} \rightarrow \text{ObservationOperator} } Resolution=RelevantStateDistinguishability\boxed{ \text{Resolution} = \text{RelevantStateDistinguishability} } ReasoningResolution≠ObservationResolution\boxed{ \text{ReasoningResolution} \neq \text{ObservationResolution} } DynamicPerspectiveRouting\boxed{ \text{DynamicPerspectiveRouting} }

以及:

APR-Governed Dynamic Global Perception.\boxed{ APR\text{-}Governed\ Dynamic\ Global\ Perception. }

因此最後必須回答:

當不同視角、不同模態、不同局部與不同層級都已取得 evidence 時,什麼條件下才能合理宣稱「這個宏觀任務真的完成」?

本文提出:

Cross-Perspective Closure

跨視角閉合

並把 completion 分成兩個彼此不同但必須同時成立的結構:

A. World-Closure Topology

世界閉合拓撲

CW=(CL,CB,CP,CE,CM,CI)\boxed{ \mathbf C_W = ( C_L, C_B, C_P, C_E, C_M, C_I ) }

其中:

  • CLC_L:Local Closure;
  • CBC_B:Boundary Closure;
  • CPC_P:Cross-Perspective Closure;
  • CEC_E:Environment Closure;
  • CMC_M:Macro-Object Closure;
  • CIC_I:Intent Closure。

最終:

CW∗=CL∧CB∧CP∧CE∧CM∧CI.\boxed{ C_W^\ast = C_L \land C_B \land C_P \land C_E \land C_M \land C_I. }

B. Certification Guards

認證護欄

即使 world closure 看似成立,仍需要:

GC=ES∧DA∧FR∧OC∧SA\boxed{ G_C = E_S \land D_A \land F_R \land O_C \land S_A }

其中:

  • ESE_S:Required Evidence Sufficient;
  • DAD_A:Discriminative Adequacy;
  • FRF_R:Evidence Freshness / Relevance;
  • OCO_C:No Blocking Actionable Obligation;
  • SAS_A:Scope / Authority Alignment。

因此本文的最終 completion predicate 為:

Complete∗=CW∗∧GC.\boxed{ \text{Complete}^\ast = C_W^\ast \land G_C. }

這個定義刻意不要求:

  • 所有 possible perspectives 全開;
  • 所有 imperfections 為零;
  • 所有 conceivable risks 清零;
  • 所有 views 完全相同;
  • 所有 unknowns 消失;
  • 整個世界被唯一重建。

相反,它要求:

對當前 intent、scope、risk、environment 與 authority 而言,沒有仍可合理推翻 completion claim 的必要 observation gap、boundary failure、material conflict、blocking obligation 或 intent mismatch。

本文特別提出:

  • Relevant Perspective Set;
  • Perspective Closure Ledger;
  • Cross-Perspective Consistency vs Coherence;
  • Conflict Typing;
  • Macro Witness Bundle;
  • Evidence-Root Awareness;
  • NOT_MEASURED != PASS;
  • Scoped / Versioned Completion;
  • Completion Reopening;
  • Dynamic Assurance Case;
  • Completion Certificate v3;
  • Closure Topology;
  • Completion Claim Validity Interval。

外部 systems engineering 與 assurance literature 提供強近鄰。NASA Systems Engineering Handbook 明確區分:verification 證明「產品是否做對」,validation 則證明「是否做了對的產品」,且 validation 必須回到 stakeholder expectations 與 intended operational environment。NASA Product Integration 也直接強調 subsystem interactions、environment interactions 與 adverse emergent behavior。ISO/IEC/IEEE 42010 的 multi-view tradition,以及 multi-view modeling literature,長期把 inter-view consistency / inconsistency management 視為必要問題,並不要求所有不一致立即被機械抹除。Goal Structuring Notation(GSN)與 NIST assurance-case 定義則把可信 claim 組織成:

Claim+Argument+Evidence+Assumptions.\boxed{ \text{Claim} + \text{Argument} + \text{Evidence} + \text{Assumptions}. }

因此本文的 Completion Certificate 不應只是:

PASS

而應是:

一個有 scope、有證據、有 unresolved / deferred 狀態、有 validity interval、可被重新開啟的 dynamic completion assurance object。

本文最終把 Series A 與 Series B 統一為:

Intent→MacroObjectModel→DynamicObservation→Implementation→CrossPerspectiveEvidence→MacroWitness→IntentClosure.\boxed{ \text{Intent} \rightarrow \text{MacroObjectModel} \rightarrow \text{DynamicObservation} \rightarrow \text{Implementation} \rightarrow \text{CrossPerspectiveEvidence} \rightarrow \text{MacroWitness} \rightarrow \text{IntentClosure}. }

1. 最後的問題:到底什麼叫「真的完成」?

一個 task 可以同時出現:

unit tests: PASS
integration tests: PASS
review: PASS
CI: PASS

但:

  • mobile UI 被遮住;
  • production environment 不同;
  • user flow 不能完成;
  • external provider behavior 不一致;
  • player 看不懂 mechanic;
  • security authority boundary 被改變;
  • original intent 其實要求另一件事。

所以:

ValidatorPass⇏Completion.\boxed{ \text{ValidatorPass} \nRightarrow \text{Completion}. }

2. Completion 是一個 Macro Claim

「完成」不是:

file-level property。

也不是:

test-suite property。

它是一個對:

Xt(q)X_t^{(q)}

——task-scoped macro object——

做出的:

MacroClaim.\boxed{ \text{MacroClaim}. }

3. 所以 Completion Claim 必須匹配 Claim Scope

若 validator scope:

SVS_V

只涵蓋:

Ocode(X),O_{code}(X),

completion claim scope:

SC=X,S_C=X,

則:

SV<SC.\boxed{ S_V<S_C. }

此時:

PASSVPASS_V

不能自動 promotion 成:

COMPLETEX.COMPLETE_X.

4. Completion Topology

本文不用單一 percentage。

因為:

92%92\%

可能意味:

  • code 92%;
  • boundary 20%;
  • environment 0%。

所以需要:

CW.\boxed{ \mathbf C_W. }

5. C1 — Local Closure

CL.C_L.

回答:

每個當前 scope 中必要 constituent / component 在自己的 responsibility domain 內是否成立?

例如:

  • parser;
  • UI component;
  • service;
  • game mechanic;
  • migration。

6. Local Closure 需要 Scoped Requirement

不是:

component 沒任何 defect。

而是:

RequiredLocalInvariantsSatisfied.\boxed{ \text{RequiredLocalInvariantsSatisfied}. }

7. Local Imperfection 可以存在

例如:

  • optional refactor;
  • style polish;
  • low-impact issue。

只要:

Blocking=0.Blocking=0.

8. C2 — Boundary Closure

CB.C_B.

回答:

使 constituents 成為一個系統的必要 relations 是否成立?

包括:

  • API contract;
  • state sync;
  • data flow;
  • timing;
  • authority;
  • retry;
  • transaction;
  • visual/gameplay alignment;
  • human handoff。

9. Boundary Closure 是 A03 的核心

V(ci)=1∧V(cj)=1V(c_i)=1 \land V(c_j)=1

不推出:

V(rij)=1.V(r_{ij})=1.

10. Boundary Set

令 required boundaries:

B∗.\mathcal B^\ast.

每一 boundary:

bk.b_k.

則:

CB=⋀bk∈B∗Closed(bk).\boxed{ C_B = \bigwedge_{b_k\in\mathcal B^\ast} Closed(b_k). }

11. 不要求 All-Pairs

如果:

nn

components,

不需驗:

O(n2)O(n^2)

所有 pair。

只驗:

material required boundaries.\boxed{ \text{material required boundaries}. }

12. C3 — Cross-Perspective Closure

CP.C_P.

回答:

對本次 task truly relevant 的不同 observation operators,是否仍存在能合理推翻 completion claim 的 material unresolved contradiction 或 unobserved perspective gap?


13. Perspective Closure 不是 Consensus

若:

Pbackend=PASS,P_{backend}=PASS, PUX=FAIL,P_{UX}=FAIL,

不能 majority vote。

但:

如果兩者其實判斷不同 claim:

  • backend latency;
  • user perceived latency;

也不是真的 contradiction。

所以:

PerspectiveClosure≠Agreement.\boxed{ \text{PerspectiveClosure} \neq \text{Agreement}. }

14. Relevant Perspective Set

令:

Prel=f(Intent,Scope,MacroGraph,ChangeRadius,Risk,Unknowns,Environment).\mathcal P_{rel} = f( \text{Intent}, \text{Scope}, \text{MacroGraph}, \text{ChangeRadius}, \text{Risk}, \text{Unknowns}, \text{Environment} ).

15. 不要求 All Perspectives

∀Pi∈P,Activate(Pi)\boxed{ \forall P_i\in\mathcal P, Activate(P_i) }

會造成:

  • cost explosion;
  • review inflation;
  • Completion Drift。

16. Relevant 不是「名字看起來相關」

一個 perspective 必須有:

material distinguishing power\boxed{ \text{material distinguishing power} }

或 mandatory policy value。


17. Perspective Admission

Pi∈PrelP_i\in\mathcal P_{rel}

若至少一項:

  1. 可區分 current ambiguity;
  2. 覆蓋 affected boundary;
  3. mandatory risk / policy;
  4. 有高價值 independent falsifier;
  5. target environment / stakeholder 必需。

18. Perspective Closure Ledger

每個 relevant perspective:

perspective:
  status:
  evidence:
  claim_scope:
  unknowns:
  conflicts:
  freshness:
  independence:

19. Perspective Status

NOT_REQUIRED
OPEN
OBSERVED
PARTIAL
CLOSED
BLOCKED_EXTERNAL
DEFERRED_NONBLOCKING
CONFLICTED
STALE

20. NOT_REQUIRED != NOT_MEASURED

若 perspective 真不 relevant:

NOT_REQUIRED.NOT\_REQUIRED.

若 relevant 但沒有 evidence:

NOT_MEASURED.NOT\_MEASURED.

這兩者完全不同。


21. NOT_MEASURED != PASS

這條固定:

NOT_MEASURED≠PASS.\boxed{ \text{NOT\_MEASURED} \neq \text{PASS}. }

22. Cross-Perspective Conflict

對同一 claim / scope / time:

Claimi(X)⊥Claimj(X).\text{Claim}_i(X) \bot \text{Claim}_j(X).

才是:

MaterialConflict.\boxed{ \text{MaterialConflict}. }

23. Conflict Typing

本文提出:

BLOCKING
RESOLVED
EXPLAINED_BY_SCOPE
EXPLAINED_BY_TIME
EXPLAINED_BY_SEMANTICS
DEFERRED_NONBLOCKING
UNKNOWN

24. EXPLAINED_BY_SCOPE

例如:

backend:

server response < 200ms。

UX:

perceived flow > 2s。

兩者不是同一 claim。


25. EXPLAINED_BY_TIME

一個 evidence:

t1.t_1.

另一個:

t2.t_2.

world 在中間改變。


26. EXPLAINED_BY_SEMANTICS

例如:

available

在 SRE:

service responds。

在 Product:

user can complete journey。

語義不同。


27. BLOCKING Conflict

同一 claim:

payment captured once

DB trace:

once。

provider trace:

twice。

則:

BLOCKING.BLOCKING.

28. UNKNOWN Conflict

目前 evidence 不足。

此時:

CP=0C_P=0

若 conflict 會影響 completion。


29. Deferred Conflict

如果:

  • low impact;
  • out-of-scope;
  • authorized defer;

可:

DEFERRED_NONBLOCKING.DEFERRED\_NONBLOCKING.

30. Multi-View Literature 的重要提醒

Multi-view systems engineering 長期承認:

  • views overlap;
  • views conflict;
  • consistency management 很難。

而不是:

所有 views 必須立即被壓成同一 representation。


31. ISO 42010 傳統

architecture descriptions 需要:

管理 viewpoints / views / correspondences。

multi-view literature 進一步指出:

known inconsistencies 應被 recorded / managed。

這支持:

ConflictPreservation\boxed{ \text{ConflictPreservation} }

而非:

ConflictErasure.\text{ConflictErasure}.

32. Consistency vs Coherence

本文區分:

Cross-View Consistency

同一時間:

claims 不互相結構矛盾。

以及:

Cross-View Coherence

跨時間 trajectory:

多視角組合仍形成一個可成立的 macro evolution。


33. Snapshot Consistency

Consistent(Pi,Pj,t).\text{Consistent}(P_i,P_j,t).

34. Temporal Coherence

Coherent(P1:n,t0:t1).\text{Coherent}( P_{1:n}, t_0:t_1 ).

35. 為什麼 Coherence 更強?

兩 views 每個 snapshot 都不矛盾,

但 timeline 可能不可能。

例如:

  • UI 顯示完成;
  • backend 稍後 rollback;
  • UI 沒更新。

每一瞬間單獨都有 explanation,

整體 user journey 不 coherent。


36. 2026 Synergic Modeling 近鄰

近期 multi-view modeling 研究也開始區分:

pairwise snapshot consistency

與:

multi-view temporal coherence。

B07 將此作為 macro closure 的重要近鄰。


37. C4 — Environment Closure

CE.C_E.

回答:

在真正 intended / target environment 中,系統是否仍成立?


38. Test Environment ≠ Target Environment

例如:

  • local;
  • staging;
  • production;
  • mobile;
  • browser;
  • hardware;
  • network;
  • external provider。

39. NASA Validation 的重要外部錨點

NASA 明確區分:

verification:product was done right。

validation:right product was done。

而 validation 需要:

intended environment + stakeholder expectations。


40. 因此 C_E 不可被 Local CI 完全替代

CIlocal=PASSCI_{local}=PASS

不推出:

TargetEnvironment=PASS.\text{TargetEnvironment}=PASS.

41. Environment Closure 不一定是 Production

可以:

  • production-like;
  • simulator;
  • test rig;

只要:

足以 support current claim。


42. Environment Adequacy 也需要 Evidence

environment:
  target:
  realized:
  differences:
  claim_impact:

43. Degraded Environment

例如 production inaccessible。

staging replay:

DEGRADED.DEGRADED.

Completion claim 必須縮 scope。


44. C5 — Macro-Object Closure

CM.C_M.

回答:

作為一個整體,task-scoped macro-object 是否真的能產生目標 behavior / state transition?


45. Macro Closure 不等於前四層純 AND 的同義詞

它要求:

IntegratedExecutableWitness.\boxed{ \text{IntegratedExecutableWitness}. }

46. Macro Witness

令:

WM.W_M.

是一個可觀察:

end-to-end macro behavior 成立

的 witness。


47. Witness Example:Software

user action
→ frontend
→ API
→ persistence
→ updated render

完整成立。


48. Witness Example:Game

player input
→ mechanic
→ animation
→ state change
→ feedback
→ save / progression

49. Witness Example:Agent Action

intent
→ plan
→ tool action
→ world change
→ fresh observation
→ postcondition verified

50. Witness Example:Deployment

artifact
→ deployment
→ target runtime
→ external consumer
→ expected behavior

51. NASA Product Integration

NASA Product Integration 將 integration 描述為:

subsystem interactions + interactions with environments,

並檢查 integrated product:

  • functions properly;
  • no adverse emergent behavior。

這與:

CB+CM+CEC_B+C_M+C_E

高度相鄰。


52. Macro Witness > Artifact Existence

因此:

ArtifactExists⇏MacroBehaviorExists.\boxed{ \text{ArtifactExists} \nRightarrow \text{MacroBehaviorExists}. }

53. Macro Witness 也不是 Universal Proof

一條成功 flow:

WM+W_M^+

只證:

至少一個 required successful trajectory。

它不能保證:

  • all negative cases;
  • all hidden dependencies;
  • all environments。

54. Witness Bundle

所以高風險 claim 可使用:

W=(Wbeh,Wstruct,Wdisc,Wenv,Wintent).\boxed{ \mathcal W = ( W_{beh}, W_{struct}, W_{disc}, W_{env}, W_{intent} ). }

55. Behavioral Witness

Wbeh.W_{beh}.

target behavior 可實際觀察。


56. Structural Witness

Wstruct.W_{struct}.

必要結構/dependency 沒靠 hidden support。


57. Discriminative Witness

Wdisc.W_{disc}.

validator 能拒絕 relevant bad state。


58. Environmental Witness

Wenv.W_{env}.

target environment / realistic condition 成立。


59. Intent Witness

Wintent.W_{intent}.

user / stakeholder outcome 與原始目的一致。


60. Production Closure Runtime 的對接

既有 MSSP × TDD × APR Runtime 已建立:

BehavioralClosure,\text{BehavioralClosure}, StructuralClosure,\text{StructuralClosure}, DiscriminativeClosure.\text{DiscriminativeClosure}.

B07 將其視為:

MacroCertificateEvidenceAxes.\boxed{ \text{MacroCertificateEvidenceAxes}. }

61. Behavioral Closure

問:

行為是否真成立?


62. Structural Closure

問:

移除 hidden support 後仍成立嗎?


63. Discriminative Closure

問:

validator 能區分 bad / equivalent states 嗎?


64. Discriminative Adequacy 是 Certification Guard

它不是新的 world layer。

因為:

validator quality

是:

claim-certification property.\boxed{ \text{claim-certification property}. }

65. C6 — Intent Closure

CI.C_I.

最終回答:

即使所有技術層都成立,我們有沒有完成使用者真正要的那件事?


66. Intent

令 canonical intent:

It.I_t.

它不是:

第一條 literal prompt 永遠不可修正。

而是:

  • original intent;
  • authorized clarifications;
  • authorized scope changes;
  • required implied invariants。

67. Canonical Intent Object

I∗=(Goal,Scope,Constraints,SuccessSemantics,AuthorityHistory).\boxed{ I^\ast = ( \text{Goal}, \text{Scope}, \text{Constraints}, \text{SuccessSemantics}, \text{AuthorityHistory} ). }

68. Intent Closure

令 effective outcome:

X∗.X^\ast.

則:

CI=1[Align(X∗,I∗)≥τI].\boxed{ C_I = \mathbf 1[ Align( X^\ast, I^\ast ) \ge\tau_I ]. }

69. Align 不必是單一數字

可以是:

  • goal satisfaction;
  • scope;
  • forbidden effects;
  • user-visible outcome;
  • authority。

所以:

IntentClosure\boxed{ \text{IntentClosure} }

通常是 structured judgment。


70. Series A 的母問題在這裡回來

A01:

VerificationSuccess∧IntentMismatch.\text{VerificationSuccess} \land \text{IntentMismatch}.

就是:

CV=1,CI=0.C_V=1, C_I=0.

71. Green Closure Misalignment

CL,CB,…\boxed{ C_L,C_B,\ldots }

可能局部都高,

但:

CI=0.C_I=0.

仍:

Complete=0.Complete=0.

72. Certification Guard 1 — Evidence Sufficiency

ES.E_S.

問:

每個 mandatory closure claim 有足夠 evidence 嗎?


73. Evidence Exists ≠ Evidence Sufficient

一張 screenshot:

不足以證 transaction semantics。

一個 unit test:

不足以證 user experience。


74. Claim-Evidence Match

EvidenceAuthority=f(ClaimType).\boxed{ \text{EvidenceAuthority} = f(ClaimType). }

75. Evidence Sufficiency Vector

claim:
  evidence:
  coverage:
  freshness:
  independence:
  scope_match:

76. Certification Guard 2 — Discriminative Adequacy

DA.D_A.

validator 需要:

Accept(W+),Accept(W^+), Reject(W−),Reject(W^-), Accept(Weq).Accept(W^{eq}).

77. Green Validator 可能沒有判別力

如果 mutation 後仍 PASS:

DA=0.D_A=0.

78. Certification Guard 3 — Freshness / Relevance

FR.F_R.

Evidence:

  • old version;
  • wrong environment;
  • wrong scope;

都不能支援 current completion。


79. Freshness

Fresh(E,t).Fresh(E,t).

80. Relevance

Relevant(E,Q).Relevant(E,Q).

81. Version Match

Version(E)=Version(X).Version(E)=Version(X).

82. Certification Guard 4 — Blocking Obligation Closure

OC.O_C.

A05 / Global-First:

OPEN
RESOLVED
BLOCKED_EXTERNAL
DEFERRED_BY_SCOPE
OUT_OF_SCOPE

83. Completion 不要求 Findings Empty

要求:

BlockingOpenObligations=∅.\boxed{ \text{BlockingOpenObligations} = \varnothing. }

84. Findings 可以留

  • optional hardening;
  • future feature;
  • low-impact issue。

85. Certification Guard 5 — Scope / Authority Alignment

SA.S_A.

回答:

completion claim 是否在 authorized scope 內?


86. Reviewer 不能擴 Scope

A05:

ReviewerAuthority≠ProductScopeAuthority.\text{ReviewerAuthority} \neq \text{ProductScopeAuthority}.

87. Validator 不能擴 Scope

test 自己新增 requirement:

≠canonical scope.\neq \text{canonical scope}.

88. 完整 Completion Predicate

所以:

Complete∗=(CL∧CB∧CP∧CE∧CM∧CI)∧(ES∧DA∧FR∧OC∧SA).\boxed{ \text{Complete}^\ast = ( C_L \land C_B \land C_P \land C_E \land C_M \land C_I ) \land ( E_S \land D_A \land F_R \land O_C \land S_A ). }

89. 這不是 Absolute Truth Predicate

它仍然是:

Complete(X∣I,Scope,Environment,EvidenceStandard,Time).\boxed{ Complete( X \mid I, \text{Scope}, \text{Environment}, \text{EvidenceStandard}, \text{Time} ). }

90. Scoped Completion

CompleteS1=1Complete_{S_1}=1

可以同時:

CompleteS2=0.Complete_{S_2}=0.

91. Versioned Completion

Complete(Xv).\boxed{ Complete( X_v ). }

新 version:

v+1v+1

需 affected closure update。


92. Time-Indexed Completion

動態 system:

Completet=1Complete_t=1

不保證:

Completet+1=1.Complete_{t+1}=1.

93. Completion Is Reopenable

新:

  • world change;
  • evidence;
  • contradiction;
  • scope change;

可:

CLOSED→REOPENED.\boxed{ \text{CLOSED} \rightarrow \text{REOPENED}. }

94. Reopening 不代表前一次 Completion 是騙人

如果:

當時 evidence 足、scope 合法。

新的 world state:

改變。

則:

TemporalValidity.\boxed{ \text{TemporalValidity}. }

95. Completion Validity Interval

可記:

[t0,t1]\boxed{ [t_0,t_1] }

或:

valid_until:
  affected_change
  TTL
  environment_change

96. Completion Reopen Condition

reopen_if:
  - affected_boundary_changes
  - evidence_expires
  - target_environment_changes
  - new_blocking_evidence
  - authorized_scope_changes

97. Closure Memory

不要每次全清零。

每一 closed claim:

  • evidence;
  • version;
  • reopen condition。

98. Causal Invalidation

若:

Affected(Claimi,ΔX)=1,\text{Affected}( \text{Claim}_i, \Delta X )=1,

reopen。

否則:

Reuse.\text{Reuse}.

99. Partial Closure Vector

真實 task:

C=(cL,cB,cP,cE,cM,cI)\boxed{ \mathbf C = ( c_L, c_B, c_P, c_E, c_M, c_I ) }

可用於 diagnosis。


100. 但不應壓成一個百分比

Mean(C)\text{Mean}(\mathbf C)

會隱藏:

intent 低但 local 高。


101. Completion Topology

比 scalar 更重要的是:

哪一層 OPEN?


102. Example

C=(1.0,1.0,0.6,0.9,0.8,0.5).\mathbf C = ( 1.0, 1.0, 0.6, 0.9, 0.8, 0.5 ).

不能:

80% complete。

因為 Intent Closure 只有:

0.5.0.5.

103. Blocking Dimension

某些 closure 維度:

ck<τkc_k<\tau_k

立即 block。


104. Threshold 依 Risk

低風險:

τP\tau_P

較低。

高風險:

τP↑.\tau_P\uparrow.

105. Completion Vector + Hard Gates

所以:

Score\text{Score}

只供:

  • diagnosis;
  • progress。

Final claim 仍需要 hard gates。


106. Cross-Perspective Closure 的真正條件

CP=1C_P=1

不是:

所有人 PASS。

而:

  1. relevant set 建立;
  2. required perspectives 有 evidence;
  3. material contradictions resolved / explained / authorized-deferred;
  4. no blocking unknown perspective gap;
  5. evidence lineage 可追。

107. Perspective Gap

如果 task 需要:

Pvisual,P_{visual},

但:

NOT_MEASURED,\text{NOT\_MEASURED},

則:

CP=0.C_P=0.

108. Perspective Non-Requirement

如果 task pure parser:

Pvisual=NOT_REQUIRED.P_{visual}=\text{NOT\_REQUIRED}.

不 block。


109. Closure 要有 Negative Space

Completion certificate 必須說:

哪些沒有測。

否則 user 會把:

未提及

誤成:

已證明沒問題。


110. Not-Measured Section

not_measured:
  - production_load
  - human_accessibility

111. Deliberately Not Claimed

既有 AIDA delivery receipt 已直接使用:

Deliberately Not Claimed

這是一個非常成熟的 closure discipline。


112. 例

independent Twin closure: NOT CLAIMED
production readiness: NOT CLAIMED

比:

大概沒問題

強很多。


113. Claim Boundary

每個 certificate 需要:

ClaimBoundary.\boxed{ \text{ClaimBoundary}. }

114. Completion Certificate ≠ Marketing Statement

它是:

auditable epistemic artifact.\boxed{ \text{auditable epistemic artifact.} }

115. Assurance Case 近鄰

NIST 對 assurance case 的定義:

reasoned, auditable artifact supporting top-level claim with systematic argument, evidence, and explicit assumptions。

這與 Completion Certificate 有高度結構親緣。


116. B07 不等於 Safety Case

本文 completion certificate:

  • domain general;
  • 可低風險;
  • 不必滿足安全認證標準。

所以:

CompletionCertificate≠CertifiedSafetyCase.\boxed{ \text{CompletionCertificate} \neq \text{CertifiedSafetyCase}. }

117. 但可以借 Claim–Argument–Evidence

Claim←Argument←Evidence.\boxed{ \text{Claim} \leftarrow \text{Argument} \leftarrow \text{Evidence}. }

118. GSN

Goal Structuring Notation Version 3:

提供 engineering arguments 的標準化表示與 good-practice guidance。

B07 可作:

lightweight structured closure case。


119. Completion Assurance Case

頂層 claim:

Task X is complete for scope S at version V.

120. Subclaims

  • local;
  • boundary;
  • perspective;
  • environment;
  • macro witness;
  • intent。

121. Evidence

每 subclaim:

evidence refs。


122. Assumptions

例如:

  • target browser;
  • external API version;
  • no production access;
  • risk threshold。

123. Context

  • intent;
  • scope;
  • version;
  • time。

124. Rebuttal / Defeater

可記:

  • known conflict;
  • unmeasured domain;
  • residual risk。

125. Dynamic Assurance

2025 argument-based AI fairness assurance 工作提出:

claim / argument / evidence 可在 lifecycle 中以 monitoring 持續更新。

這與:

VersionedCompletionCertificate\boxed{ \text{VersionedCompletionCertificate} }

非常接近。


126. Agentic AI 對 Assurance 的新問題

2026 一項 agentic AI T&E 研究指出:

傳統 assurance methods 對 system specifiability、stability、composability、supervisability 的假設會被 agentic properties 削弱。

它的重要提醒是:

evidence 本身不夠,還要檢查 evidence→claim 的 argument assumptions。


127. 因此 B07 要有 Assumption Ledger

assumptions:
  - world_state_stable_during_test
  - provider_api_version=v3
  - mobile_viewport=390x844

128. Assumption Invalidated → Reopen

如果:

Assumptioni=FALSE,\text{Assumption}_i=\text{FALSE},

相關 closure:

REOPEN.\text{REOPEN}.

129. Evidence ≠ Claim

這是 Assurance Case 思想的核心之一。

一個 test result:

E.E.

需要:

Argument(E⇒Claim).\text{Argument}(E\Rightarrow \text{Claim}).

130. Argument Layer

例如:

mobile screenshot PASS

怎麼支援:

mobile user-visible layout correct

需要:

  • viewport match;
  • current version;
  • full relevant region;
  • post-action state。

131. Weak Argument

evidence 真,

但 claim promotion 過大。

這就是 Green Closure Misalignment。


132. Evidence-Claim Promotion Audit

對每 promotion:

E→CE\rightarrow C

問:

  1. scope match?
  2. freshness?
  3. authority?
  4. discriminative power?
  5. missing counterexample?

133. Completion Certificate v3

本文提出:

completion_certificate:
  id:
  version:
  created_at:

  claim:
    status: COMPLETE
    scope:
    macro_object:
    intent_ref:
    validity:
      from:
      until_condition:

  closure:
    local:
      status:
      evidence:
    boundary:
      status:
      required:
      unresolved:
      evidence:
    perspective:
      relevant:
      results:
      unresolved_conflicts:
    environment:
      target:
      realized:
      differences:
      status:
    macro_object:
      witness:
      status:
    intent:
      status:
      alignment_basis:

  certification_guards:
    evidence_sufficient: true
    discriminative_adequacy: true
    evidence_fresh: true
    blocking_obligations: []
    scope_authorized: true

  evidence_roots:
    - ...

  assumptions:
    - ...

  not_measured:
    - ...

  deferred_by_scope:
    - ...

  residual_risk:
    - ...

  deliberately_not_claimed:
    - ...

  reopen_conditions:
    - ...

  authority:
    completion_authority:

134. Certificate 必須 Versioned

因為:

  • evidence;
  • world;
  • scope;

都會變。


135. Certificate 不應 Mutate 被驗證 Artifact

若 exact artifact attestation,

certificate 可以在 artifact 外。

既有 AIDA receipt 已採這種設計。


136. Self-Mutating Attestation Problem

如果:

加 completion receipt 會改 artifact hash,

會破壞所 attested version。


137. Exact Artifact Identity

可存:

Hash(Artifact).Hash(Artifact).

138. Macro Object 不一定可 Hash

runtime world 不可能只 hash。

所以需要:

  • version;
  • environment;
  • timestamps;
  • evidence roots。

139. Closure Authority

誰可以宣告:

COMPLETE?COMPLETE?

140. Completion Supervisor

Global-First 已提出 Completion Supervisor:

close actionable obligations。

B07 將它升級為:

ClosureControlPlane.\boxed{ \text{ClosureControlPlane}. }

141. Completion Authority ≠ Reviewer

reviewer 可以:

  • find;
  • challenge;
  • request evidence。

但:

Reviewer≠CompletionAuthority.\boxed{ \text{Reviewer} \neq \text{CompletionAuthority}. }

142. Completion Authority ≠ Validator

test suite:

沒有 product scope authority。


143. Completion Authority 也不能 Override Evidence

人類說:

我批准。

若 required evidence fail,

只能:

risk acceptance / waiver,

不能改寫:

FAIL→PASS.FAIL\rightarrow PASS.

144. Waiver

可有:

AcceptedResidualRisk.\boxed{ \text{AcceptedResidualRisk}. }

但必須:

  • explicit;
  • authorized;
  • scoped。

145. Waived != Passed

WAIVED≠PASS.\boxed{ \text{WAIVED} \neq \text{PASS}. }

146. Deferred != Resolved

DEFERRED≠RESOLVED.\boxed{ \text{DEFERRED} \neq \text{RESOLVED}. }

147. Blocked External != Failed

外部 dependency unavailable:

BLOCKED_EXTERNAL.BLOCKED\_EXTERNAL.

不是:

FAILFAIL

也不是:

PASS.PASS.

148. Closure State Algebra

至少:

PASS
FAIL
OPEN
UNKNOWN
CONFLICTED
STALE
BLOCKED_EXTERNAL
DEFERRED
WAIVED
NOT_REQUIRED
NOT_MEASURED

149. Boolean Compression 太早會丟語義

如果所有:

→PASS,FAIL,\rightarrow {PASS,FAIL},

會把:

  • unknown;
  • deferred;
  • stale;

混掉。


150. Final Boolean 只在 Promotion Gate 產生

內部保留 richer states。


151. Closure Algebra 的 Promotion

例如:

Complete=1Complete=1

only if:

  • mandatory closures PASS;
  • allowed WAIVED / deferred only under policy;
  • no blocking UNKNOWN / CONFLICTED / STALE。

152. Cross-Perspective Coherence Ledger

conflict:
  perspectives:
    - backend
    - ux
  same_claim: false
  explanation: scope-difference
  status: EXPLAINED_BY_SCOPE

153. 真 Conflict

conflict:
  perspectives:
    - db
    - payment_provider
  claim: single_charge
  status: BLOCKING

154. Conflict Resolution Path

  1. align scope;
  2. align time;
  3. align semantics;
  4. compare evidence roots;
  5. increase resolution;
  6. reobserve;
  7. preserve unresolved if still real。

155. Do Not Force Consensus

如果 real conflict:

留著。


156. Cross-Perspective Closure ≠ Conflict Absence in All Possible Views

只對:

Prel.\mathcal P_{rel}.

157. Relevant Set 也要可審計

certificate:

perspective_selection:
  included:
  excluded:
  reason:

158. Excluded Perspective

例如:

security: NOT_REQUIRED
reason: no auth/input/trust-boundary change

159. 這防止事後補刀

不能:

任意想一個 perspective 沒驗過,就宣稱當時不 complete。

需要:

RelevanceAtTime.\text{RelevanceAtTime}.

160. Completion Snapshot

C∗(t,v,S,I).\boxed{ C^\ast(t,v,S,I). }

歷史判斷要用:

當時 scope / evidence / risk。


161. 新知識可以 Reopen Future State

但不必 retroactively 宣稱:

當時所有人說謊。


162. Epistemic Humility

Certificate 應承認:

在目前 evidence standard 下 complete。

不是:

metaphysically perfect。


163. Residual Risk

所有工程都有:

ResidualRisk>0ResidualRisk>0

可能。


164. Risk Transparency

residual_risk:
  - low_probability_browser_edge

165. Residual Risk 不等於 Blocker

若:

  • accepted;
  • within policy。

166. Completion != Perfection

再固定:

Complete⇏Perfect.\boxed{ \text{Complete} \nRightarrow \text{Perfect}. }

167. Completion != Zero Unknown

Unknown>0⇏Incomplete.\boxed{ Unknown>0 \nRightarrow \text{Incomplete}. }

只要 unknown:

不影響 current decision / risk threshold。


168. Decision-Sufficient Completion

B01/B03:

若所有 remaining compatible states:

DecisionQDecision_Q

一致,

可停止。

B07:

這是 closure stopping semantics。


169. Completion Stop Rule

Stop\boxed{ \text{Stop} }

當:

  1. all mandatory closure dimensions satisfied;
  2. no blocking obligation;
  3. required evidence sufficient;
  4. material conflicts resolved / typed;
  5. marginal validation information gain low;
  6. intent aligned。

170. Global-First Stop Rule

既有 Skill:

critical obligations closed
AND required evidence sufficient
AND marginal information gain low

B07 加:

cross-perspective + intent topology。


171. More Validation After Closure

可能:

Cost>Value.Cost>Value.

不應因:

仍能想像新 edge case

無限延長。


172. Completion Drift Guard

A05:

review 不能自動生成 infinite obligations。

B07 certificate:

finding classification 必須在 closure plane。


173. Perception Finding ≠ Blocking Closure Gap

B06 發現:

visual polish suggestion。

可能:

NONBLOCKING.NONBLOCKING.

174. Macro Witness Failure 一定 Blocking 嗎?

若 witness 是 mandatory path:

YES.YES.

若 optional scenario:

NO.NO.

scope matters。


175. Intent Closure 是 Terminal Criterion,但不是唯一 Layer

若 Intent 看起來滿足,

local hidden unsafe defect 仍可能 block。

所以:

CI=1⇏Complete=1.\boxed{ C_I=1 \nRightarrow Complete=1. }

176. 反過來 Local 全 PASS 也不夠

Series A 已證。


177. Completion 是 Conjunctive with Typed Exceptions

最終不是 simple vote。


178. Macro Witness 與 Validation

NASA validation:

verified end product satisfies intended use in intended environment。

因此:

Verification→Validation\boxed{ \text{Verification} \rightarrow \text{Validation} }

並不是重複檢查。


179. Validation 重新連到 Stakeholder

這正是:

CI.C_I.

180. Environment + Intent

CE+CI\boxed{ C_E + C_I }

是「right product」層。


181. Local + Boundary

CL+CBC_L+C_B

偏「built right」。


182. Perspective

CPC_P

連接:

我們是否從足夠相關角度知道它 built/right?


183. Macro

CMC_M

連接:

整體是否真的活起來?


184. Closure Stack

Intent Closure
↑
Macro-Object Closure
↑
Environment Closure
↑
Cross-Perspective Closure
↑
Boundary Closure
↑
Local Closure

不是嚴格序列,

但有層級依賴。


185. Cross-Cutting Guards

旁邊:

Evidence
Discrimination
Freshness
Obligations
Authority

186. Completion Topology Diagram

                ┌───────────────┐
                │ Intent Closure│
                └───────┬───────┘
                        │
                ┌───────v───────┐
                │ Macro Witness │
                └───────┬───────┘
                        │
        ┌───────────────┼───────────────┐
        │               │               │
     Environment    Perspective      Boundary
        │               │               │
        └───────────────┼───────────────┘
                        │
                     Local

Cross-cutting:
Evidence / Freshness / Discriminative Adequacy /
Blocking Obligations / Scope & Authority

187. Completion Certificate 不是 DAG Proof 必需

低風險 task 不必畫 GSN。

可用 compact YAML。


188. 高風險 Task 可以升級成 Assurance Case

需要:

  • argument;
  • assumptions;
  • evidence;
  • independent review。

189. Adaptive Completion Documentation

DocumentationDepth=f(Risk,Irreversibility,Compliance,AuditNeed).\text{DocumentationDepth} = f( \text{Risk}, \text{Irreversibility}, \text{Compliance}, \text{AuditNeed} ).

190. A04 的 Ceremony Guard

不要把 B07 變成:

每個 typo 都寫 20-page certificate。


191. Lightweight Receipt

小 task:

scope:
local: PASS
boundary: NOT_REQUIRED
intent: PASS
evidence:
status: COMPLETE

192. Medium Certificate

feature change:

  • local;
  • boundary;
  • perspective;
  • environment。

193. Deep Assurance Case

high risk:

  • GSN / CAE;
  • independent evidence;
  • assumptions;
  • authority。

194. Completion Documentation ≠ Completion

文檔很漂亮,

但 world fail:

Incomplete.\text{Incomplete}.

195. Completion Without Documentation?

低風險可以 verbal。

但 automation / audit:

evidence receipt valuable。


196. Agent Long-Horizon Necessity

autonomous Agent:

需要 machine-readable closure state。

否則下一輪不知道:

  • 已驗什麼;
  • 哪裡可 reopen。

197. Completion State Store

closure_state:
  claims:
  evidence:
  reopen_conditions:
  version:

198. Closure Event

OPENED
EVIDENCE_ADDED
CONFLICT_ADDED
RESOLVED
CLOSED
REOPENED
EXPIRED

199. Completion Is Event-Sourced

保留 history:

為什麼當時宣告 complete?


200. Completion Provenance

CompleteClaim→Evidence+Argument+Authority+Time.\boxed{ \text{CompleteClaim} \rightarrow \text{Evidence} + \text{Argument} + \text{Authority} + \text{Time}. }

201. Agent Self-Completion Risk

同 Agent:

  • implement;
  • test;
  • judge;
  • declare。

可能 common-mode error。


202. Independence Requirement

依 risk:

IndependenceRequired=f(Risk).\text{IndependenceRequired} = f(\text{Risk}).

203. Low Risk

same-agent self-check 可足。


204. High Risk

需要:

  • independent evidence;
  • Twin;
  • human;
  • deterministic verifier。

205. A08 的 Evidence Root

Certificate 可列:

evidence_roots:
  - runtime_trace
  - browser_render
  - independent_test

206. Agent Count 不重要

三個 Agents 同 root:

Nroot=1.N_{\text{root}}=1.

207. Evidence Independence

高風險:

至少一條不同 failure path。


208. Homogeneous Green Guard

若:

  • same model;
  • same test;
  • same summary;

certificate:

independence=LOW.\text{independence}=\text{LOW}.

209. Certificate 不應偽稱 Independent

既有 AIDA:

independent Twin closure deliberately not claimed。

這是正確做法。


210. Environment Witness 也需 Independence?

視風險。

例如:

provider receipt

最好加:

independent world read。


211. Receipt ≠ Outcome

B06/PNCW:

Receipt≠IndependentVerification.\text{Receipt} \neq \text{IndependentVerification}.

212. Post-Action Evidence 是 Macro Closure 必需之一

如果 task 改 world:

Action→FreshObservation.\boxed{ \text{Action} \rightarrow \text{FreshObservation}. }

213. Prediction ≠ Postcondition

ExpectedOutcome≠ObservedOutcome.\text{ExpectedOutcome} \neq \text{ObservedOutcome}.

214. B07 Closure Control Plane

B06:

DynamicEvidencePlane.\text{DynamicEvidencePlane}.

B07:

ClosureControlPlane.\boxed{ \text{ClosureControlPlane}. }

215. Evidence Plane 提供

  • observations;
  • provenance;
  • conflicts;
  • freshness。

216. Closure Plane 判

  • relevant?
  • sufficient?
  • blocker?
  • complete?

217. Perception 不擁有 Scope

B06 finding:

新 idea。

B07:

classifies。


218. Closure Plane 不應修改 World

它做:

  • judgment;
  • obligation / certificate state。

Action 仍由 execution plane。


219. Closure / Execution Separation

Certify≠Execute.\boxed{ \text{Certify} \neq \text{Execute}. }

220. Closure / Authority Separation

Completion Supervisor 可計算:

readiness。

但 external commit:

authority gate。


221. Completion Ready vs Authorized Release

Ready≠Released.\boxed{ \text{Ready} \neq \text{Released}. }

222. Product Complete vs Deployment Approved

兩個 claim。


223. 技術 Closure 與組織 Approval 不要混

這能避免:

一個主管按 approve = 技術 PASS。


224. Authority Receipt

release_authority:
  decision:
  signer:
  scope:

225. Completion Claim 可存在但 Release = HOLD

例如:

technically ready, business launch delayed。


226. Release 可被迫但 Completion = FAIL?

組織可能 risk-accept。

應記:

released_with_waiver

不是:

PASS

227. Completion Semantics 需要誠實

這是 A02 的延伸。


228. Observed / Inferred / Reviewed / Verified / Effective

certificate 每 claim 可標:

basis:
  observed
  inferred
  verified

229. Claim Authority Match

一個 LLM reviewer:

不能宣告 legal compliance。

除非:

designated system / human authority。


230. Cross-Perspective Closure 與 Human Stakeholder

某些 intent:

  • aesthetic;
  • taste;
  • product direction;

human stakeholder 可能是不可替代 operator。


231. Human Perspective 不一定全程介入

只在 boundary:

HumanAtBoundary.\text{HumanAtBoundary}.

232. User Acceptance

若 original intent 本質主觀:

"這是我想要的風格嗎?"

AI evidence 只能 support,

不能完全替代 user preference。


233. Intent Authority

IntentOwner\boxed{ \text{IntentOwner} }

最終可修改 intent。


234. 但 Intent Owner 不能改物理結果

user 說:

它沒 bug。

不讓 bug 消失。

因此:

PreferenceAuthority≠FactAuthority.\boxed{ \text{PreferenceAuthority} \neq \text{FactAuthority}. }

235. Fact / Intent / Release Authority

三種 authority 分開:

  • Fact authority:evidence;
  • Intent authority:stakeholder;
  • Release authority:organization/policy。

236. Closure 需要 Authority Topology

AF,AI,AR.\boxed{ A_F, A_I, A_R. }

237. Macro Completion 是多權限協同

不能一個 universal judge。


238. Intent Closure 的最高風險錯誤

完成:

一個非常好的產品,

但不是:

使用者要的產品。


239. 技術過度完成

甚至:

比需求更高級。

仍可能:

CI<1.C_I<1.

240. Scope Respect

追加未授權 feature:

可能降低 intent alignment。


241. Minimal Disturbance

Global-First:

minimum global disturbance。

Intent closure 也包含:

不做不需要的改變。


242. Unintended Side Effects

即使 goal 完成,

如果 forbidden effect:

F.F.

發生,

CI=0.C_I=0.

243. Intent Contract

intent:
  must:
  must_not:
  preferences:
  scope:
  authority:

244. Must Not

非常重要。

例如:

不要改 API。

功能成功但 API breaking:

IntentFail.\text{IntentFail}.

245. Completion Witness 需要負面條件

不只是:

target happened。

還要:

forbidden outcome didn't happen

在 required scope。


246. Discriminative Witness 接回來

mutation / negative cases:

W−.W^-.

247. Completion Claim 的三種方向

  1. Positive: required happened。
  2. Negative: prohibited did not happen。
  3. Equivalence: allowed alternatives accepted。

248. 三者一起比較穩健

Positive+Negative+Equivalent.\boxed{ \text{Positive} + \text{Negative} + \text{Equivalent}. }

249. Final Relevant Global Validation

Global-First:

final relevant global validation。

B07 定義它不是:

rerun everything。

而:

validate closure topology affected by final state.\boxed{ \text{validate closure topology affected by final state.} }

250. Closure Cone

對 final change:

ΔXf.\Delta X_f.

需要 revalidate:

ConeC(ΔXf).\text{Cone}_C(\Delta X_f).

251. Closure Cone 可能跨 Perspectives

改 auth:

  • backend;
  • security;
  • UX;
  • environment。

252. Closure Cone ≠ Dependency Cone Only

還包括:

  • intent;
  • authority;
  • stakeholder。

253. Completion Certificate Update

只更新 affected sections。


254. Incremental Closure

Ct+1=Update(Ct,ΔX,Enew).\boxed{ C_{t+1} = \text{Update}( C_t, \Delta X, E_{new} ). }

255. 不需每次重建全部 Certificate

重要 scalability。


256. Cross-Perspective Closure Algorithm

概念:

1. Load canonical intent and scope.
2. Build/update task macro-object.
3. Compute required local and boundary claims.
4. Compute relevant perspective set.
5. Acquire/validate required evidence via APR-DGO.
6. Align claims by scope/time/semantics.
7. Classify conflicts.
8. Obtain macro witness.
9. Validate target environment.
10. Evaluate intent closure.
11. Close blocking obligations.
12. Check evidence/discriminative/freshness/authority guards.
13. Emit certificate.
14. STOP or \text{REOPEN}.

257. 不需要先「全角色討論」

Perspective routing 是按需。


258. Conflict Resolution Algorithm

Conflict
→ same claim?
→ same scope?
→ same time?
→ same semantics?
→ evidence roots?
→ raise resolution / reobserve?
→ blocking?

259. Conflict Classification 先於 Repair

否則:

把假 conflict 修成真 bug。


260. Macro Witness Algorithm

select required end-to-end flow
→ identify preconditions
→ execute / simulate
→ capture fresh evidence
→ compare postcondition
→ archive witness

261. Intent Closure Algorithm

canonical intent
→ extract must/must-not
→ map to effective outcomes
→ verify no material gap

262. Completion Reopen Algorithm

new event
→ affected claims
→ invalidate evidence
→ reopen closure dimensions
→ targeted re-observe

263. Completion Certificate API

{
  "status": "COMPLETE",
  "version": "v17",
  "scope": "...",
  "closure": {
    "local": "PASS",
    "boundary": "PASS",
    "perspective": "PASS",
    "environment": "PASS",
    "macro": "PASS",
    "intent": "PASS"
  },
  "guards": {
    "evidence": "PASS",
    "discriminative": "PASS",
    "freshness": "PASS",
    "obligations": "PASS",
    "authority": "PASS"
  }
}

264. Real certificate 必須 richer

以上是 UI summary。

底層保留:

  • evidence;
  • assumptions;
  • not measured;
  • residual risk。

265. Summary ≠ Certificate

UI 可顯示:

COMPLETE

但 drill-down 必須存在。


266. Human-Readable Summary

Completed for requested mobile checkout scope.
Verified end-to-end in staging with fresh browser and provider-sandbox evidence.
Production load was not measured.
Optional animation polish deferred.

這比:

done

更誠實。


267. Machine-Readable + Human-Readable

兩者都需要。


268. Closure Certificate 可跨 Agent 傳遞

下一 Agent 讀:

不需要從零猜。


269. Memory Crystallization

certificate 是:

HighValueSemanticCrystal.\boxed{ \text{HighValueSemanticCrystal}. }

270. 但不應替代 Evidence

certificate:

index。

不是 raw source。


271. Evidence Link 保留

future dispute:

revisit。


272. Completion Certificate 也有 TTL

dynamic claim:

expires。


273. Static Artifact

hash-stable package:

TTL 可長。


274. Live Service

TTL 短。


275. Agent Long-Running Task

completion 可能:

conditional。


276. Conditional Completion

complete while external dependency remains version v3

277. Environment Assumption

外部 API change:

reopen。


278. Completion Is Conditional Assurance

這比「永遠完成」更現實。


279. Closure Debt

如果 implementation 已完成,

但:

  • perspective;
  • environment;
  • intent;

沒 closure,

就是 A06:

ClosureDebt.\text{ClosureDebt}.

280. B07 可量化 Closure Debt

DC=∑kwk(1−ck)\boxed{ D_C = \sum_k w_k ( 1-c_k ) }

僅作 diagnosis。


281. 不用 Debt Score 宣告 Complete

hard gates 仍優先。


282. Closure Backlog

open closure claims:

QC.Q_C.

283. Completion Throughput

A06:

Verified, Governed, Reversible State Transitions。

B07 可要求:

CrossPerspectiveClosedStateTransitions.\boxed{ \text{CrossPerspectiveClosedStateTransitions}. }

284. Trusted Transition

一個 transition:

τ:Xt→Xt+1\tau:X_t\rightarrow X_{t+1}

若:

  • world closure;
  • certification guards;

成立:

TrustedClosedTransition(τ).\boxed{ \text{TrustedClosedTransition}(\tau). }

285. AI-Native Productivity 最終接口

真正 production throughput:

ΘC=NCrossPerspectiveClosedTransitionsTime.\boxed{ \Theta_C = \frac{ N_{\mathrm{CrossPerspectiveClosedTransitions}} }{ \text{Time} }. }

286. 這比 LOC / Token 更終局

因為:

每個 transition 都已綁 intent。


287. Series A + B 統一 Runtime

Intent
↓
Canonical Scope
↓
Macro Object
↓
Global Skeleton
↓
Implementation / World Change
↓
Dynamic Perspective Router
↓
APR-DGO Evidence Plane
↓
Local / Boundary / Perspective / Environment Evidence
↓
Macro Witness
↓
Intent Closure
↓
Certification Guards
↓
Completion Certificate
↓
STOP / REOPEN

288. Series A 是 Failure Diagnosis

A01:

Green != Intent。

A02:

Observable != Effective Completion。

A03:

Local != Global。

A04:

Process != Progress。

A05:

Finding != Obligation。

A06:

Generation != Trusted Absorption。

A07:

Capability != Activated Perspective。

A08:

Agreement != Independence != Correctness。


289. Series B 是 Repair Architecture

B01:

Macro Object。

B02:

Observation Operators。

B03:

Resolution。

B04:

Reason/Observe Balance。

B05:

Perspective Routing。

B06:

Dynamic Evidence Plane。

B07:

Closure Control Plane。


290. 兩系列的總公式

AI-Native Completion=Macro-Object-Aware+Dynamically Observed+Cross-Perspective Closed+Intent Aligned.\boxed{ \text{AI-Native Completion} = \text{Macro-Object-Aware} + \text{Dynamically Observed} + \text{Cross-Perspective Closed} + \text{Intent Aligned}. }

291. 全域最終定義

前幾篇逐步增加:

MacroObjectAwareness\text{MacroObjectAwareness} OperatorAwareness\text{OperatorAwareness} ResolutionControl\text{ResolutionControl} ReasoningObservationBalance\text{ReasoningObservationBalance} DynamicPerspectiveRouting.\text{DynamicPerspectiveRouting}.

B07 加最後一項:

CrossPerspectiveClosure.\boxed{ \text{CrossPerspectiveClosure}. }

292. Series B Globality v1.0

Globality=MacroObjectAwareness+OperatorAwareness+DynamicResolutionControl+ReasoningObservationBalance+PerspectiveRouting+CrossPerspectiveClosure.\boxed{ \text{Globality} = \text{MacroObjectAwareness} + \text{OperatorAwareness} + \text{DynamicResolutionControl} + \text{ReasoningObservationBalance} + \text{PerspectiveRouting} + \text{CrossPerspectiveClosure}. }

293. 這個 Globality 不要求 Maximum Context

Globality≠ContextMaximality.\boxed{ \text{Globality} \neq \text{ContextMaximality}. }

294. 不要求 All Modalities

Globality≠AllModalitiesAlwaysOn.\boxed{ \text{Globality} \neq \text{AllModalitiesAlwaysOn}. }

295. 不要求 Many Agents

Globality≠AgentCount.\boxed{ \text{Globality} \neq \text{AgentCount}. }

296. 不要求 God View

Globality≠Omniscience.\boxed{ \text{Globality} \neq \text{Omniscience}. }

297. Globality 是「知道自己在哪一個投影,還缺什麼,以及何時足夠」

這是 Series B 最終語義。


298. 最後的工程精神

不是:

懷疑到永遠。

而是:

用足夠異質且適當的 evidence,把 completion claim 支撐到可合理停止。


299. Skepticism Without Stop Rule 也是 Failure

如果永遠:

可能還有 bug,

就沒有工程 completion。


300. Confidence Without Evidence 也是 Failure

兩極都不對。


301. B07 的平衡

EvidenceEnoughToAct\boxed{ \text{EvidenceEnoughToAct} }

而非:

AllTruthKnown.\text{AllTruthKnown}.

302. 可否證條件一

如果 Cross-Perspective Closure:

  • cost 大增;
  • defect escape 不降;
  • intent alignment 不改善;

其工程價值需縮小。


303. 可否證條件二

如果 relevant perspective selection 經常漏 critical perspective,

router + closure 不可靠。


304. 可否證條件三

如果 Macro Witness 對 escaped failure 的預測力低於 ordinary tests,

需重新定義 witness。


305. 可否證條件四

如果 Completion Certificate 無法改善:

  • audit;
  • reopen;
  • handoff;

只是 ceremony。


306. 可否證條件五

如果 certificate 的 evidence→claim argument 經常無法被 reviewer 理解,

assurance layer 失去價值。


307. H1 — Closure Topology

相較單一 CI green,

multi-layer closure 應降低:

EscapedMacroDefect.\text{EscapedMacroDefect}.

308. H2 — Perspective Closure

對 multimodal / socio-technical task:

CPC_P

對 macro failure 有增量預測力。


309. H3 — Macro Witness

具有 end-to-end witness 的 task:

FalseCompletionRate↓.\text{FalseCompletionRate}\downarrow.

310. H4 — Intent Closure

顯式 CIC_I 應降低:

technically-correct-but-wrong-product。


311. H5 — Dynamic Certificate

versioned evidence / reopen conditions 應降低:

StaleCompletionClaim.\text{StaleCompletionClaim}.

312. H6 — NOT_MEASURED Discipline

明確 NOT_MEASURED 應降低:

unsupported confidence。


313. H7 — Conflict Typing

相比強制 consensus,

typed conflicts 應:

  • 保留更多有效 evidence;
  • 降低 false resolution。

314. H8 — Assurance Structure

Claim–Argument–Evidence 型 certificate 應提高:

  • third-party review;
  • handoff;
  • reproducibility。

315. H9 — Adaptive Documentation

risk-adaptive certificate 深度:

Cost↓\text{Cost}\downarrow

同時:

AuditQuality\text{AuditQuality}

維持。


316. H10 — Incremental Reopening

affected-cone reopen:

Cost↓\text{Cost}\downarrow

相比 full recertification。


317. Benchmark:False Completion Suite

建立 tasks:

all tests pass but UI wrong
all components pass but boundary wrong
all roles agree but same bad evidence
staging pass but production-like fail
macro flow works but user intent wrong
receipt success but world unchanged

318. Measure

各 completion scheme 是否:

declare COMPLETE?\text{declare COMPLETE?}

319. Desired

B07:

reject false completion。


320. Positive Suite

同時要測:

真 complete 不要過度阻擋。


321. False Block Rate

FBR=P(ActuallyComplete∧DeclaredIncomplete).\boxed{ FBR = P( \text{ActuallyComplete} \land \text{DeclaredIncomplete} ). }

322. False Completion Rate

FCR=P(ActuallyIncomplete∧DeclaredComplete).\boxed{ FCR = P( \text{ActuallyIncomplete} \land \text{DeclaredComplete} ). }

323. Cost Trade-off

追求:

FCR↓FCR\downarrow

不能讓:

FBR→1.FBR\rightarrow1.

324. Completion Utility

UC=Value(TrueComplete)−Cost(Validation)−Loss(FalseComplete)−Loss(FalseBlock).\boxed{ U_C = \text{Value}(\text{TrueComplete}) - \text{Cost}(\text{Validation}) - \text{Loss}(\text{FalseComplete}) - \text{Loss}(\text{FalseBlock}). }

325. Risk-Weighted

高風險:

Loss(FalseComplete)↑.\text{Loss}(\text{FalseComplete})\uparrow.

326. Low Risk

validation cost 更重要。


327. Closure Depth

因此:

ClosureDepth=f(Risk,Irreversibility,Scope,EvidenceGap,Environment).\boxed{ \text{ClosureDepth} = f( \text{Risk}, \text{Irreversibility}, \text{Scope}, \text{EvidenceGap}, \text{Environment} ). }

328. Completion Certificate Profile

LIGHT
STANDARD
DEEP
ASSURANCE

329. LIGHT

small reversible local task。


330. STANDARD

ordinary feature。


331. DEEP

cross-system / production。


332. ASSURANCE

regulated / high consequence。


333. Profile 決定

  • perspectives;
  • witness depth;
  • independence;
  • argument documentation。

334. Profile 不決定 Truth

只是 required evidence standard。


335. B07 Runtime State

StC=(It,Xt,Ct,Ot,Et,Kt,At,Rt,Vt).\boxed{ S_t^C = ( I_t, X_t, \mathbf C_t, O_t, E_t, K_t, A_t, R_t, V_t ). }

其中:

  • ItI_t:intent;
  • XtX_t:macro belief;
  • Ct\mathbf C_t:closure vector;
  • OtO_t:obligation ledger;
  • EtE_t:evidence;
  • KtK_t:conflicts;
  • AtA_t:assumptions / authority;
  • RtR_t:risk;
  • VtV_t:version/time validity。

336. Closure Action

atC∈{REQUEST_EVIDENCE,RESOLVE_CONFLICT,CLASSIFY_FINDING,REOPEN,CLOSE,DEFER,WAIVE,STOP}.a_t^C \in \{ \text{REQUEST\_EVIDENCE}, \text{RESOLVE\_CONFLICT}, \text{CLASSIFY\_FINDING}, \text{REOPEN}, \text{CLOSE}, \text{DEFER}, \text{WAIVE}, \text{STOP} \}.

337. REQUEST_EVIDENCE

回 B06。


338. RESOLVE_CONFLICT

回 B05/B06:

  • perspective;
  • reobserve。

339. CLASSIFY_FINDING

A05。


340. REOPEN

affected closure。


341. CLOSE

建立 claim。


342. DEFER

nonblocking。


343. WAIVE

explicit authority。


344. STOP

emit certificate。


345. B07 不應直接修 code

Closure Control Plane:

判斷。

Implementation plane:

repair。


346. Control Separation

Observe≠Judge≠Repair≠Authorize.\boxed{ \text{Observe} \neq \text{Judge} \neq \text{Repair} \neq \text{Authorize}. }

可由同 actor 擔任多 role,

但語義必須分開。


347. 系列的最終閉環

如果 B07 發現:

CP=0C_P=0

因 visual unknown,

回:

B05→B06.B05\rightarrow B06.

348. 如果 C_B=0

回:

implementation/architecture.\text{implementation} / \text{architecture}.

349. 如果 C_I=0

回:

  • intent recovery;
  • scope correction。

350. 如果 E_S=0

回:

targeted evidence。


351. 如果 O_C=0

repair blockers。


352. 如果 all closed

STOP.\text{STOP}.

353. Stop 是一級系統動作

不再是:

沒事可做。

而是:

EvidenceSupportedTerminationDecision.\boxed{ \text{EvidenceSupportedTerminationDecision}. }

354. Completion Supervisor 的成熟版本

不是:

reviewer manager。

而是:

ClosureStateController.\boxed{ \text{ClosureStateController}. }

355. Closure State Controller 目標

min⁡OpenBlockingClosureGaps\boxed{ \min \text{OpenBlockingClosureGaps} }

subject to:

  • scope;
  • evidence;
  • risk;
  • authority。

356. 不 optimize Review Count


357. 不 optimize Test Count


358. 不 optimize Agent Count


359. 不 optimize Tokens


360. optimize:

JustifiedMacroIntentClosure.\boxed{ \text{JustifiedMacroIntentClosure}. }

361. 系列總命題

Series A:

ProxySuccess≠MacroMissionClosure.\boxed{ \text{ProxySuccess} \neq \text{MacroMissionClosure}. }

Series B:

MacroMissionClosure\boxed{ \text{MacroMissionClosure} }

需要:

MacroObjectAwareness+DynamicObservation+CrossPerspectiveEvidence+IntentAlignment.\boxed{ \text{MacroObjectAwareness} + \text{DynamicObservation} + \text{CrossPerspectiveEvidence} + \text{IntentAlignment}. }

362. 最終統一式

Intent↓TaskScopedMacroObject↓DynamicPerspectiveRouting↓APR-DGO↓CrossPerspectiveEvidence↓MacroWitness↓IntentClosure↓CompletionCertificate.\boxed{ \begin{aligned} &\text{Intent} \\ &\downarrow \\ &\text{TaskScopedMacroObject} \\ &\downarrow \\ &\text{DynamicPerspectiveRouting} \\ &\downarrow \\ &\text{APR-DGO} \\ &\downarrow \\ &\text{CrossPerspectiveEvidence} \\ &\downarrow \\ &\text{MacroWitness} \\ &\downarrow \\ &\text{IntentClosure} \\ &\downarrow \\ &\text{CompletionCertificate}. \end{aligned} }

363. Series B 的核心命題

本文 v0.2 收束為三十二條。

P1 — Completion Is Macro

Completion\boxed{ \text{Completion} }

是 macro-object claim,而非單一 validator property。

P2 — Multi-Layer Closure

CW∗=CL∧CB∧CP∧CE∧CM∧CI.\boxed{ C_W^\ast = C_L \land C_B \land C_P \land C_E \land C_M \land C_I. }

P3 — Certification Guards

GC=ES∧DA∧FR∧OC∧SA.\boxed{ G_C = E_S \land D_A \land F_R \land O_C \land S_A. }

P4 — Final Completion

Complete∗=CW∗∧GC.\boxed{ \text{Complete}^\ast = C_W^\ast \land G_C. }

P5 — Local Non-Global

CL⇏Complete.\boxed{ C_L \nRightarrow \text{Complete}. }

P6 — Boundary Necessity

required cross-component relations require independent closure。

P7 — Perspective Relevance

Prel=f(Intent,Scope,Risk,Change,Unknown).\boxed{ \mathcal P_{rel} = f( \text{Intent}, \text{Scope}, \text{Risk}, \text{Change}, \text{Unknown} ). }

P8 — No All-Perspective Requirement

GlobalClosure⇏AllPerspectivesAlwaysOn.\boxed{ \text{GlobalClosure} \nRightarrow \text{AllPerspectivesAlwaysOn}. }

P9 — Perspective Closure Non-Consensus

PerspectiveClosure≠Consensus.\boxed{ \text{PerspectiveClosure} \neq \text{Consensus}. }

P10 — Conflict Preservation

KnownConflict\boxed{ \text{KnownConflict} }

應被 typed / preserved,而不是強制抹平。

P11 — Consistency / Coherence Separation

SnapshotConsistency≠TemporalCoherence.\boxed{ \text{SnapshotConsistency} \neq \text{TemporalCoherence}. }

P12 — Environment Closure

TestEnvironmentPass⇏TargetEnvironmentPass.\boxed{ \text{TestEnvironmentPass} \nRightarrow \text{TargetEnvironmentPass}. }

P13 — Macro Witness

MacroClosure\boxed{ \text{MacroClosure} }

偏好 executable end-to-end witness,而非 artifact existence。

P14 — Witness Non-Omniscience

OnePositiveWitness⇏UniversalCorrectness.\boxed{ \text{OnePositiveWitness} \nRightarrow \text{UniversalCorrectness}. }

P15 — Intent Terminality

IntentClosure\boxed{ \text{IntentClosure} }

是 completion 的 terminal semantic criterion 之一。

P16 — Correct Artifact / Wrong Intent

TechnicalCorrectness⇏IntentAlignment.\boxed{ \text{TechnicalCorrectness} \nRightarrow \text{IntentAlignment}. }

P17 — NOT_MEASURED

NOT_MEASURED≠PASS.\boxed{ \text{NOT\_MEASURED} \neq \text{PASS}. }

P18 — WAIVED

WAIVED≠PASS.\boxed{ \text{WAIVED} \neq \text{PASS}. }

P19 — DEFERRED

DEFERRED≠RESOLVED.\boxed{ \text{DEFERRED} \neq \text{RESOLVED}. }

P20 — Evidence / Claim Separation

Evidence≠Claim.\boxed{ \text{Evidence} \neq \text{Claim}. }

需要 argument / scope mapping。

P21 — Completion Certificate as Assurance Artifact

CompletionCertificate=Claim+Argument+Evidence+Assumptions+Authority+Validity.\boxed{ \text{CompletionCertificate} = \text{Claim} + \text{Argument} + \text{Evidence} + \text{Assumptions} + \text{Authority} + \text{Validity}. }

P22 — Versioned Completion

Completet⇏Completet+1.\boxed{ \text{Complete}_t \nRightarrow \text{Complete}_{t+1}. }

P23 — Reopenability

CLOSED→REOPENED\boxed{ \text{CLOSED} \rightarrow \text{REOPENED} }

是正常生命周期。

P24 — Completion Non-Perfection

Complete⇏Perfect.\boxed{ \text{Complete} \nRightarrow \text{Perfect}. }

P25 — Completion Non-Omniscience

Complete⇏AllUnknownsResolved.\boxed{ \text{Complete} \nRightarrow \text{AllUnknownsResolved}. }

P26 — Decision-Sufficient Closure

remaining uncertainty 若不再改變 authorized decision,可合理停止。

P27 — Receipt / Outcome Separation

Receipt≠ObservedOutcome.\boxed{ \text{Receipt} \neq \text{ObservedOutcome}. }

P28 — Independent Evidence Risk Adaptation

independent evidence depth 應:

f(Risk).f(\text{Risk}).

P29 — Incremental Closure

Closuret+1=Update(Closuret,AffectedCone,NewEvidence).\boxed{ Closure_{t+1} = \text{Update}( Closure_t, \text{AffectedCone}, \text{NewEvidence} ). }

P30 — Closure Control Plane

B07=ClosureControlPlane,\boxed{ B07 = \text{ClosureControlPlane}, }

而 B06:

B06=DynamicEvidencePlane.\boxed{ B06 = \text{DynamicEvidencePlane}. }

P31 — Globality v1.0

Globality=MacroObjectAwareness+OperatorAwareness+DynamicResolutionControl+ReasoningObservationBalance+DynamicPerspectiveRouting+CrossPerspectiveClosure.\boxed{ \text{Globality} = \text{MacroObjectAwareness} + \text{OperatorAwareness} + \text{DynamicResolutionControl} + \text{ReasoningObservationBalance} + \text{DynamicPerspectiveRouting} + \text{CrossPerspectiveClosure}. }

P32 — Series A + B Final Principle

 Do not ask whether every visible validator is green. Ask whether enough of the real macro-object has been observed, challenged, and aligned with intent that no remaining in-scope evidence gap can reasonably overturn the completion claim. \boxed{ \textbf{ Do not ask whether every visible validator is green. Ask whether enough of the real macro-object has been observed, challenged, and aligned with intent that no remaining in-scope evidence gap can reasonably overturn the completion claim. } }

364. 結論

Series A 從一個非常簡單、但後果巨大的問題開始:

為什麼全部綠燈,還是可能沒有完成?

答案逐漸清楚。

因為:

  • 綠燈可能只驗局部;
  • review 可能只製造流程;
  • finding 可能被錯升格;
  • 多 Agent 可能只是同質;
  • 高能力可能沒啟動正確 perspective;
  • 世界 evidence 可能根本沒進 context;
  • validator 可能沒有判別力;
  • technical success 可能完成錯意圖。

Series B 反過來問:

如果單一投影永遠不等於宏觀個體,我們應如何觀察?

因此建立:

  1. Macro Object;
  2. Role as Observation Operator;
  3. Observation Resolution;
  4. Reasoning–Observation Balance;
  5. Dynamic Perspective Routing;
  6. APR Dynamic Global Perception;
  7. Cross-Perspective Closure。

最後得到的「全域」並不是:

全部資料。

不是:

全部 Agent。

不是:

全部模態。

也不是:

一個無所不知的 super-architect。

真正的全域能力是:

Agent 知道自己正在處理哪一個宏觀個體,知道目前看到的只是什麼投影,知道哪些 relevant perspectives 尚可推翻目前信念,知道在哪裡提高解析度最有價值,並在取得足夠異質且可追溯的 evidence 後,能判定 Local、Boundary、Perspective、Environment、Macro 與 Intent 是否共同閉合。

所以:

Globality\boxed{ \text{Globality} }

的最終工程形式是:

可達的異質觀察+動態解析度+持續世界信念+可重開的閉合狀態.\boxed{ \text{可達的異質觀察} + \text{動態解析度} + \text{持續世界信念} + \text{可重開的閉合狀態}. }

而 Completion 也不再是一個:

done = true

的旗標。

它是一個:

versioned, scoped, evidence-bearing, reopenable assurance claim.\boxed{ \text{versioned, scoped, evidence-bearing, reopenable assurance claim}. }

真正的停止條件不是:

再也想不到任何問題。

而是:

在當前 intent、scope、risk、environment 與 evidence standard 下,所有會影響任務結果的必要 closure gap 已被關閉;剩下的不確定性不再足以合理推翻當前 completion claim。

因此,兩個系列最終可以濃縮成:

 Green is a local signal. Completion is a justified claim about a macro-object. \boxed{ \textbf{ Green is a local signal. Completion is a justified claim about a macro-object. } }

以及:

 Global intelligence is not the ability to observe everything. It is the ability to know which observations still matter, acquire them at sufficient resolution, reconcile their perspectives, and stop when the intended macro-world transition is adequately supported. \boxed{ \textbf{ Global intelligence is not the ability to observe everything. It is the ability to know which observations still matter, acquire them at sufficient resolution, reconcile their perspectives, and stop when the intended macro-world transition is adequately supported. } }

中文即:

綠燈只是局部訊號;完成,是一個需要被證據合理支撐的宏觀個體命題。

真正的全域智能不是把所有東西都看完,而是知道還有哪些觀察真正重要、以足夠解析度取得它們、閉合不同視角之間的差異,並在原始意圖所要求的宏觀世界轉換已獲充分支持時停止。

至此:

Series A — 綠燈錯置與操作意圖不對齊

與

Series B — 宏觀個體導向的動態全域觀察方法論

完成理論閉合。


參考文獻

A. 外部研究、標準與工程框架

  1. NASA. NASA Systems Engineering Handbook — Product Verification.
    https://www.nasa.gov/reference/5-3-product-verification/
    Verification 用於確認 realized product 符合 specified requirements,對應「product was done right」。

  2. NASA. NASA Systems Engineering Handbook — Product Validation.
    https://www.nasa.gov/reference/5-4-product-validation/
    Validation 確認 verified end product 在 intended operational environment 中滿足 stakeholder expectations 與 intended use,直接支持 B07 的 Environment / Intent Closure 分離。

  3. NASA. NASA Systems Engineering Handbook — Product Integration.
    https://www.nasa.gov/reference/5-2-product-integration/
    Product integration 處理 subsystem interactions、environment interactions、higher-level integrated behavior 與 adverse emergent behaviors,與 Boundary / Macro-Object Closure 高度相鄰。

  4. NASA. Distinctions between Product Verification and Product Validation.
    https://www.nasa.gov/reference/2-4-distinctions-between-product-verification-and-product-validation/
    清楚區分 requirement compliance 與 intended-purpose / stakeholder validation。

  5. NASA. Systems Engineering Handbook — Verification and Validation Plan Outline.
    驗證/確認計畫包含 scope、responsibility、change authority、end-item integration、complete-system integration 與 end-to-end V&V。

  6. ISO/IEC/IEEE 42010:2022. Software, systems and enterprise — Architecture description.
    https://www.iso.org/standard/74393.html
    多 viewpoint / view / model kind 之 architecture-description standard;本文以其作跨視角 representation / correspondence 的標準化背景,而不把 B07 Closure 等同 architecture-description conformance。

  7. Cicchetti, A., Ciccozzi, F., Leveque, T., et al. (2019). Multi-view approaches for software and system modelling: a systematic literature review. Software and Systems Modeling.
    https://link.springer.com/article/10.1007/s10270-018-00713-w
    系統回顧 multi-view modeling、viewpoint overlap、consistency management 與 inconsistency resolution;特別指出 practical multi-view engineering 需要管理已知 inconsistencies,而非假定所有 views 永遠天然一致。

  8. Ali, N., Baker, S., O’Crowley, R., Herold, S., Buckley, J., et al. (2018). Architecture consistency: State of the practice, challenges and requirements. Empirical Software Engineering, 23, 224–258.
    https://link.springer.com/article/10.1007/s10664-017-9515-3
    實證研究 architecture consistency、implementation–architecture divergence 與 practice barriers,支持「描述/實作/effective system 間 consistency 必須被顯式維護」。

  9. Synergic modeling of coherent systems. Software and Systems Modeling (2026).
    https://link.springer.com/article/10.1007/s10270-026-01404-7
    區分 static pairwise multi-view consistency 與跨 trajectory 的 multi-view coherence;本文以其作 Cross-Perspective Consistency vs Temporal Coherence 的最新外部近鄰。

  10. Aßmann, U. et al. / runtime view-model line; EMF-Syncer: scalable maintenance of view models over heterogeneous data-centric software systems at run time. Software and Systems Modeling (2023/2024).
    支持 heterogeneous runtime data、view models、incremental synchronization 與 runtime consistency maintenance,是 B06/B07 persistent dynamic views 的近鄰。

  11. ACWG / Safety-Critical Systems Club. (2021). Goal Structuring Notation Community Standard (Version 3).
    https://scsc.uk/gsn-standard
    GSN 提供 engineering arguments 的 notation 與 best-practice guidance;本文只借其 Claim–Argument–Evidence / assumptions 思想作 Completion Certificate 的 assurance-case 近鄰。

  12. NIST CSRC. Assurance Case — Glossary.
    https://csrc.nist.gov/glossary/term/assurance_case
    將 assurance case 定義為 reasoned、auditable artifact,以 systematic arguments、underlying evidence 與 explicit assumptions 支持 top-level claims。

  13. NASA / NTRS. Assurance Case Notations and Tools.
    介紹 Claims–Argument–Evidence(CAE)、GSN 等 structured assurance-case approaches,支持 B07 的「Evidence != Claim,需要 argument layer」。

  14. Sabuncuoglu, A., Burr, C., & Maple, C. (2025). Justified Evidence Collection for Argument-based AI Fairness Assurance. arXiv:2505.08064.
    將 dynamic argument-based assurance 與 lifecycle monitoring / evidence collection 結合,提供 versioned / continuously updated assurance case 的現代 AI 近鄰。

  15. Kim, R. M., Kuehnert, B., Lai, A., Holstein, K., Heidari, H., & Ghani, R. (2026). Toward Third-Party Assurance of AI Systems: Design Requirements, Prototype, and Early Testing. arXiv:2601.22424.
    提出 end-to-end third-party AI assurance framework,強調 process + outcome、responsibility assignment、stakeholder evidence 與 assurance report。

  16. Richard, U., Frase, H., Cao, S., Cooke, D., Kwon, S., & Tan, A. (2026). Testing and Evaluation of Agentic AI Systems In Military Command and Control. arXiv:2608.20597.
    以 agentic AI 為案例指出 assurance case 的 claims、evidence 與 linking argument 三者必須分離,並分析 specifiability、stability、composability、supervisability 假設在 agentic system 中可能被削弱。本文只採其一般 assurance-method lesson,不外推其特定 domain 結論。

  17. Gerpheide, C. M. et al. / multi-view synchronization line. Multiple Model Synchronization with Multiary Delta Lenses (FASE 2018).
    提供多於二個 models/views 的 consistency restoration / synchronization 形式背景。

  18. Integrated multi-view modeling for reliable machine learning-intensive software engineering. Software Quality Journal (2024).
    提出整合 business、safety、architecture、ML training 等 multiple views 與 traceability / consistency,提供 ML system-level multi-view closure 的近鄰。

B. Neo.K / EveMissLab 既有研究

  1. Neo.K. 〈綠燈錯置——AI 時代「通過驗證」不等於「完成意圖」的新型不對齊〉,Series A A01, 2026.
    建立:

    V(X,S)=1∧Align(X,I)<θ.V(X,S)=1 \land \text{Align}(X,I)<\theta.
  2. Neo.K. 〈表觀成功與實質完成的分離〉,Series A A02 v0.2, 2026.
    建立 Declared / Observed / Inferred / Reviewed / Verified / Effective Completion State 與 Completion Claim Authority。

  3. Neo.K. 〈局部正確與全域失敗〉,Series A A03 v0.2, 2026.
    建立 Local / Boundary / Cross-Perspective / Environment / Intent Closure 與 Macro Completion Certificate 初型。

  4. Neo.K. 〈流程代理錯置〉,Series A A04 v0.2, 2026.
    建立 Process Activity != Mission Progress、Adaptive Process Depth 與 evidence-yield-oriented validation。

  5. Neo.K. 〈驗證義務膨脹與 Completion Drift〉,Series A A05 v0.2, 2026.
    建立 Finding != Requirement、blocking promotion、Completion Frontier、review stop discipline 與 obligation ledger。

  6. Neo.K. 〈生成—治理缺口與 AI 原生結構負擔〉,Series A A06 v0.2, 2026.
    建立 Closure Debt、Trusted Change Throughput 與 Verified, Governed, Reversible State Transition。

  7. Neo.K. 〈能力—視角啟動不對稱〉,Series A A07 v0.2, 2026.
    建立 Capability != Perspective Activation != Observed Evidence,以及 Dynamic Perspective Routing 的 failure diagnosis。

  8. Neo.K. 〈同質綠燈:多 Agent 不等於多視角〉,Series A A08 v0.2, 2026.
    建立 Agreement != Independence != Correctness、Independent Evidence、Evidence Root、Homogeneous Green。

  9. Neo.K. 〈宏觀個體與局部投影〉,Series B B01 v0.2, 2026.
    建立 Macro Object、Constituent != Projection、Ambiguity Set、Decision-Sufficient Observability。

  10. Neo.K. 〈角色即觀察算子〉,Series B B02 v0.2, 2026.
    建立 Role → Observation Operator、Role Meta-Awareness、Observation / Responsibility / Authority separation。

  11. Neo.K. 〈解析度理論:多模態不是資料堆積〉,Series B B03 v0.2, 2026.
    建立 Observation Resolution = Relevant State Distinguishability、Minimum Sufficient Resolution、Resolution Ledger。

  12. Neo.K. 〈推理解析度與觀察解析度不對稱〉,Series B B04 v0.2, 2026.
    建立 Reasoning / Observation asymmetry、Balanced Epistemic Compute 與 OBSERVE / REASON / INTERVENE / ACT / STOP。

  13. Neo.K. 〈動態視角路由〉,Series B B05 v0.2, 2026.
    建立 Perspective Router、Global Mind / Local Lens、Perspective Stack、Risk / IG / Cost routing。

  14. Neo.K. 〈APR 驅動的動態全域感知〉,Series B B06 v0.2, 2026.
    建立 APR-DGO、Persistent World Belief、Evidence Archive、Fast / Slow Loop、Historical Revisit、Post-Action Observation,並將 B06 定位為 Dynamic Evidence Plane。

  15. Neo.K. MSSP × TDD × APR Production Closure Runtime, 2026.
    建立 Behavioral / Structural / Discriminative Closure,以及: $$ \text{Promotable}(x)

    \text{BehaviorallyClosed} \land \text{StructurallySufficient} \land \text{DiscriminativelyAdequate} \land \text{AuthorizedPromotion}. $$

  16. Neo.K. AIDA-MVP-6 Final Delivery Receipt, 2026.
    以 exact-artifact verification、Behavioral / Structural / Discriminative Closure、Deliberately Not Claimed 與 NOT_MEASURED != PASS 展示 receipt discipline。

  17. Neo.K. Global-First Completion v2.1, 2026.
    建立:

    • validation follows causal radius / actual risk;
    • critical obligations closed;
    • required evidence sufficient;
    • marginal validation information gain low;
    • Completion Supervisor;
    • known imperfection != incompletion。
  18. Neo.K. Projection-Native Perception–Action Loop, PNCW Paper 08, 2026.
    建立 Receipt != IndependentVerification、ExpectedOutcome != ObservedOutcome、post-action machine evidence、belief revision 與禁止循環自證。


End of Series B — B07 v0.2
Series B Complete