Data Communication Principles for Fixed and Wireless Networks focuses on the physical and data link layers. Included are examples that apply to a diversified range of higher level protocols such as TCP/IP, OSI and packet based wireless networks. Performance modeling is introduced for beginners requiring basic mathematics. Separate discussion has been included on wireless cellular networks performance and on the simulation of networks. Throughout the book, wireless LANS has been given the same level of treatment as fixed network protocols. It is assumed that readers would be familiar with basic mathematics and have some knowledge of binary number systems.
Data Communication Principles for Fixed and Wireless Networks is for students at the senior undergraduate and first year graduate levels. It can also be used as a reference work for professionals working in the areas of data networks, computer networks and internet protocols.
Preface. 1.Computer Communications Networks - Introduction. 2. Network Architectures - Examples. 3. Network and User Data. 4. The Physical Layer. 5. Data Link Control Layer - Functions and Procedures. 6. Data Link Control Layer Protocol Examples. 7. Multiplexing and Carrier Systems. 8. The Network and Higher Layer Functions. 9. Performance Models for Data Networks. References. Index.
Computer Communications Networks - Introduction.- Network Architectures - Examples.- Network and User Data.- The Physical Layer.- Data Link Control Layer Functions and Procedures.- Data Link Control Layer Protocol Examples.- Multiplexing and Carrier Systems.- The Network and Higher Layer Functions.- Performance Models for Data Networks.
Inhaltsverzeichnis
Computer Communications Networks - Introduction.- Network Architectures - Examples.- Network and User Data.- The Physical Layer.- Data Link Control Layer Functions and Procedures.- Data Link Control Layer Protocol Examples.- Multiplexing and Carrier Systems.- The Network and Higher Layer Functions.- Performance Models for Data Networks.
Klappentext
Data Communication Principles for Fixed and Wireless Networks focuses on the physical and data link layers. Included are examples that apply to a diversified range of higher level protocols such as TCP/IP, OSI and packet based wireless networks. Performance modeling is introduced for beginners requiring basic mathematics. Separate discussion has been included on wireless cellular networks performance and on the simulation of networks. Throughout the book, wireless LANS has been given the same level of treatment as fixed network protocols. It is assumed that readers would be familiar with basic mathematics and have some knowledge of binary number systems.
Data Communication Principles for Fixed and Wireless Networks is for students at the senior undergraduate and first year graduate levels. It can also be used as a reference work for professionals working in the areas of data networks, computer networks and internet protocols.
