下载 >  数据库 >  Access > database system design

database system design

database system design
2014-09-18 上传大小:5.8MB
想读
分享
收藏 举报
SQLite Database System Design and Implementation

SQLite数据库系统设计与实现 英文原版PDF,非常好的SQLite源码学习文档

立即下载
Database Systems Design, Implementation and Management

Database Systems: Design, Implementation, and Management, Ninth Edition Carlos Coronel, Steven Morris, and Peter Rob

立即下载
Database Systems Design, Implementation & Management, 13th-Carlos Coronel(2018)

这本书是最新的第十三版,要的小伙伴赶紧拉。 高清全彩的pdf

立即下载
Carlos Coronel, Steven Morris-Database Systems_ Design, Implementation, & Management-Cengage Learning (2016)

Carlos Coronel, Steven Morris-Database Systems_ Design, Implementation, & Management-Cengage Learning (2016)

立即下载
Database Systems:A Practical Approach to Design, Implementation and Management

Over 200,000 people have been grounded in good database design practice by reading Database Systems. The new edition of this bestseller brings it up to date with the latest developments in database technology and builds on the clear, accessible approach that has contributed to the success of previous editions. A clear introduction to design, implementation and management issues, as well as an extensive treatment of database languages and standards, make this book an indispensable complete reference for database students and professionals alike

立即下载
Database System Concepts 数据库系统概念 英文版 第6版

Database System Concepts——数据库系统概念第六版(英文版) 作者: Abraham Silberschatz (Yale University) Henry F. Korth (Lehigh University) S. Sudarshan (Indian Institute of Technology, Bombay) 本书目录: Chapter 1 Introduction 1.1 Database-System Applications 1 1.2 Purpose of Database Systems 3 1.3 View of Data 6 1.4 Database Languages 9 1.5 Relational Databases 12 1.6 Database Design 15 1.7 Data Storage and Querying 20 1.8 Transaction Management 22 1.9 Database Architecture 23 1.10 Data Mining and Information Retrieval 25 1.11 Specialty Databases 26 1.12 Database Users and Administrators 27 1.13 History of Database Systems 29 1.14 Summary 31 Exercises 33 Bibliographical Notes 35 Chapter 2 Introduction to the RelationalModel 2.1 Structure of Relational Databases 39 2.2 Database Schema 42 2.3 Keys 45 2.4 Schema Diagrams 46 2.5 Relational Query Languages 47 2.6 Relational Operations 48 2.7 Summary 52 Exercises 53 Bibliographical Notes 55 Chapter 3 Introduction to SQL 3.1 Overview of the SQL Query Language 57 3.2 SQL Data Definition 58 3.3 Basic Structure of SQL Queries 63 3.4 Additional Basic Operations 74 3.5 Set Operations 79 3.6 Null Values 83 3.7 Aggregate Functions 84 3.8 Nested Subqueries 90 3.9 Modification of the Database 98 3.10 Summary 104 Exercises 105 Bibliographical Notes 112 Chapter 4 Intermediate SQL 4.1 Join Expressions 113 4.2 Views 120 4.3 Transactions 127 4.4 Integrity Constraints 128 4.5 SQL Data Types and Schemas 136 4.6 Authorization 143 4.7 Summary 150 Exercises 152 Bibliographical Notes 156 Chapter 5 Advanced SQL 5.1 Accessing SQL From a Programming Language 157 5.2 Functions and Procedures 173 5.3 Triggers 180 5.4 Recursive Queries 187 5.5 Advanced Aggregation Features 192 5.6 OLAP 197 5.7 Summary 209 Exercises 211 Bibliographical Notes 216 Chapter 6 Formal Relational Query Languages 6.1 The Relational Algebra 217 6.2 The Tuple Relational Calculus 239 6.3 The Domain Relational Calculus 245 6.4 Summary 248 Exercises 249 Bibliographical Notes 254 Chapter 7 Database Design and the E-R Model 7.1 Overview of the Design Process 259 7.2 The Entity-Relationship Model 262 7.3 Constraints 269 7.4 Removing Redundant Attributes in Entity Sets 272 7.5 Entity-Relationship Diagrams 274 7.6 Reduction to Relational Schemas 283 7.7 Entity-Relationship Design Issues 290 7.8 Extended E-R Features 295 7.9 Alternative Notations for Modeling Data 304 7.10 Other Aspects of Database Design 310 7.11 Summary 313 Exercises 315 Bibliographical Notes 321 Chapter 8 Relational Database Design 8.1 Features of Good Relational Designs 323 8.2 Atomic Domains and First Normal Form 327 8.3 Decomposition Using Functional Dependencies 329 8.4 Functional-Dependency Theory 338 8.5 Algorithms for Decomposition 348 8.6 Decomposition Using Multivalued Dependencies 355 8.7 More Normal Forms 360 8.8 Database-Design Process 361 8.9 Modeling Temporal Data 364 8.10 Summary 367 Exercises 368 Bibliographical Notes 374 Chapter 9 Application Design and Development 9.1 Application Programs and User Interfaces 375 9.2 Web Fundamentals 377 9.3 Servlets and JSP 383 9.4 Application Architectures 391 9.5 Rapid Application Development 396 9.6 Application Performance 400 9.7 Application Security 402 9.8 Encryption and Its Applications 411 9.9 Summary 417 Exercises 419 Bibliographical Notes 426 Chapter 10 Storage and File Structure 10.1 Overview of Physical Storage Media 429 10.2 Magnetic Disk and Flash Storage 432 10.3 RAID 441 10.4 Tertiary Storage 449 10.5 File Organization 451 10.6 Organization of Records in Files 457 10.7 Data-Dictionary Storage 462 10.8 Database Buffer 464 10.9 Summary 468 Exercises 470 Bibliographical Notes 473 Chapter 11 Indexing and Hashing 11.1 Basic Concepts 475 11.2 Ordered Indices 476 11.3 B+-Tree Index Files 485 11.4 B+-Tree Extensions 500 11.5 Multiple-Key Access 506 11.6 Static Hashing 509 11.7 Dynamic Hashing 515 11.8 Comparison of Ordered Indexing and Hashing 523 11.9 Bitmap Indices 524 11.10 Index Definition in SQL 528 11.11 Summary 529 Exercises 532 Bibliographical Notes 536 Chapter 12 Query Processing 12.1 Overview 537 12.2 Measures of Query Cost 540 12.3 Selection Operation 541 12.4 Sorting 546 12.5 Join Operation 549 12.6 Other Operations 563 12.7 Evaluation of Expressions 567 12.8 Summary 572 Exercises 574 Bibliographical Notes 577 Chapter 13 Query Optimization 13.1 Overview 579 13.2 Transformation of Relational Expressions 582 13.3 Estimating Statistics of Expression Results 590 13.4 Choice of Evaluation Plans 598 13.5 Materialized Views 607 13.6 Advanced Topics in Query Optimization 612 13.7 Summary 615 Exercises 617 Bibliographical Notes 622 Chapter 14 Transactions 14.1 Transaction Concept 627 14.2 A Simple Transaction Model 629 14.3 Storage Structure 632 14.4 Transaction Atomicity and Durability 633 14.5 Transaction Isolation 635 14.6 Serializability 641 14.7 Transaction Isolation and Atomicity 646 14.8 Transaction Isolation Levels 648 14.9 Implementation of Isolation Levels 650 14.10 Transactions as SQL Statements 653 14.11 Summary 655 Exercises 657 Bibliographical Notes 660 Chapter 15 Concurrency Control 15.1 Lock-Based Protocols 661 15.2 Deadlock Handling 674 15.3 Multiple Granularity 679 15.4 Timestamp-Based Protocols 682 15.5 Validation-Based Protocols 686 15.6 Multiversion Schemes 689 15.7 Snapshot Isolation 692 15.8 Insert Operations, Delete Operations, and Predicate Reads 697 15.9 Weak Levels of Consistency in Practice 701 15.10 Concurrency in Index Structures 704 15.11 Summary 708 Exercises 712 Bibliographical Notes 718 Chapter 16 Recovery System 16.1 Failure Classification 721 16.2 Storage 722 16.3 Recovery and Atomicity 726 16.4 Recovery Algorithm 735 16.5 Buffer Management 738 16.6 Failure with Loss of Nonvolatile Storage 743 16.7 Early Lock Release and Logical Undo Operations 744 16.8 ARIES 750 16.9 Remote Backup Systems 756 16.10 Summary 759 Exercises 762 Bibliographical Notes 766 Chapter 17 Database-System Architectures 17.1 Centralized and Client–Server Architectures 769 17.2 Server System Architectures 772 17.3 Parallel Systems 777 17.4 Distributed Systems 784 17.5 Network Types 788 17.6 Summary 791 Exercises 793 Bibliographical Notes 794 Chapter 18 Parallel Databases 18.1 Introduction 797 18.2 I/O Parallelism 798 18.3 Interquery Parallelism 802 18.4 Intraquery Parallelism 803 18.5 Intraoperation Parallelism 804 18.6 Interoperation Parallelism 813 18.7 Query Optimization 814 18.8 Design of Parallel Systems 815 18.9 Parallelism on Multicore Processors 817 18.10 Summary 819 Exercises 821 Bibliographical Notes 824 Chapter 19 Distributed Databases 19.1 Homogeneous and Heterogeneous Databases 825 19.2 Distributed Data Storage 826 19.3 Distributed Transactions 830 19.4 Commit Protocols 832 19.5 Concurrency Control in Distributed Databases 839 19.6 Availability 847 19.7 Distributed Query Processing 854 19.8 Heterogeneous Distributed Databases 857 19.9 Cloud-Based Databases 861 19.10 Directory Systems 870 19.11 Summary 875 Exercises 879 Bibliographical Notes 883 Chapter 20 DataWarehousing andMining 20.1 Decision-Support Systems 887 20.2 DataWarehousing 889 20.3 Data Mining 893 20.4 Classification 894 20.5 Association Rules 904 20.6 Other Types of Associations 906 20.7 Clustering 907 20.8 Other Forms of Data Mining 908 20.9 Summary 909 Exercises 911 Bibliographical Notes 914 Chapter 21 Information Retrieval 21.1 Overview 915 21.2 Relevance Ranking Using Terms 917 21.3 Relevance Using Hyperlinks 920 21.4 Synonyms, Homonyms, and Ontologies 925 21.5 Indexing of Documents 927 21.6 Measuring Retrieval Effectiveness 929 21.7 Crawling and Indexing the Web 930 21.8 Information Retrieval: Beyond Ranking of Pages 931 21.9 Directories and Categories 935 21.10 Summary 937 Exercises 939 Bibliographical Notes 941 Chapter 22 Object-Based Databases 22.1 Overview 945 22.2 Complex Data Types 946 22.3 Structured Types and Inheritance in SQL 949 22.4 Table Inheritance 954 22.5 Array and Multiset Types in SQL 956 22.6 Object-Identity and Reference Types in SQL 961 22.7 Implementing O-R Features 963 22.8 Persistent Programming Languages 964 22.9 Object-Relational Mapping 973 22.10 Object-Oriented versus Object-Relational 973 22.11 Summary 975 Exercises 976 Bibliographical Notes 980 Chapter 23 XML 23.1 Motivation 981 23.2 Structure of XML Data 986 23.3 XML Document Schema 990 23.4 Querying and Transformation 998 23.5 Application Program Interfaces to XML 1008 23.6 Storage of XML Data 1009 23.7 XML Applications 1016 23.8 Summary 1019 Exercises 1021 Bibliographical Notes 1024 PART EIGHT ADVANCED TOPICS Chapter 24 Advanced Application Development 24.1 Performance Tuning 1029 24.2 Performance Benchmarks 1045 24.3 Other Issues in Application Development 1048 24.4 Standardization 1051 24.5 Summary 1056 Exercises 1057 Bibliographical Notes 1059 Chapter 25 Spatial and Temporal Data andMobility 25.1 Motivation 1061 25.2 Time in Databases 1062 25.3 Spatial and Geographic Data 1064 25.4 Multimedia Databases 1076 25.5 Mobility and Personal Databases 1079 25.6 Summary 1085 Exercises 1087 Bibliographical Notes 1089 Chapter 26 Advanced Transaction Processing 26.1 Transaction-Processing Monitors 1091 26.2 TransactionalWorkflows 1096 26.3 E-Commerce 1102 26.4 Main-Memory Databases 1105 26.5 Real-Time Transaction Systems 1108 26.6 Long-Duration Transactions 1109 26.7 Summary 1115 Exercises 1117 Bibliographical Notes 1119 Chapter 27 PostgreSQL 27.1 Introduction 1123 27.2 User Interfaces 1124 27.3 SQL Variations and Extensions 1126 27.4 Transaction Management in PostgreSQL 1137 27.5 Storage and Indexing 1146 27.6 Query Processing and Optimization 1151 27.7 System Architecture 1154 Bibliographical Notes 1155 Chapter 28 Oracle 28.1 Database Design and Querying Tools 1157 28.2 SQL Variations and Extensions 1158 28.3 Storage and Indexing 1162 28.4 Query Processing and Optimization 1172 28.5 Concurrency Control and Recovery 1180 28.6 System Architecture 1183 28.7 Replication, Distribution, and External Data 1188 28.8 Database Administration Tools 1189 28.9 Data Mining 1191 Bibliographical Notes 1191 Chapter 29 IBM DB2 Universal Database 29.1 Overview 1193 29.2 Database-Design Tools 1194 29.3 SQL Variations and Extensions 1195 29.4 Storage and Indexing 1200 29.5 Multidimensional Clustering 1203 29.6 Query Processing and Optimization 1207 29.7 Materialized Query Tables 1212 29.8 Autonomic Features in DB2 1214 29.9 Tools and Utilities 1215 29.10 Concurrency Control and Recovery 1217 29.11 System Architecture 1219 29.12 Replication, Distribution, and External Data 1220 29.13 Business Intelligence Features 1221 Bibliographical Notes 1222 Chapter 30 Microsoft SQL Server 30.1 Management, Design, and Querying Tools 1223 30.2 SQL Variations and Extensions 1228 30.3 Storage and Indexing 1233 30.4 Query Processing and Optimization 1236 30.5 Concurrency and Recovery 1241 30.6 System Architecture 1246 30.7 Data Access 1248 30.8 Distributed Heterogeneous Query Processing 1250 30.9 Replication 1251 30.10 Server Programming in .NET 1253 30.11 XML Support 1258 30.12 SQL Server Service Broker 1261 30.13 Business Intelligence 1263 Bibliographical Notes 1267

立即下载
database system implementation

Three well-known computer scientists at Stanford University-Hector Garcia-Molina, Jeffrey D. Ullman, and Jennifer Widom-have written one of the most comprehensive books on database system implementation. Hector Garcia- Molina pioneered this book at Stanford as a second database systems course for computer science majors and industry-based professionals. It focuses on the implementation of database systems, including storage structures, query processing, and transaction management. Database System Implementation is valuable as an academic textbook or a professional reference. Noteworthy Features *Provides extensive coverage of query processing, including major algorithms for execution of queries and techniques for optimizing queries *Covers information integration, including warehousing and mediators, OLAP, and data-cube systems *Explains error-correction in RAID disks and covers bitmap indexes, data mining, data statistics, and pointer swizzling *Supports additional teaching materials found on the book's Web page at http://www-db.stanford.edu/-html *For college courses Prentice Hall offers a two-book package discount with A First Course in Database Systems and Database System Implementation This text covers a broad spectrum of knowledge and technology. This carefully class-tested, highly readable presentation provides students or professionals with the next level of study. Written from the point of view of the database designer, user, and application programmer, this book provides practical advice from well-know experts on how to implement state-of-the-art database systems.

立即下载
Database Design.ppt

Database Design Design decide the system quality

立即下载
信息管理与信息系统设计

The system design is an important stage of the management information system. This chapter mainly introduces the system design, including its duty, principle, step, structured system design method, code design, input design, output design, procedure design, system structure design as well as system design manual. Its key points are structured system design method, input design, output design, and database design and system design manual. The difficulties of this chapter are structured system design method, input design, output design, and database design.

立即下载
Database system Design

美国数据库教材, An eleventh edition is a milestone that few textbooks achieve.We wrote the first edition of this book because we wanted to explain the complexity of database systems in a language that was easy for students to understand. Over the years, we have maintained this emphasis on reaching out to students to explain complex concepts in a practical, approachable manner. This book has been successful through ten editions because the authors, editors, and the pub- lisher paid attention to the impact of technology and to adopter questions and suggestions.We believe that this eleventh edition successfully reflects the same attention to such factors. In many respects, rewriting a book is more difficult than writing it the first time. If the book is successful, as this one is, a major concern is that the updates, inserts, and deletions will adversely affect writing style and continuity of coverage. The combination of superb reviewers and editors, plus a wealth of feedback from adopters and students of the previous editions, helped make this new edition the best yet.

立即下载
Database Design 英文版

Database Design英文版-Introduction of Database Management/Database Management System

立即下载
sqlite实现

SQLite Database System Design and Implementation (2011 version)

立即下载
Relational_Database_Index_Design_and_the_Optimizers

Relational databases have been around now for more than 20 years. In their early days, performance problems were widespread due to limited hardware resources and immature optimizers, and so performance was a priority consideration. The situation is very different nowadays; hardware and software have advanced beyond all recognition. It’s hardly surprising that performance is now assumed to be able to take care of itself! But the reality is that despite the huge growth in resources, even greater growth has been seen in the amount of information that is now available and what needs to be done with this information. Additionally, one crucial aspect of the hardware has not kept pace with the times: Disks have certainly become larger and incredibly cheap, but they are still relatively slow with regards to their ability to directly access data. Consequently many of the old problems haven’t actually gone away—they have just changed their appearance. Some of these problems can have enormous implications— stories abound of “simple” queries that might have been expected to take a fraction of a second appear to be quite happy to take several minutes or even longer; this despite all the books that tell us how to code queries properly and how to organize the tables and what rules to follow to put the right columns into the indexes. So it is abundantly clear that there is a need for a book that goes beyond the usual boundaries and really starts to think about why so many people are still having so many problems today.

立即下载
Database Design and Relational Theory

What makes this book different from others on database design? Many resources on design practice do little to explain the underlying theory, and books on design theory are aimed primarily at theoreticians. In this book, renowned expert Chris Date bridges the gap by introducing design theory in ways practitioners can understand—drawing on lessons learned over four decades of experience to demonstrate why proper database design is so critical in the first place. Every chapter includes a set of exercises that show how to apply the theoretical ideas in practice, provide additional information, or ask you to prove some simple theoretical result. If you’re a database professional familiar with the relational model, and have more than a passing interest in database design, this book is for you. Questions this book answers include: Why is Heath’s Theorem so important? What is The Principle of Orthogonal Design? What makes some JDs reducible and others irreducible? Why does dependency preservation matter? Should data redundancy always be avoided? Can it be? Databases often stay in production for decades, and careful design is critical for avoiding subtle errors and processing problems over time. If they’re badly designed, the negative impacts can be incredibly widespread. This gentle introduction shows you how to use important theoretical results to create good database designs. Book Details Series: Theory in Practice Paperback: 278 pages Publisher: O’Reilly Media; 1 edition (April 24, 2012) Language: English ISBN-10: 1449328016 ISBN-13: 978-1449328016

立即下载
spatial database system,design,implementation

空间数据库设计、开发和项目管理的极佳资料。对要求了解空间数据库有很大班组

立即下载
Database System Design 第六版 答案

著名数据库教材 Database System Design 第六版的习题解答

立即下载
UNIX操作系统设计(The Design of the UNIX Operating System)

第1章 系统概貌 1.1 历史 1.2 系统结构 1.3 用户看法 1.3.1 文件系统 1.3.2 处理环境 1.3.3 构件原语 1.4 操作系统服务 1.5 关于硬件的假设 1.5.1 中断与例外 1.5.2 处理机执行级 1.5.3 存储管理 1.6 本章小结 第2章 内核导言 2.1 UNIX操作系统的体系结构 2.2 系统概念介绍 2.2.1 文件子系统概貌 .2.2.2 进程 2.3 内核数据结构 2.4 系统管理 2.5 本章小结 2.6 习题 第3章 数据缓冲区高速缓冲 3.1 缓冲头部 3.2 缓冲池的结构 3.3 缓冲区的检索 3.4 读磁盘块与写磁盘块 3.5 高速缓冲的优点与缺点 3.6 本章小结 3.7 习题 第4章 文件的内部表示 4.1 索引节点 4.1.1 定义 4.1.2 对索引节点的存取 4.1.3 释放索引节点 4.2 正规文件的结构 4.3 目录 4.4 路径名到索引节点的转换 4.5 超级块 4.6 为新文件分配索引节点 4.7 磁盘块的分配 4.8 其他文件类型 4.9 本章小结 4.10 习题 第5章 文件系统的系统调用 5.1 系统调用open 5.2 系统调用read 5.3 系统调用write 5.4 文件和记录的上锁 5.5 文件的输入/输出位置的调整—lseek 5.6 系统调用close 5.7 文件的建立 5.8 特殊文件的建立 5.9 改变目录及根 5.10 改变所有者及许可权方式 5.11 系统调用stat和fstat 5.12 管道 5.12.1 系统调用pipe 5.12.2 有名管道的打开 5.12.3 管道的读和写 5.12.4 管道的关闭 5.12.5 例 5.13 系统调用dup 5.14 文件系统的安装和拆卸 5.14.1 在文件路径名中跨越安装点 5.14.2 文件系统的拆卸 5.15 系统调用link 5.16 系统调用unlink 5.16.1 文件系统的一致性 5.16.2 竞争条件 5.17 文件系统的抽象 5.18 文件系统维护 5.19 本章小结 5.20 习题 第6章 进程结构 6.1 进程的状态和状态的转换 6.2 系统存储方案 6.2.1 区 6.2.2 页和页表 6.2.3 内核的安排 6.2.4 u区 6.3 进程的上下文 6.4 进程上下文的保存 6.4.1 中断和例外 6.4.2 系统调用的接口 6.4.3 上下文切换 6.4.4 为废弃返回(abortive return)而保存上下文 6.4.5 在系统和用户地址空间之间拷贝数据 6.5 进程地址空间的管理 6.5.1 区的上锁和解锁 6.5.2 区的分配 6.5.3 区附接到进程 6.5.4 区大小的改变 6.5.5 区的装入 6.5.6 区的释放 6.5.7 区与进程的断接 6.5.8 区的复制 6.6 睡眠 6.6.1 睡眠事件及地址 6.6.2 算法sleep和wakeup 6.7 本章小结 6.8 习题 第7章 进程控制 7.1 进程的创建 7.2 软中断信号 7.2.1 软中断信号的处理 7.2.2 进程组 7.2.3 从进程发送软中断信号 7.3 进程的终止 7.4 等待进程的终止 7.5 对其他程序的引用 7.6 进程的用户标识号 7.7 改变进程的大小 7.8 shell程序 7.9 系统自举和进程init 7.10 本章小结 7.11 习题 第8章 进程调度和时间 8.1 进程调度 8.1.1 算法 8.1.2 调度参数 8.1.3 进程调度的例子 8.1.4 进程优先权的控制 8.1.5 公平共享调度 8.1.6 实时处理 8.2 有关时间的系统调用 8.3 时钟 8.3.1 重新启动时钟 8.3.2 系统的内部定时 8.3.3 直方图分析 8.3.4 记帐和统计 8.3.5 计时 8.4 本章小结 第9章 存储管理策略 9.1 对换 9.1.1 对换空间的分配 9.1.2 进程的换出 9.1.3 进程的换入 9.2 请求调页 9.2.1 请求调页的数据结构 9.2.2 偷页进程 9.2.3 页面错 9.2.4 在简单硬件支持下的请示调页系统 9.3 对换和请示调页的混合系统 9.4 本章小结 9.5 习题 第10章 输入/输出子系统 10.1 驱动程序接口 10.1.1 系统配置 10.1.2 系统调用与驱动程序接口 10.1.3 中断处理程序 10.2 磁盘驱动程序 10.3 终端驱动程序 10.3.1 字符表clist 10.3.2 标准方式下的终端驱动程序 10.3.3 原始方式下的终端驱动程序 10.3.4 终端拧询 10.3.5 建立控制终端 10.3.6 间接终端驱动程序 10.3.7 注册到系统 10.4 流 10.4.1 流的详细的示例 10.4.2 对流的分析 10.5 本章小结 10.6 习题 第11章进程间通信 11.1 进程跟踪 11.2 系统V IPC 11.2.1 消息 11.2.2 共享存储区 11.2.3 信号量 11.2.4 总的评价 11.3 网络通信 11.4 套接字 11.5 本章小结 11.6 习题 第12章 多处理机系统 12.1 多处理机系统的问题 12.2 主从处理机解决方法 12.3 信号量解决方法 12.3.1 信号量定义 12.3.2 信号量实现 12.3.3 几个算法 12.4 Tunis系统 12.5 性能局限性 12.6 习题 第13章 分布式UNIX系统 13.1 卫星处理机系统 13.2 纽卡斯尔连接 13.3 透明型分布式文件系统 13.4 无存根进程的透明分布式模型 13.5 本章小结 13.6 习题 附录A 系统调用

立即下载
Advanced Design System (ADS) 2016.01

先进设计系统(ADS)设计捆绑套件是专门为设计师提供的一套针对特定设计流程而预先配置的软件组合。 这些组合产品可为设计师们提供三种不同的仿真技术——系统、电路和电磁场(EM)仿真技术,帮助他们进行通信系统、GaAs MMIC、RFIC、射频系统封装(SiP)、射频电路板和信号完整性设计工作

立即下载
The Design and Implementation of the FreeBSD Operating System(2nd) 无水印pdf

The Design and Implementation of the FreeBSD Operating System(2nd) 英文无水印pdf 第2版 pdf所有页面使用FoxitReader和PDF-XChangeViewer测试都可以打开 本资源转载自网络,如有侵权,请联系上传者或csdn删除 本资源转载自网络,如有侵权,请联系上传者或csdn删除

立即下载
Unix操作系统设计(The Design of the Unix Operating system)

The Design of the Unix Operating system的中文版,pdf,清晰。

立即下载
关闭
img

spring mvc+mybatis+mysql+maven+bootstrap 整合实现增删查改简单实例.zip

资源所需积分/C币 当前拥有积分 当前拥有C币
5 0 0
点击完成任务获取下载码
输入下载码
为了良好体验,不建议使用迅雷下载
img

database system design

会员到期时间: 剩余下载个数: 剩余C币: 剩余积分:0
为了良好体验,不建议使用迅雷下载
VIP下载
您今日下载次数已达上限(为了良好下载体验及使用,每位用户24小时之内最多可下载20个资源)

积分不足!

资源所需积分/C币 当前拥有积分
您可以选择
开通VIP
4000万
程序员的必选
600万
绿色安全资源
现在开通
立省522元
或者
购买C币兑换积分 C币抽奖
img

资源所需积分/C币 当前拥有积分 当前拥有C币
5 4 45
为了良好体验,不建议使用迅雷下载
确认下载
img

资源所需积分/C币 当前拥有积分 当前拥有C币
5 0 0
为了良好体验,不建议使用迅雷下载
VIP和C币套餐优惠
img

资源所需积分/C币 当前拥有积分 当前拥有C币
5 4 45
您的积分不足,将扣除 10 C币
为了良好体验,不建议使用迅雷下载
确认下载
下载
您还未下载过该资源
无法举报自己的资源

兑换成功

你当前的下载分为234开始下载资源
你还不是VIP会员
开通VIP会员权限,免积分下载
立即开通

你下载资源过于频繁,请输入验证码

您因违反CSDN下载频道规则而被锁定帐户,如有疑问,请联络:webmaster@csdn.net!

举报

若举报审核通过,可返还被扣除的积分

  • 举报人:
  • 被举报人:
  • *类型:
    • *投诉人姓名:
    • *投诉人联系方式:
    • *版权证明:
  • *详细原因: