Network Infrastructure and Architecture: Designing High-Availability Networks takes a unique approach to the subject by covering the ideas underlying networks, the architecture of the network elements, and the implementation of these elements in optical and VLSI technologies. Additionally, it focuses on areas not widely covered in existing books: physical transport and switching, the process and technique of building networking hardware, and new technologies being deployed in the marketplace, such as Metro Wave Division Multiplexing (MWDM), Resilient Packet Rings (RPR), Optical Ethernet, and more.
Divided into five succinct parts, the book covers:
Networking elements and design
Complete with case studies, examples, and exercises throughout, the book is complemented with chapter goals, summaries, and lists of key points to aid readers in grasping the material presented.
Network Infrastructure and Architecture offers professionals, advanced undergraduates, and graduate students a fresh view on high-speed networking from the physical layer perspective.
Part I: Optical Transmission.
1. Introduction to Networking.
2. Filer-Optic Transmission.
3. Wavelength-Division Multiplexing.
Part II: Networking Protocols.
5. TCP/IP Protocol Suite.
6. Protocol Stacks.
Part III: VLSI Chips.
7. VLSI Integrated Circuits.
8. Circuits for Optical-to-Electrical Conversion.
Part IV: Data Switching.
9. Physical Circuits Switching.
10. Time-Division-Multipleured Switching.
11. Packet and Cell Switching and Queuing.
Part V: Networking.
12. Network Elements.
13. Network Design: Efficient, Survivable Networks.
Carl McCrosky PMC-Sierra, Inc..
Daniel Minoli Stevens Institute of Technology, AT&T, Red Bank, New Jersey.