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Detailed description of WiFi networks, possibly with a small extension dedicated to 802.15.4
Overdue by 12 year(s)•Due by December 4, 2013Detailed description of Ethernet networks, including 802.1d
Overdue by 12 year(s)•Due by October 30, 2013Explain the basics of MPLS and a simplified view of the control plane, possibly including segment routing or part of it
Overdue by 12 year(s)•Due by October 23, 2013Explain the RIPng, OSPFv3 and BGP protocols (eBGP only)
Overdue by 12 year(s)•Due by November 13, 2013Explain the basics of IPv6 and static routing
Overdue by 12 year(s)•Due by November 6, 2013Describe how congestion control is performed on the Internet, including ECN
Overdue by 12 year(s)•Due by October 30, 2013Description of the basic mechanisms used by UDP, TCP and SCTP
Overdue by 12 year(s)•Due by October 23, 2013•1/1 issues closedDescription of application layer protocols
No due dateThis section explains how to share resources including MAC and congestion control
No due dateThis chapter aims at explaining the problems that arise when we need to support multiple applications through a network. It will cover the following principles - naming versus addressing - representing data - abstractions for services (connectionless, connection-oriented, request-response) - principles of the transport layer (multiplexing, connection management)
No due dateThe objective of this chapter is to explain the main principles behind the creation of a network, namely - data plane versus control plane - datagram versus virtual circuit - source routing - destination based routing - label switching - routing protocols (distance vector and link state) Document in this milestone any issue with this chapter
No due dateFor the second edition of the book, describe in a chapter the principles behind reliable transmissions : - physical layer - framing - alternating bit protocol - go-back-n - selective repeat Document in this milestone the possible issues with this chapter
No due date