000 02495nam 2200241 a 4500
001 95007022
008 950207s1995 njua b 00100 eng
019 1 $a11468434
019 $a95007022
020 $a0131321927
082 00 $a004.6/2$220
100 1 $aHuitema, Christian.
245 10 $aRouting in the Internet /$cChristian Huitema.
260 $aEnglewood Cliffs, N.J. :$bPrentice Hall
PTR,$cc1995.
300 $axii, 319 p. :$bill. ;$c25 cm.
504 $aIncludes bibliographical references and index.
505 0 $a1. Introduction to Routing in the Internet -- Pt.
I. Architecture and Protocols. 2. The Internet Architecture.
3. The Internet Protocol -- Pt. II. Interior Routing
Protocols. 4. Why Is RIP So Simple? 5. Why Is OSPF So
Complex? 6. Other Routing Protocols -- Pt. III. Exterior
Routing Protocols. 7. EGP: A First Step Toward the Global
Internet. 8. With BGP Toward the 1990s. 9. CIDR and the
Routing Explosion. 10. Policy Routing -- Pt. IV. New
Developments. 11. Multicast. 12. Mobility. 13. Resource
Reservation. 14. Toward the New IP.
520 $aThis comprehensive guide to all the latest
advances in Internet routing protocols is written in a very
user friendly style. Taking an applied approach, the author
examines the organization of routing, the structure that
glues together the worldwide Internet.
520 8 $aRouting in the Internet: introduces the general
principles of the Internet architecture and presents IP -
the Internet Protocol; describes routing with organizations'
networks. It presents RIP, the most widely used "interior
gateway protocol" in today's Internet, and makes OSPF easy
to understand. It also presents IS-IS, IGRP, and EIGRP;
explains the set of routing protocols required for
interconnections between organizations' networks and their
providers. It shows the progress of the technology from EGP,
the first "external gateway protocol," towards BGP, the new
"border gateway protocol," and the recently developed CIDR -
"Classless Inter Domain Routing." A separate chapter
presents the requirements of "policy-based routing" and
details the recent advances in routing technology including
multicast transmission, mobile hosts, and the support of
real time applications.
520 8 $aThese technologies will be used by the new
generation of the Internet Protocol, IPv6, that will connect
thousands of billions of hosts in the 21st Century.
650 0 $aInternet.
650 0 $aComputer network protocols.
650 0 $aComputer network architectures.
