Time Glossary

Generative AI and ChatGPT

Generative AI terms for practical web and business operations.

Generative AI and ChatGPT

Generative AI and ChatGPT

This page organizes terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

Generative AI (生成AI)

Generative AI is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

ChatGPT

ChatGPT is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Codex

Codex is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Gemini

Gemini is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Prompt (プロンプト)

Prompt is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

Token (トークン)

Token is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

Direction (ディレクション)

Direction is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

LLM

LLM is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

LLO

LLO is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

LLMO

LLMO is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

マルチエージェント

マルチエージェント is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

AIレバレッジ

AIレバレッジ is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

判断基準

判断基準 is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

判断密度

判断密度 is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

知識構造

知識構造 is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

AI要約

AI要約 is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

ハルシネーション

ハルシネーション is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

スクリーンショットデバッグ

スクリーンショットデバッグ is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

AIによるコーディング支援

AIによるコーディング支援 is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AI時代の情報設計

AI時代の情報設計 is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

Accountability (アカウンタビリティ)

Accountability is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Malicious Training (悪意ある学習)

Malicious Training is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

Genetic Algorithm (遺伝的アルゴリズム)

Genetic Algorithm is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Operation and Use Phase (運用/利用フェーズ)

Operation and Use Phase is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

AI

AI is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AIアプリケーション提供者

AIアプリケーション提供者 is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AI Agent (AIエージェント)

AI Agent is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AI開発者

AI開発者 is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AI ガバナンス

AI ガバナンス is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AI Build Phase (AI 構築フェーズ)

AI Build Phase is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AIコンポーネント

AIコンポーネント is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AIサービス

AIサービス is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AIシステム

AIシステム is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AI System Implementation Phase (AIシステム実装フェーズ)

AI System Implementation Phase is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AI システムの影響評価

AI システムの影響評価 is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AIソフト

AIソフト is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AI提供者

AI提供者 is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AI Deployment Phase (AIデプロイフェーズ)

AI Deployment Phase is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AIビジネス

AIビジネス is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AI Literacy (AIリテラシー)

AI Literacy is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

AI利用者

AI利用者 is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

エキスパートシステム

エキスパートシステム is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Edge AI (エッジAI)

Edge AI is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

MLモデル

MLモデル is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

MCP Server (MCPサーバー)

MCP Server is a term used in cloud, infrastructure, or web service operations.

It relates to how websites, systems, networks, or managed services are configured and maintained.

Operational decisions should consider stability, security, cost, and ease of maintenance.

MCP

MCP is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Recursion in Prompts (回帰性(プロンプト))

Recursion in Prompts is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

Learning Curve (学習曲線)

Learning Curve is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Audit (監査)

Audit is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Measurement (測定)

Measurement is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Monitoring (監視)

Monitoring is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Control (管理策)

Control is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Symbolic AI (記号的AI)

Symbolic AI is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

Management (経営陣)

Management is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Planning Phase (計画フェーズ)

Planning Phase is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Continual Improvement (継続的改善)

Continual Improvement is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

継続的学習・生涯学習

継続的学習・生涯学習 is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Verifiability (検証可能性)

Verifiability is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Principle (原則)

Principle is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Robustness (堅牢性)

Robustness is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Fairness (公平性)

Fairness is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

Task (作業)

Task is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Sustainability (サステナビリティ)

Sustainability is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

Shadow AI (シャドーAI)

Shadow AI is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

Sub-symbolic AI (準記号的AI)

Sub-symbolic AI is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

情報セキュリティ

情報セキュリティ is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Autonomy (自律性,自律,自律的)

Autonomy is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Artificial Intelligence (人工知能)

Artificial Intelligence is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Deep Learning (深層学習)

Deep Learning is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Reliability (信頼性)

Reliability is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Inference (推論)

Inference is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Stakeholder (ステークホルダー)

Stakeholder is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Performance (性能)

Performance is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Corrective Action (是正処置)

Corrective Action is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Semantic Computing (セマンティックコンピューティング)

Semantic Computing is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Declarative Knowledge (宣言的知識)

Declarative Knowledge is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Narrow AI (専用AI)

Narrow AI is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

Organization (組織)

Organization is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

ソフトコンピューティング

ソフトコンピューティング is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Dignity (尊厳)

Dignity is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Diversity and Inclusion (多様性と包容性)

Diversity and Inclusion is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Heteronomy (他律性,他律,他律的)

Heteronomy is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

知識

知識 is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Data Management (データ管理)

Data Management is a term used in data management and system design.

It helps teams define how information is stored, related, processed, and maintained.

Good data structure improves reliability, maintenance, and future operational flexibility.

Data Curation (データキュレーション)

Data Curation is a term used in data management and system design.

It helps teams define how information is stored, related, processed, and maintained.

Good data structure improves reliability, maintenance, and future operational flexibility.

Data Preparation (データ準備)

Data Preparation is a term used in data management and system design.

It helps teams define how information is stored, related, processed, and maintained.

Good data structure improves reliability, maintenance, and future operational flexibility.

Dataset (データセット)

Dataset is a term used in data management and system design.

It helps teams define how information is stored, related, processed, and maintained.

Good data structure improves reliability, maintenance, and future operational flexibility.

Data Provider (データ提供者)

Data Provider is a term used in data management and system design.

It helps teams define how information is stored, related, processed, and maintained.

Good data structure improves reliability, maintenance, and future operational flexibility.

Data Quality (データの品質)

Data Quality is a term used in data management and system design.

It helps teams define how information is stored, related, processed, and maintained.

Good data structure improves reliability, maintenance, and future operational flexibility.

Data Processing (データプロセシング)

Data Processing is a term used in data management and system design.

It helps teams define how information is stored, related, processed, and maintained.

Good data structure improves reliability, maintenance, and future operational flexibility.

Data Mining (データマイニング)

Data Mining is a term used in data management and system design.

It helps teams define how information is stored, related, processed, and maintained.

Good data structure improves reliability, maintenance, and future operational flexibility.

Conformity (適合)

Conformity is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

適正学習

適正学習 is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

適正利用

適正利用 is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Procedural Knowledge (手続的知識)

Procedural Knowledge is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Transparency (透明性)

Transparency is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Top Management (トップマネジメント)

Top Management is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

トレーサビリティ

トレーサビリティ is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Cognitive Computing (認知コンピューティング)

Cognitive Computing is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Rogue AI (野良AI)

Rogue AI is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

Bias (バイアス)

Bias is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

パフォーマンス

パフォーマンス is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

販売データセット

販売データセット is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

General-purpose AI (汎用AI)

General-purpose AI is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

Nonconformity (不適合)

Nonconformity is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Planning (プランニング)

Planning is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Process (プロセス)

Process is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Documented Information (文書化した情報)

Documented Information is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Policy (方針)

Policy is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

ボランタリーコミットメント

ボランタリーコミットメント is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

マークダウン

マークダウン is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

マネジメントシステム

マネジメントシステム is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Objectives and Targets (目的・目標)

Objectives and Targets is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Model (モデル)

Model is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

Effectiveness (有効性)

Effectiveness is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Requirement (要求事項)

Requirement is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Prediction (予測)

Prediction is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Lifecycle (ライフサイクル)

Lifecycle is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Interested Party (利害関係者)

Interested Party is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Competence (力量)

Competence is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Risk (リスク)

Risk is a term used in security, privacy, compliance, or risk management.

It helps clarify what must be protected, controlled, documented, or reviewed.

In website operations, it should be handled together with policy, maintenance, and user trust.

Use Phase (利用フェーズ)

Use Phase is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Pre-use Phase (利用前フェーズ)

Pre-use Phase is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Rogue AI (ローグAI)

Rogue AI is a term used in generative AI and AI-assisted workflows.

It helps describe how AI systems are designed, instructed, evaluated, or operated.

For practical use, it should be connected to human direction, verification, and operational context.

Log (ログ)

Log is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Robot (ロボット)

Robot is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.

Robotics (ロボティクス)

Robotics is one of the generative AI terms.

It is used to discuss terms used in generative AI, ChatGPT, Codex, prompts, AI governance, and AI-assisted operations.

In practical web and business operations, it helps teams align decisions, implementation, and maintenance.