Broadband Networks

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C DEEP IIT Mumbai... Center for Distance Engineering Education Program
by Prof Karandikar.... even Sem (2011 Jan Jul)
Broadband Networks
This course gives an introduction to the fundamentals of broadband networks. The focus of the course is to elucidate the basic concepts of Quality of Service (QoS) in packet switch networks. We have discussed various elements of QoS architecture and algorithms. The course begins with introduction to ATM network principles and then explains QoS in IP networks. We give a detailed overview of resource reservation techniques including packet scheduling algorithms and admission control. 
We then discuss issues involved in IP over ATM which leads to Multiprotocol Label Switching (MPLS) network. Today, MPLS addresses the traffic engineering challenges of broadband IP core networks. MPLS can also be used as control plane for Optical Networks. Accordingly, we discuss next generation optical networks and MPLS Multiprotocol Lambda Switching. Finally, we give an overview of broadband access networks technologies. Metro Ethernet is one of the dominant access network technologies in next generation broadband access. The course gives an overview of Metro Ethernet. Various topics covered in the course are as follows 
ATM networks
QoS in ATM networks Effective Bandwidth and Traffic Descriptor
Resource Reservation in IP networks
Packet Scheduling and Admission Control
QoS for Best Effort Traffic TCP Congestion control
IP over ATM
Optical Networks and MPLS
Broadband Access and Metro Ethernet
a1 Introduction to broadband network 52:22 mins
a2 Qos in packet switching and ATM 53:20 mins
a3 ATM networks 53:09 mins
a4 Effective bandwidth 1 57:57 mins
a5 Effective bandwith 2 52:13 mins
a6 Traffic description in ATM 53:58 mins
a7 Calculus for QOS 1 54:13 mins
a8 Calculus for QOS 2 43:40 mins
a9 Packet scheduling algorithm introduction 55:48 mins
a10 Flued fair queueing and weighted fair queueing 55:46
a11 Virtual time in scheduling 53:28 mins
a12 Fairness of WFO and SCFO scheduling algo 53:54 mins
a13 Rate proportional servers 54:09 mins
a14 Latency rate servers 1 52:17 mins
a15 Latency rate server 2 and delay bounds 53:47 mins
a16 QOS in best effort internet 56:43 mins
a17 TCP congestion control 52:19 mins
a18 Analysis of TCP 55:19 mins
a19 TCP throughput 50:40 mins
a20 Buffer management 53:23 mins
a21 IP addressing scheme 54:05 mins
a22 IP addressing lookup and packet classification 54:35 mins
a23 IP over ATM 55:38 mins
a24 Differentiated services internet 53:36 mins
a25 MPLS & traffic engg. 55:00 mins
a26 Optical network & MPLS 55:02 mins
a27 Integrated service internet & RSVP 50:44 mins
a28 Differentiated services internet 55:06 mins
a29 Voice over IP 53:47 mins
a30 RTP 53:09 mins
a31 Metro ethernet access networks 54:49 mins
a32 Metro ethernet access networks 47:41 mins
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