서브메뉴
검색
Architecting Data and Machine Learning Platforms
Architecting Data and Machine Learning Platforms
Detailed Information
- 자료유형
- 전자책 국외
- 최종처리일시
- 20260202073946.0
- ISBN
- 9781098151577 (electronic bk.)
- ISBN
- 9781098151614
- DDC
- 006.312
- 서명/저자
- Architecting Data and Machine Learning Platforms
- 판사항
- 1st ed.
- 형태사항
- 1 online resource (361 pages)
- 내용주기
- 완전내용Cover -- Copyright -- Table of Contents -- Preface -- Why Do You Need a Cloud Data Platform? -- Who Is This Book For? -- Organization of This Book -- Conventions Used in This Book -- Using Code Examples -- O'Reilly Online Learning -- How to Contact Us -- Acknowledgments -- Chapter 1. Modernizing Your Data Platform: An Introductory Overview -- The Data Lifecycle -- The Journey to Wisdom -- Water Pipes Analogy -- Collect -- Store -- Process/Transform -- Analyze/Visualize -- Activate -- Limitations of Traditional Approaches -- Antipattern: Breaking Down Silos Through ETL -- Antipattern: Centralization of Control -- Antipattern: Data Marts and Hadoop -- Creating a Unified Analytics Platform -- Cloud Instead of On-Premises -- Drawbacks of Data Marts and Data Lakes -- Convergence of DWHs and Data Lakes -- Hybrid Cloud -- Reasons Why Hybrid Is Necessary -- Challenges of Hybrid Cloud -- Why Hybrid Can Work -- Edge Computing -- Applying AI -- Machine Learning -- Uses of ML -- Why Cloud for AI? -- Cloud Infrastructure -- Democratization -- Real Time -- MLOps -- Core Principles -- Summary -- Chapter 2. Strategic Steps to Innovate with Data -- Step 1: Strategy and Planning -- Strategic Goals -- Identify Stakeholders -- Change Management -- Step 2: Reduce Total Cost of Ownership by Adopting a Cloud Approach -- Why Cloud Costs Less -- How Much Are the Savings? -- When Does Cloud Help? -- Step 3: Break Down Silos -- Unifying Data Access -- Choosing Storage -- Semantic Layer -- Step 4: Make Decisions in Context Faster -- Batch to Stream -- Contextual Information -- Cost Management -- Step 5: Leapfrog with Packaged AI Solutions -- Predictive Analytics -- Understanding and Generating Unstructured Data -- Personalization -- Packaged Solutions -- Step 6: Operationalize AI-Driven Workflows -- Identifying the Right Balance of Automation and Assistance.
- 내용주기
- 완전내용Building a Data Culture -- Populating Your Data Science Team -- Step 7: Product Management for Data -- Applying Product Management Principles to Data -- 1. Understand and Maintain a Map of Data Flows in the Enterprise -- 2. Identify Key Metrics -- 3. Agreed Criteria, Committed Roadmap, and Visionary Backlog -- 4. Build for the Customers You Have -- 5. Don't Shift the Burden of Change Management -- 6. Interview Customers to Discover Their Data Needs -- 7. Whiteboard and Prototype Extensively -- 8. Build Only What Will Be Used Immediately -- 9. Standardize Common Entities and KPIs -- 10. Provide Self-Service Capabilities in Your Data Platform -- Summary -- Chapter 3. Designing for Your Data Team -- Classifying Data Processing Organizations -- Data Analysis-Driven Organization -- The Vision -- The Personas -- The Technological Framework -- Data Engineering-Driven Organization -- The Vision -- The Personas -- The Technological Framework -- Data Science-Driven Organization -- The Vision -- The Personas -- The Technological Framework -- Summary -- Chapter 4. A Migration Framework -- Modernize Data Workflows -- Holistic View -- Modernize Workflows -- Transform the Workflow Itself -- A Four-Step Migration Framework -- Prepare and Discover -- Assess and Plan -- Execute -- Optimize -- Estimating the Overall Cost of the Solution -- Audit of the Existing Infrastructure -- Request for Information/Proposal and Quotation -- Proof of Concept/Minimum Viable Product -- Setting Up Security and Data Governance -- Framework -- Artifacts -- Governance over the Life of the Data -- Schema, Pipeline, and Data Migration -- Schema Migration -- Pipeline Migration -- Data Migration -- Migration Stages -- Summary -- Chapter 5. Architecting a Data Lake -- Data Lake and the Cloud-A Perfect Marriage -- Challenges with On-Premises Data Lakes -- Benefits of Cloud Data Lakes.
- 내용주기
- 완전내용Design and Implementation -- Batch and Stream -- Data Catalog -- Hadoop Landscape -- Cloud Data Lake Reference Architecture -- Integrating the Data Lake: The Real Superpower -- APIs to Extend the Lake -- The Evolution of Data Lake with Apache Iceberg, Apache Hudi, and Delta Lake -- Interactive Analytics with Notebooks -- Democratizing Data Processing and Reporting -- Build Trust in the Data -- Data Ingestion Is Still an IT Matter -- ML in the Data Lake -- Training on Raw Data -- Predicting in the Data Lake -- Summary -- Chapter 6. Innovating with an Enterprise Data Warehouse -- A Modern Data Platform -- Organizational Goals -- Technological Challenges -- Technology Trends and Tools -- Hub-and-Spoke Architecture -- Data Ingest -- Business Intelligence -- Transformations -- Organizational Structure -- DWH to Enable Data Scientists -- Query Interface -- Storage API -- ML Without Moving Your Data -- Summary -- Chapter 7. Converging to a Lakehouse -- The Need for a Unique Architecture -- User Personas -- Antipattern: Disconnected Systems -- Antipattern: Duplicated Data -- Converged Architecture -- Two Forms -- Lakehouse on Cloud Storage -- SQL-First Lakehouse -- The Benefits of Convergence -- Summary -- Chapter 8. Architectures for Streaming -- The Value of Streaming -- Industry Use Cases -- Streaming Use Cases -- Streaming Ingest -- Streaming ETL -- Streaming ELT -- Streaming Insert -- Streaming from Edge Devices (IoT) -- Streaming Sinks -- Real-Time Dashboards -- Live Querying -- Materialize Some Views -- Stream Analytics -- Time-Series Analytics -- Clickstream Analytics -- Anomaly Detection -- Resilient Streaming -- Continuous Intelligence Through ML -- Training Model on Streaming Data -- Streaming ML Inference -- Automated Actions -- Summary -- Chapter 9. Extending a Data Platform Using Hybrid and Edge -- Why Multicloud?.
- 내용주기
- 완전내용A Single Cloud Is Simpler and Cost-Effective -- Multicloud Is Inevitable -- Multicloud Could Be Strategic -- Multicloud Architectural Patterns -- Single Pane of Glass -- Write Once, Run Anywhere -- Bursting from On Premises to Cloud -- Pass-Through from On Premises to Cloud -- Data Integration Through Streaming -- Adopting Multicloud -- Framework -- Time Scale -- Define a Target Multicloud Architecture -- Why Edge Computing? -- Bandwidth, Latency, and Patchy Connectivity -- Use Cases -- Benefits -- Challenges -- Edge Computing Architectural Patterns -- Smart Devices -- Smart Gateways -- ML Activation -- Adopting Edge Computing -- The Initial Context -- The Project -- The Final Outcomes and Next Steps -- Summary -- Chapter 10. AI Application Architecture -- Is This an AI/ML Problem? -- Subfields of AI -- Generative AI -- Problems Fit for ML -- Buy, Adapt, or Build? -- Data Considerations -- When to Buy -- What Can You Buy? -- How Adapting Works -- AI Architectures -- Understanding Unstructured Data -- Generating Unstructured Data -- Predicting Outcomes -- Forecasting Values -- Anomaly Detection -- Personalization -- Automation -- Responsible AI -- AI Principles -- ML Fairness -- Explainability -- Summary -- Chapter 11. Architecting an ML Platform -- ML Activities -- Developing ML Models -- Labeling Environment -- Development Environment -- User Environment -- Preparing Data -- Training ML Models -- Deploying ML Models -- Deploying to an Endpoint -- Evaluate Model -- Hybrid and Multicloud -- Training-Serving Skew -- Automation -- Automate Training and Deployment -- Orchestration with Pipelines -- Continuous Evaluation and Training -- Choosing the ML Framework -- Team Skills -- Task Considerations -- User-Centric -- Summary -- Chapter 12. Data Platform Modernization: A Model Case -- New Technology for a New Era -- The Need for Change.
- 내용주기
- 완전내용It Is Not Only a Matter of Technology -- The Beginning of the Journey -- The Current Environment -- The Target Environment -- The PoC Use Case -- The RFP Responses Proposed by Cloud Vendors -- The Target Environment -- The Approach on Migration -- The RFP Evaluation Process -- The Scope of the PoC -- The Execution of the PoC -- The Final Decision -- Peroration -- Summary -- Index -- About the Authors -- Colophon.
- 초록/해제
- 요약All cloud architects need to know how to build data platforms that enable businesses to make data-driven decisions and deliver enterprise-wide intelligence in a fast and efficient way.
- 기타저자
- Tekiner, Firat.
- 기타형태저록
- Print version / Tranquillin, MarcoArchitecting Data and Machine Learning Platforms. Sebastopol : O'Reilly Media, Incorporated,c2023. 9781098151614
- 전자적 위치 및 접속
- 로그인 후 원문을 볼 수 있습니다.
MARC
008260202s2023 xx o 0 eng d■001EBC30783638
■003MiAaPQ
■00520260202073946.0
■006m o d |
■007cr cnu||||||||
■020 ▼a9781098151577▼q(electronic bk.)
■020 ▼z9781098151614
■035 ▼a(MiAaPQ)EBC30783638
■035 ▼a(Au-PeEL)EBL30783638
■035 ▼a(OCoLC)1402815286
■040 ▼aMiAaPQ▼beng▼erda▼epn▼cMiAaPQ▼dMiAaPQ
■0820 ▼a006.312
■1001 ▼aTranquillin, Marco.
■24510▼aArchitecting Data and Machine Learning Platforms
■250 ▼a1st ed.
■264 1▼aSebastopol▼bO'Reilly Media, Incorporated▼c2023.
■264 4▼c?023.
■300 ▼a1 online resource (361 pages)
■336 ▼atext▼btxt▼2rdacontent
■337 ▼acomputer▼bc▼2rdamedia
■338 ▼aonline resource▼bcr▼2rdacarrier
■5050 ▼aCover -- Copyright -- Table of Contents -- Preface -- Why Do You Need a Cloud Data Platform? -- Who Is This Book For? -- Organization of This Book -- Conventions Used in This Book -- Using Code Examples -- O'Reilly Online Learning -- How to Contact Us -- Acknowledgments -- Chapter 1. Modernizing Your Data Platform: An Introductory Overview -- The Data Lifecycle -- The Journey to Wisdom -- Water Pipes Analogy -- Collect -- Store -- Process/Transform -- Analyze/Visualize -- Activate -- Limitations of Traditional Approaches -- Antipattern: Breaking Down Silos Through ETL -- Antipattern: Centralization of Control -- Antipattern: Data Marts and Hadoop -- Creating a Unified Analytics Platform -- Cloud Instead of On-Premises -- Drawbacks of Data Marts and Data Lakes -- Convergence of DWHs and Data Lakes -- Hybrid Cloud -- Reasons Why Hybrid Is Necessary -- Challenges of Hybrid Cloud -- Why Hybrid Can Work -- Edge Computing -- Applying AI -- Machine Learning -- Uses of ML -- Why Cloud for AI? -- Cloud Infrastructure -- Democratization -- Real Time -- MLOps -- Core Principles -- Summary -- Chapter 2. Strategic Steps to Innovate with Data -- Step 1: Strategy and Planning -- Strategic Goals -- Identify Stakeholders -- Change Management -- Step 2: Reduce Total Cost of Ownership by Adopting a Cloud Approach -- Why Cloud Costs Less -- How Much Are the Savings? -- When Does Cloud Help? -- Step 3: Break Down Silos -- Unifying Data Access -- Choosing Storage -- Semantic Layer -- Step 4: Make Decisions in Context Faster -- Batch to Stream -- Contextual Information -- Cost Management -- Step 5: Leapfrog with Packaged AI Solutions -- Predictive Analytics -- Understanding and Generating Unstructured Data -- Personalization -- Packaged Solutions -- Step 6: Operationalize AI-Driven Workflows -- Identifying the Right Balance of Automation and Assistance.
■5058 ▼aBuilding a Data Culture -- Populating Your Data Science Team -- Step 7: Product Management for Data -- Applying Product Management Principles to Data -- 1. Understand and Maintain a Map of Data Flows in the Enterprise -- 2. Identify Key Metrics -- 3. Agreed Criteria, Committed Roadmap, and Visionary Backlog -- 4. Build for the Customers You Have -- 5. Don't Shift the Burden of Change Management -- 6. Interview Customers to Discover Their Data Needs -- 7. Whiteboard and Prototype Extensively -- 8. Build Only What Will Be Used Immediately -- 9. Standardize Common Entities and KPIs -- 10. Provide Self-Service Capabilities in Your Data Platform -- Summary -- Chapter 3. Designing for Your Data Team -- Classifying Data Processing Organizations -- Data Analysis-Driven Organization -- The Vision -- The Personas -- The Technological Framework -- Data Engineering-Driven Organization -- The Vision -- The Personas -- The Technological Framework -- Data Science-Driven Organization -- The Vision -- The Personas -- The Technological Framework -- Summary -- Chapter 4. A Migration Framework -- Modernize Data Workflows -- Holistic View -- Modernize Workflows -- Transform the Workflow Itself -- A Four-Step Migration Framework -- Prepare and Discover -- Assess and Plan -- Execute -- Optimize -- Estimating the Overall Cost of the Solution -- Audit of the Existing Infrastructure -- Request for Information/Proposal and Quotation -- Proof of Concept/Minimum Viable Product -- Setting Up Security and Data Governance -- Framework -- Artifacts -- Governance over the Life of the Data -- Schema, Pipeline, and Data Migration -- Schema Migration -- Pipeline Migration -- Data Migration -- Migration Stages -- Summary -- Chapter 5. Architecting a Data Lake -- Data Lake and the Cloud-A Perfect Marriage -- Challenges with On-Premises Data Lakes -- Benefits of Cloud Data Lakes.
■5058 ▼aDesign and Implementation -- Batch and Stream -- Data Catalog -- Hadoop Landscape -- Cloud Data Lake Reference Architecture -- Integrating the Data Lake: The Real Superpower -- APIs to Extend the Lake -- The Evolution of Data Lake with Apache Iceberg, Apache Hudi, and Delta Lake -- Interactive Analytics with Notebooks -- Democratizing Data Processing and Reporting -- Build Trust in the Data -- Data Ingestion Is Still an IT Matter -- ML in the Data Lake -- Training on Raw Data -- Predicting in the Data Lake -- Summary -- Chapter 6. Innovating with an Enterprise Data Warehouse -- A Modern Data Platform -- Organizational Goals -- Technological Challenges -- Technology Trends and Tools -- Hub-and-Spoke Architecture -- Data Ingest -- Business Intelligence -- Transformations -- Organizational Structure -- DWH to Enable Data Scientists -- Query Interface -- Storage API -- ML Without Moving Your Data -- Summary -- Chapter 7. Converging to a Lakehouse -- The Need for a Unique Architecture -- User Personas -- Antipattern: Disconnected Systems -- Antipattern: Duplicated Data -- Converged Architecture -- Two Forms -- Lakehouse on Cloud Storage -- SQL-First Lakehouse -- The Benefits of Convergence -- Summary -- Chapter 8. Architectures for Streaming -- The Value of Streaming -- Industry Use Cases -- Streaming Use Cases -- Streaming Ingest -- Streaming ETL -- Streaming ELT -- Streaming Insert -- Streaming from Edge Devices (IoT) -- Streaming Sinks -- Real-Time Dashboards -- Live Querying -- Materialize Some Views -- Stream Analytics -- Time-Series Analytics -- Clickstream Analytics -- Anomaly Detection -- Resilient Streaming -- Continuous Intelligence Through ML -- Training Model on Streaming Data -- Streaming ML Inference -- Automated Actions -- Summary -- Chapter 9. Extending a Data Platform Using Hybrid and Edge -- Why Multicloud?.
■5058 ▼aA Single Cloud Is Simpler and Cost-Effective -- Multicloud Is Inevitable -- Multicloud Could Be Strategic -- Multicloud Architectural Patterns -- Single Pane of Glass -- Write Once, Run Anywhere -- Bursting from On Premises to Cloud -- Pass-Through from On Premises to Cloud -- Data Integration Through Streaming -- Adopting Multicloud -- Framework -- Time Scale -- Define a Target Multicloud Architecture -- Why Edge Computing? -- Bandwidth, Latency, and Patchy Connectivity -- Use Cases -- Benefits -- Challenges -- Edge Computing Architectural Patterns -- Smart Devices -- Smart Gateways -- ML Activation -- Adopting Edge Computing -- The Initial Context -- The Project -- The Final Outcomes and Next Steps -- Summary -- Chapter 10. AI Application Architecture -- Is This an AI/ML Problem? -- Subfields of AI -- Generative AI -- Problems Fit for ML -- Buy, Adapt, or Build? -- Data Considerations -- When to Buy -- What Can You Buy? -- How Adapting Works -- AI Architectures -- Understanding Unstructured Data -- Generating Unstructured Data -- Predicting Outcomes -- Forecasting Values -- Anomaly Detection -- Personalization -- Automation -- Responsible AI -- AI Principles -- ML Fairness -- Explainability -- Summary -- Chapter 11. Architecting an ML Platform -- ML Activities -- Developing ML Models -- Labeling Environment -- Development Environment -- User Environment -- Preparing Data -- Training ML Models -- Deploying ML Models -- Deploying to an Endpoint -- Evaluate Model -- Hybrid and Multicloud -- Training-Serving Skew -- Automation -- Automate Training and Deployment -- Orchestration with Pipelines -- Continuous Evaluation and Training -- Choosing the ML Framework -- Team Skills -- Task Considerations -- User-Centric -- Summary -- Chapter 12. Data Platform Modernization: A Model Case -- New Technology for a New Era -- The Need for Change.
■5058 ▼aIt Is Not Only a Matter of Technology -- The Beginning of the Journey -- The Current Environment -- The Target Environment -- The PoC Use Case -- The RFP Responses Proposed by Cloud Vendors -- The Target Environment -- The Approach on Migration -- The RFP Evaluation Process -- The Scope of the PoC -- The Execution of the PoC -- The Final Decision -- Peroration -- Summary -- Index -- About the Authors -- Colophon.
■520 ▼aAll cloud architects need to know how to build data platforms that enable businesses to make data-driven decisions and deliver enterprise-wide intelligence in a fast and efficient way.
■588 ▼aDescription based on publisher supplied metadata and other sources.
■590 ▼aElectronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2026. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.
■655 4▼aElectronic books.
■7001 ▼aLakshmanan, Valliappa.
■7001 ▼aTekiner, Firat.
■77608▼iPrint version▼aTranquillin, Marco▼tArchitecting Data and Machine Learning Platforms▼dSebastopol : O'Reilly Media, Incorporated,c2023▼z9781098151614
■7972 ▼aProQuest (Firm)
■85640▼uhttps://ebookcentral.proquest.com/lib/baekseok-ebooks/detail.action?docID=30783638▼zClick to View
Preview
Export
ChatGPT Discussion
AI Recommended Related Books
Подробнее информация.
- Бронирование
- не существует
- моя папка
- Первый запрос зрения
- Non-Book Loan Application
- Nighttime Book Loan Application
Available after logging in.


