Computer Networks For MSBTE I Scheme Includes Typical MCQ's ( Semester 4 - Information Technology (IF) -22417 ) Academic Year 2018-2019  (Paperback, Er. Manoj S. Kavedia, Prof. Dhanaji Vilas Mirajkar)

Unit I : Fundamentals of Computer Network (Refer chapter 1) 1a. Outline benefits of the given computer network application. 1b. Classify computer network based on the given criteria. 1c. Describe the steps to share the given network resource on the specified operating system. 1d. Select the relevant network computing model for the given type of network service with justification. 1e. Elaborate the given feature of NOS. 1.1 Needs, Uses of Computer Networks, Applications of Computer Networks, Advantages/Benefits of Computer Networks : Sharing Information, Resources, Centralized Management of resources, Backing up of Data 1.2 Classification of Networks : Geographical Classification, Classification Based on Transmission Technology, Classification Based on Network Relationships 1.3 Basics of Networks Computing models : peer-to-peer, client server, distributed. 1.4 Network Operating System (NOS) : its types, features. Unit II : Network Components and Topologies (Refer chapter 2) 2a. Outline the significance of the given networks component. 2b. Explain the function of the given network connecting device. 2c. Explain merits/demerits of the specified type of network topology. 2d. Write the cable/connector/connecting device requirement to implement the given network topology. 2e. Describe the procedure to set up the computer network for the given requirement. 2.1 Basic Components of Computer Network : Cables, Host, Communication, Subnet, NIC. 2.2 Network Devices and their Role : Repeaters, Hub, Bridge, Switches, Router and Gateway. 2.3 Wireless Infrastructure Components : Access point. Clients. 2.4 Network Topologies : Concept, Significance, Bus, Star, Ring, Tree, Mesh, Hybrid. Unit III : Reference Models for Computer Networks (Refer chapter 3) 3a. Describe the significance of the given design issue for layering in protocol. 3b. Explain major functions of the given layer of OSI reference model. 3c. Explain major functions of the given layer of TCP/IP protocol suit. 3d. Write steps to perform sharing service of the given resource on the specified operating system. 3e. Describe the procedure to configure the given type of computer network. 3.1 Protocol Hierarchies - Layered Approach 3.2 Interfaces, Services, Protocols and Packets 3.3 Design Issues for Layering 3.4 OSI Reference Model : Layers and Their Functions 3.5 TCP/IP Protocol : Layers and their Functions 3.6 OSI Model Vs. TCP/IP 3.7 Using Basic Network Services : File Sharing, Print Sharing, Device SharingUnit IV : TCP/IP Protocol Suite (Refer chapter 4) 4a. Explain the salient features of the given Host-to-Network layer protocol. 4b. Explain the working of the given internet layer protocol. 4c. Identify the use of TCP or UDP at transport layer, based on functioning of the given application layer protocol. 4d. Describe function of the given application layer protocol. 4e. Describe the procedure to configure the given type of TCP/IP services. 4.1 Host to Network Layer Protocols : SLIP, PPP 4.2 Internet Layer Protocols : IP, ARP, RARP, ICMP 4.3 Transport layer Protocol : TCP, UDP 4.4 Application Layer Protocol : FTP, HTTP, SMTP, TELNET, DNS, BOOTP, DHCP. Unit V : IP Addressing (Refer chapter 5) 5a. Calculate address range of hosts on each subnet for the given IP address. 5b. Calculate subnet mask for the given subnet. 5c. Illustrate the method of multicast operation using given IP address. 5d. Map the given IPv4 address to IPv6 address. 5.1 Addressing : Physical Address, Logical Address, Port Address 5.2 IP Address : Concept, Notation, Address Space 5.3 IPv4 Addressing : Classes, Subnet Mask, Subnetting, Super netting 5.4 Unicast, Multicast, Broadcast Address, Multicast Operation 5.5 IPv6 Address, Basic Structure 5.6 IPv4 Verses IPv6.