SAP HANA内存计算技术项目实战指南

Chapter 1 Introduction

Chapter 2 Evolution of Computer and Origin of In-memory Computing Technology

2.1 Evolution of Computer

2.1.1 Changes of Generations of Computer

2.1.2 Development of Processor

2.1.3 History of Memory

2.2 Origin of In-memory Computing Technology

2.2.1 Business Needs

2.2.2 Development of Hardware.

2.2.3 Software Technology Innovation

2.3 Conclusions

Chapter 3 Features of SAP HANA In-memory Computing Technology

3.1 Profiles of Main In-memory Computing Technology Products

3.1.1 SAP HANA

3.1.2 Oracle Exalytics

3.1.3 Oracle Times Ten

3.1.4 IBM Solid DB

3.2 Characteristics of SAP HANA memory technology

3.2.1 Efficient Parallel Processing Mechanism

3.2.2 Memory-based Efficient Data Read and Process

3.2.3 Efficient Data Compression to Optimize Memory Utilization

3.2.4 Row-column Storage Mixed-mode

3.2.5 Virtual Modelling to Reduce Data Redundancy

3.2.6 Data-intensive Computing at the Database Layer

3.2.7 Other Characteristics of SAP HANA

3.3 Conclusions

Chapter 4 Basic Knowledge of SAP HANA ln-memory Computing Technology Application

4.1 SAP HANA Appliance Architecture

4.1.1 HANA In-memory Computing Engine

4.1.2 HANA Studio

4.1.3 Presentation Layer of HANA

4.1.4 HANA-Enabled Data Sources

4.2 SAP HANA Applicable Hardware Servers

4.2.1 SAP HANA Applicable Platform Requirements

4.2.2 Explanation of Adaptability of SAP HANA to P770

4.2.3 Instruction of Support of HANA to Superdome and rx86

4.2.4 Conclusions of Analysis on SAP HANA Applicable Platform

4.3 SAP HANA Studio （HANA Studio）

4.3.1 System Requirements

4.3.2 Enabling Platforms

4.3.3 Functions of HANA Studio

4.4 SAP HANA Reporting Presentation Tools

4.4.1 HANA Database Access Interfaces

4.4.2 HANA Reporting Presentation Tools

4.5 SAP HANA Application Restrictions

Chapter 5 Data Extraction Mechanism of SAP HANA

5.1 Trigger-Based Replication-SLT Data Synchronization

5.1.1 Initialization Import

5.1.2 Incremental Updating

5.1.3 SLT Data Synchronization Features

5.2 ETL-Based Replication-DS Data Synchronization

5.2.1 Data Service Modelling Tools

5.2.2 Data Initialization Import and Incremental Updating

5.2.3 Features of DS Data Synchronization

5.2.4 Components Required by ETL-Based Data Synchronization

5.3 Log-Based Replication-SRS Data Synchronization

5.3.1 Data Initialization Import and Incremental Updating

5.3.2 Features of SRS Data Synchronizatio

5.3.3 Components ofLog-Based Data Synchronization

5.4 Comprehensive Comparison ofThree Data Replication Technologies

Chapter 6 System Security and Privilege Management of SAP HANA

6.1 User Management and Authentication

6.1.1 User Management Tools and Validation

6.1.3 Standard Users and Roles

6.2 Authorization

6.2.1 Authorization Concepts

……

Chapter 7 SAP HANA Modelling Techniques

Chapter 8 Applications of SAP HANA In-memory Computing Technology

Chapter 9 SAP HANA PoC Project Conducted by LNEPC

Chapter 10 Project Management of SAP HANA Implementation

Chapter 11 SAP HANA System Building

Chapter 12 Experience and Recommendations on SAP HANA System

Reference

Appendix 1 Manual for HANA System Server Installation

Appendix 2 Manual for Installation of HANA Studio and BO 4.0 Client

Appendix 3 Manual for HANA-SLT data provisioning training

Appendix 4 Manual for HANA Modelling Operation

Appendix 6 Manual for System Deployment-Production System Preparation

This book extracts from lots of experience of enterprise information theory research and application, to which the author and his IT team have devoted many years. The book bases on the latest technology of modern research theory, and tries to reflect the up-to-date development of the information technology and theory and combine the application and preparation.
According to the research and applications, the authors think that memory computing technology is a breakthrough of database technology and a revolution of information analysis technology. This book systematically explores the latest memory computing theory and applications at home and abroad, and illustrates with 36 technical verification scenarios within 10 business domains. It describes in a detailed way how to use SAP HANA to meet query and analysis needs from business application systems after ERP fully covers the main business; how to choose business and capture real-time data for decision-making; how to make use of a variety of modelling tools offered by HANA; how to choose a presentation tool to complete analysis report; how to obtain the balance between models and analytical tools for better analytical performance; how to deploy the roll-out; how to manage and maintain the system after the roll-out; and the management priorities of the HANA executive project. By reading this book, readers can experience the high efficiency and the powerful integrated function of SAP memory computing technology.
eadings for the universities' computer and information technology study, and also can guide the future management and implementation of SAP memory computing technology projects. It is suitable for readers such as college teachers and students of computer and information management major, business leaders, information system architects, project managers, business consultants, implementation consultants, key users and end users within the enterprise.