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Distributed Computing Principles and Applications

by: Liu, M.L.

Distributed Computing Principles and Applications

by: Liu, M.L.

ISBN 13:
9780201796445
ISBN 10:
0201796449
Edition: 1st
Format: Paperback
Copyright: 09/06/2019
Publisher: Pearson

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Summary

Text introduces students to principles of distributed computing, focusing on the upper layers of the architecture for net-centric computing. For undergraduate students. Softcover. DLC: Electronic data processing--Distributed processing.

Preface

Acknowledgments

Distributed Computing, An Introduction

(46)

Definitions

(1)

The History of Distributed Computing

(3)

Different Forms of Computing

(3)

Monolithic Computing

(1)

Distributed Computing

(1)

Parallel Computing

(2)

Cooperative Computing

(1)

The Strengths and Weaknesses of Distributed Computing

(4)

Basics of Operating Systems

(8)

Computer Programs and Processes

(4)

Concurrent Programming

(4)

Network Basics

(15)

Protocols

(1)

Network Architecture

(2)

Network Architecture Protocols

(1)

Connection-Oriented versus Connectionless Communication

(3)

Network Resources

(1)

Host Identification and Internet Protocol Addresses

(5)

Identifying Processes with Protocol Ports

(1)

Email Addresses

(1)

URLs

(3)

Software Engineering Basics

(12)

Procedural versus Object-Oriented Programming

(1)

The Unified Modeling Language

(1)

The Architecture of Distributed Applications

(1)

Toolkits, Frameworks, and Components

(1)

Summary

(1)

Exercises

(6)

References

(2)

Interprocess Communications

(28)

An Archetypal IPC Program Interface

(1)

Event Synchronization

(6)

Synchronous Send and Synchronous Receive

(1)

Asynchronous Send and Synchronous Receive

(1)

Synchronous Send and Asynchronous Receive

(1)

Asynchronous Send and Asynchronous Receive

(2)

Timeouts and Threading

(1)

Deadlocks and Timeouts

(1)

Data Representation

(1)

Data Encoding

(2)

Text-Based Protocols

(1)

Request-Response Protocols

(1)

Event Diagram and Sequence Diagram

(3)

Connection-Oriented versus Connectionless IPC

(1)

The Evolution of Paradigms for Interprocess Communications

(9)

Summary

(2)

Exercises

(4)

References

(2)

Distributed Computing Paradigms

(22)

Paradigms and Abstraction

(2)

Abstraction

(1)

Paradigms

(1)

An Example Application

(1)

Paradigms for Distributed Applications

(14)

Message Passing

(1)

The Client-Server Paradigm

(1)

The Peer-to-Peer Paradigm

(3)

The Message System Paradigm

(1)

Remote Procedure Call Model

(2)

The Distributed Objects Paradigms

(2)

The Object Space

(1)

The Mobile Agent Paradigm

(1)

The Network Services Paradigm

(1)

The Collaborative Application (Groupware) Paradigm

(1)

Trade-offs

(6)

Level of Abstraction versus Overhead

(1)

Scalability

(1)

Cross-Platform Support

(1)

Summary

(1)

Exercises

(1)

References

(2)

The Socket API

(36)

Background

(1)

The Socket Metaphor in IPC

(1)

The Datagram Socket API

(15)

The Connectionless Datagram Socket

(11)

Connection-Oriented Datagram Socket API

110

(3)

The Stream-Mode Socket API

113

(11)

Operations and Event Synchronization

115

(9)

Sockets with Nonblocking I/O Operations

124

(1)

Secure Socket API

124

(9)

The Secure Socket Layer

125

(1)

The Java™ Secure Socket Extension

126

(1)

Summary

126

(2)

Exercises

128

(4)

References

132

(1)

The Client-Server Paradigm

133

(48)

Background

133

(1)

Client-Server Paradigm Issues

134

(4)

A Service Session

134

(1)

The Protocol for a Service

135

(1)

Interprocess Communications and Event Synchronization

136

(2)

Data Representation

138

(1)

Software Engineering for a Network Service

138

(17)

Software Architecture

139

(1)

IPC Mechanism

140

(1)

Daytime Client-Server Using Connectionless Datagram Socket

140

(7)

Daytime Client-Server Using Stream-Mode Socket

147

(7)

Testing a Network Service

154

(1)

Connection-Oriented and Connectionless Servers

155

(8)

Connectionless Echo Client-Server

155

(1)

The Echo Server

156

(2)

Connection-Oriented Echo Client-Server

158

(5)

Iterative Server and Concurrent Server

163

(4)

Stateful Servers

167

(14)

Global State Information

167

(3)

Session State Information

170

(4)

Summary

174

(1)

Exercises

175

(4)

References

179

(2)

Group Communication

181

(22)

Unicasting versus Multicasting

181

(1)

An Archetypal Multicast API

182

(1)

Connectionless versus Connection-Oriented Multicast

183

(1)

Reliable Multicasting versus Unreliable Multicasting

183

(4)

Unreliable Multicasting

184

(1)

Reliable Multicasting

184

(3)

The Java Basic Multicast API

187

(8)

IP Multicast Addresses

187

(2)

Joining a Multicast Group

189

(1)

Sending to a Multicast Group

189

(6)

Reliable Multicast API

195

(8)

Summary

196

(1)

Exercises

197

(3)

References

200

(3)

Distributed Objects

203

(30)

Message Passing versus Distributed Objects

203

(2)

An Archetypal Distributed Object Architecture

205

(2)

Distributed Object Systems

207

(1)

Remote Procedure Calls

207

(2)

Remote Method Invocation

209

(1)

The Java RMI Architecture

210

(2)

Client-Side Architecture

210

(1)

Server-Side Architecture

210

(1)

Object Registry

211

(1)

The API for the Java RMI

212

(8)

The Remote Interface

212

(2)

The Server-Side Software

214

(4)

The Client-Side Software

218

(2)

A Sample RMI Application

220

(4)

Steps for Building an RMI Application

224

(2)

Algorithm for Developing Server-Side Software

225

(1)

Algorithm for Developing Client-Side Software

225

(1)

Testing and Debugging

226

(1)

Comparison of RMI and Socket APIs

227

(1)

Food for Thought

227

(6)

Summary

228

(1)

Exercises

229

(2)

References

231

(2)

Advanced RMI

233

(26)

Client Callback

233

(12)

Client-Side Augmentation for Client Callback

235

(4)

Server-Side Augmentations for Client Callback

239

(4)

Steps for Building an RMI Application with Client Callback

243

(2)

Stub Downloading

245

(2)

RMI Security Manager

247

(12)

Instantiation of a Security Manager in an RMI Program

248

(3)

The Syntax of a Java Security Policy File

251

(1)

Specifying Stub Downloading and a Security Policy File

252

(2)

Algorithms for Building an RMI Application, Allowing for Stub Downloading

254

(1)

Summary

255

(2)

Exercises

257

(1)

References

258

(1)

Internet Applications

259

(50)

HTML

261

(1)

XML---The Extensible Markup Language

262

(1)

HTTP

262

(10)

The Client Request

263

(3)

The Server Response

266

(2)

Content Type and MIME

268

(1)

A Basic HTTP Client

269

(2)

HTTP, a Connection-Oriented, Stateless Protocol

271

(1)

Dynamically Generated Web Contents

272

(1)

Common Gateway Interface (CGI)

273

(11)

A Web Form

276

(3)

Query String Processing

279

(1)

Encoding and Decoding Query Strings

280

(3)

Environment Variables Used with CGI

283

(1)

Web Session and Session State Data

284

(25)

Using Hidden Form Fields for Transferring Session State Data

286

(5)

Using Cookies for Transferring Session State Data

291

(2)

Syntax of the Set-Cookie HTTP Response Header Line

293

(2)

Syntax of the Cookie HTTP Request Header Line

295

(1)

Sample Code for Using Cookies to Pass State Data

296

(4)

Data Privacy and Security Concerns

300

(1)

Summary

300

(3)

Exercises

303

(5)

References

308

(1)

The Common Object Request Broker Architecture

309

(28)

The Basic Architecture

310

(1)

The CORBA Object Interface

311

(1)

Inter-ORB Protocols

311

(1)

Object Servers and Object Clients

312

(1)

CORBA Object References

312

(1)

CORBA Naming Service and the Interoperable Naming Service

313

(2)

The CORBA Naming Service

313

(2)

The Interoperable Naming Service

315

(1)

CORBA Object Services

315

(1)

Object Adapters

315

(2)

Java IDL

317

(16)

Key Java IDL Packages

317

(1)

Java IDL Tools

318

(1)

An Example CORBA Application

318

(13)

Compiling and Running a Java IDL Application

331

(1)

Client Callback

332

(1)

Trade-offs

333

(4)

Summary

333

(1)

Exercises

334

(1)

References

335

(2)

Internet Applications---Part 2

337

(50)

Applets

337

(3)

Servlets

340

(21)

Architectural Support

340

(3)

Servlet Programming

343

(6)

State Information Maintenance in Servlet Programming

349

(12)

Web Services

361

(2)

The Simple Object Access Protocol (SOAP)

363

(24)

A SOAP Request

365

(3)

A SOAP Response

368

(2)

Apache SOAP

370

(1)

Ready-Made Web Services

371

(1)

Invoking a Web Service Using Apache SOAP

372

(3)

Implementing a Web Service Using Apache SOAP

375

(1)

Summary

376

(1)

Exercises

377

(8)

References

385

(2)

Advanced Distributed Computing Paradigms

387

(26)

Message Queue System Paradigm

388

(5)

The Point-to-Point Message Model

388

(1)

The Publish/Subscribe Message Model

389

(4)

Mobile Agents

393

(9)

Basic Architecture

394

(6)

Advantages of Mobile Agents

400

(1)

Mobile-Agent Framework Systems

401

(1)

Network Services

402

(3)

Object Spaces

405

(8)

Summary

409

(1)

Exercises

410

(1)

References

411

(2)

Epilogue

413

(2)

Index

415

Amazon no longer offers textbook rentals. We do!

Distributed Computing Principles and Applications

Distributed Computing Principles and Applications

9780201796445

0201796449

Summary

Table of Contents

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