The embedded Internet : (Record no. 7318)

MARC details
000 -LEADER
fixed length control field 05614pam a2200181 a 4500
020 ## - INTERNATIONAL STANDARD BOOK NUMBER
ISBN 9780321306388
020 ## - INTERNATIONAL STANDARD BOOK NUMBER
ISBN 0321306384
050 ## - CALL NUMBER
Classification number TK785.E43
Item number .S285
100 ## - AUTHOR
Personal name Scaglia, Sergio
245 ## - TITLE
Title The embedded Internet :
Remainder of title TCP/IP basics, implementation and applications
Statement of responsibility, etc Sergio Scaglia
260 ## - PUBLICATION INFORMATION
Place of publication Harlow, England ; New York :
Name of publisher Addison-Wesley,
Year of publication 2007.
300 ## - DESCRIPTION
Number of Pages xxv, 603 pages :
Other physical details illustrations ;
Dimensions 24 cm
Accompanying material 1 CD-ROM
500 ## - NOTES
General note Includes index
505 ## - FORMATTED CONTENTS NOTE
Table of Content .PART I - TCP/IP basics<br/>1. Introduction to networking<br/>1.1 Networking: Working with networks<br/>1.2 Network fundamentals<br/>1.3 Network models1.4 Network types<br/>1.5 The OSI Reference Model<br/>1.6 Summary<br/>2. The TCP/IP Stack<br/>2.1 The need for a new protocol: that born of the Internet<br/>2.2 Two perspectives on the TCP/IP services<br/>2.3 The TCP/IP stack architecture<br/>2.4 The TCP/IP protocol suite<br/>2.5 TCP/IP stack protocols dependencies<br/>2.6 The Internet protocols standardization process<br/>2.7 Summary<br/>3. LAN technologies: Ethernet<br/>3.1 Why Ethernet II and IEEE Ethernet?<br/>3.2 Ethernet II<br/>3.3 The IEEEE 803 Model<br/>3.4 802.3 CSMA/VD (IEEE Ethernet)<br/>3.5 IEEE Ethernet and Ethernet II Networks comparison<br/>3.6 Summary<br/>4. Network interface: SLIP and PPP<br/>4.1 Point-to-point network solutions<br/>4.2 Serial Line Interfaces<br/>4.3 Serial Line protocols<br/>4.4 Serial Line Internet Protocol (SLIP)<br/>4.5 Point-To-Point Protocol (PPP)<br/>4.6 Summary<br/>5 The Internet layer: IP and ICMP<br/>5.1 Internet Protocol (IP)<br/>5.2 Internet Control Message Protocol (ICMP)<br/>5.3 Address Resolution Protocol (ARP)<br/>5.4 Reverse Address Resolution Protocol (RARP)<br/>5.5 Summary<br/>6 The Transport Layer: UDP and TCP<br/>6.1 Transport Layer introduction<br/>6.2 User Datagram Protocol (UDP<br/>)6.3 Transmission Control Protocol (TCP)<br/>6.4 Summary<br/>7 Remote access: TELNET<br/>7.1 Introduction<br/>7.2 The Network Virtual Terminal<br/>7.3 The TELNET client/server model<br/>7.4 TELNET commands<br/>7.5 TELNET synch function<br/>7.6 Summary<br/>8 The File Transfer Protocol: FTP<br/>8.1 Introduction<br/>8.2 FTP overview<br/>8.3 The FTP model<br/>8.4 FTP control connection<br/>8.5 FTP data connection<br/>8.6 FTP transmission modes<br/>8.7 FTP data representation<br/>8.8 FTP internal commands and replies<br/>8.9 FTP user commands<br/>8.10 FTP minimum implementation<br/>8.11 Summary<br/>9 The e-mail protocols: SMTP and POP3<br/>9.1 An electronic mail system introduction<br/>9.2 The TCP/IP electronic mail addresses<br/>9.3 The Simple Mail Transfer Protocol (SMTP)<br/>9.4 The Post Office Protocol version 3 (POP3)<br/>9.5 TCP/IP electronic mail message format<br/>9.6 Summary<br/>10 The World Wide Web Protocol: HTTP<br/>10.1 Introduction<br/>10.2 The HyperText Markup Language (HTML)<br/>10.3 HTTP Uniform Resource Locators (URLs)<br/>10.4 The HyperText Transfer Protocl<br/>10.5 Summary<br/>11 The domain name system<br/>11.1 Name systems introduction<br/>11.2 Name space<br/>11.3 TCP/IP host tables<br/>11.4 TCP/IP domain name system<br/>11.5 Summary<br/>PART II - Embedded Internet Implementation<br/>12 Preparing the Labs<br/>12.1 Labs introduction<br/>12.2 The proposed hardware<br/>12.3 The proposed software<br/>12.4 Setting up the Labs hardware<br/>12.5 Installing and configuring the software<br/>12.6 Steps to execute the Labs<br/>12.7 Where to get the hardware and software<br/>13 The application and the TCP/IP stack<br/>13.1 Embedded systems with TCP/IP stack<br/>13.2 Introducing the application<br/>13.3 Lab 1: the application<br/>13.4 The TCP/IP stack design<br/>14 Connecting to a LAN: Ethernet and ARP<br/>14.1 The Ethernet interface<br/>14.2 Writing the CS8900A drivers<br/>14.3 Lab 2: the Ethernet drivers<br/>14.4 The ARP Protocol implementation<br/>14.5 Lab 3: The ARP Protocol<br/>15 Dial-up networking: PPP<br/>15.1 Serial port programming considerations<br/>15.2 Point-to-Point Protocol implementation<br/>15.3 Lab 4: the PPP link<br/>16 Implementing the IP layer (IP and ICMP)<br/>16.1 The IP Protocol implementation<br/>16.2 Lab 5: receiving the IP datagrams<br/>16.3 Teh ICMP Protocol implementation<br/>16.4 Lab 6: The ICMP in action<br/>17 IMplementing the Transport layer (UDP and TCP)<br/>17.1 The UDP Protocol implementation<br/>17.2 Lab 7: Working with UDP messages<br/>17.3 The TP Protocol implementation<br/>17.4 Lab 8: Working with TCP segments<br/>18 UDP-based adn TCP-based embedded server applications<br/>18.1 Introduction<br/>18.2 Implementing the UDP-based embedded server<br/>18.3 LAb 9: UDP-based embedded server<br/>18.4 IMplementing the TCP-based embedded server<br/>18.5 Lab 10: TCP-based embedded server<br/>19 Sending e-mail messages: SMTP<br/>19.1 Introduction<br/>19.2 Implementing the SMTP module<br/>19.3 Lab 11: Sending e-mails<br/>20 Serving the World Wide Web: HTTP<br/>20.1 Introduction<br/>20.2 Embedded WebServer implementation<br/>20.3 Lab 12: serviing the World Wide Web<br/>PART III - Embedded Internet Applications<br/>21 Remote monitoring, access and control<br/>21.1 Introduction<br/>21.2 Universal GUI console<br/>21.3 Home automation<br/>21.4 Industrial automation<br/>21.5 Telemtry: virtual instruments<br/>21.6 Telemedicine applications<br/>21.7 Commercial applications<br/>21.8 Street controllers<br/>21.9 Data collection applications<br/>21.10 Information and advertising systems<br/>22 Security and Surveillance applciations<br/>22.1 Intruder alarms<br/>22.2 Video surveillance applications<br/>22.3 Integrated access control systems<br/>23 Tracking applications<br/>23.1 GPS tracking systems<br/>23.2 Automatic Taxi Dispatcher<br/>23.3 Public transport tracking<br/>23.4 5 Shipment tracking systems<br/>24 Outsourcing embedded code: using web services<br/>24.1 Introduction<br/>24.2 Web services<br/>24.3 Applkication case: using web services for DNS resolution<br/>24.4 Lab 13: Consuming web services<br/>
650 ## - SUBJECTS
Topical Term Embedded Internet devices --
General subdivision Computer programs.
650 ## - SUBJECTS
Topical Term TCP/IP (Computer network protocol)
942 ## - ADDED ENTRY ELEMENTS (KOHA)
Koha item type Books
Holdings
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