CS718 Handouts pdf download | Wireless Networks Lectures (ppt)

CS718: Wireless Networks Handouts (PDF)

A wireless network refers to a computer network that uses Radio Frequency (RF) connections between nodes in a network. Wireless networks are a popular solution for homes, businesses, and social networks.  CS718 Handouts pdf

CS718 Handouts pdf

Course Category: Computer Science/Information Technology CS718 Handouts pdf

Course Outline

Introduction to Wireless Communication, Wired vs. Wireless Communication, Electromagnetic Signal, Time-Domain Concepts, Frequency-Domain Concepts, Channel Capacity, Signal-to-Noise Ratio, EM Spectrum, Design Challenges, Wireless Transmission, Signal Encoding and Modulation, Categories of Noise, Attenuation and other Impairments, Multiplexing, Transmission Mediums, Propagation Modes, Multipath Propagation, Types of Fading, Error Detecting and Correcting Techniques, Multiple Access Techniques, CSMA and Spread Spectrum, Evolution of Wireless Networks (1G Cellular Networks, 2G Cellular Networks, 2.5G Cellular Networks, 3G Cellular Networks, Limitation of 3G, 4G Objectives, Issues, QoS, Security, Multimedia Services and Applications, Convergence of Cellular and WLAN, Billing Issue, WLANs(IEEE802.11),
 WiMAX (IEEE802.16), Wireless PAN(IEEE802.15)), Fundamentals of Cellular Concepts(Cellular Concept, AMPS Architecture, Frequency Reuse, Locating co-channel cells, Channel Assignment Strategies, Handoff Strategies, Prioritizing Handoff, Practical Handoff Considerations, Co-channel Interference and Capacity, Adjacent Channel Interference and Capacity, Channel Planning for Wireless System, Trunking and Grade of Service, Measuring Traffic Intensity, Trunked Systems, Erlang Charts, Improving Coverage and Capacity, Cell Splitting, Sectoring, Repeaters for Range Extension, Microcell Zone Concept), Analog Mobile Phone System (Introduction, Architecture, System Overview, Call Handling, Air Interface, Supervisory Signals, N-AMPS), GSM: Global System for Mobile Communication (Introduction, System Architecture, Network Areas, Specifications, Subscriber Services, Mobility, Identifiers in GSM Network) Identifiers in GSM Network, Call Routing in GSM,

GPRS: General Packet Radio Service (Introduction, Architecture, Registration and Session Management, Routing Scenario in GPRS, Channels Classification, Protocol Architecture, Air Interface, Data Routing, and Mobility, Uplink Data Transfer, Downlink Data Transfer, QoS in GPRS, EDGE Airlink), IS-136, IS-136 Channels and Specifications, CDMA One / IS-95 (Advantages and Drawbacks of CDMA Cellular, Mobile Wireless CDMA Design Considerations, IS-95 CDMA Forward Channel), Walsh Codes, IS-95 Reverse Link, EDGE: Enhanced Data Rate for GSM Evolution (Introduction, Modulation and Coding Schemes, Link Adaptation and Incremental Redundancy, Capacity Planning, Dynamic Abis Pool, Benefits), WCDMA / UMTS (Introduction, Service Classes in UMTS, UTRAN Architecture, Radio Interface protocol Architecture, Protocol Models for UTRAN, Logical Channels in WCDMA, Spreading and Scrambling, Transport and Physical Channels, Signaling, Physical Layer Procedures, 

Compressed Mode Measurements, Handover Measurements, WCDMA Packet Data Access, Transport Channels For Packet Data, Packet Scheduling Algorithms), CDMA 2000 (Introduction, New MAC and Physical Layer Features, Physical Layer of cdma2000, Reverse Physical Channels, New Network Elements in cdma2000, Mobility Management, Handoff, Wireless LAN/IEEE 802.11 (Overview, IEEE 802.11 Protocols, Architecture, Services, MAC Protocols, CSMA/CA Algorithm), Problems with DCF, RTC / CTS Protocol, PCF, MAC Frames, Physical Media in Original IEEE 802.11, Mobile Ad Hoc Networks (Introduction, Characteristics, Ad Hoc vs. Cellular Networks, Applications, Challenges, Routing Protocols), 802.11 Security, Types of Attacks, Flaws, WEP Protocol, WEP Authentication, Security Flaws in Original 802.11, IBSS Security Model, QoS in WLAN, Limitations of QoS in IEEE 802.11, Overview of 802.11e, 

Traffic Categories, EDCF, HCF, Mobile IP in Details, Introduction to Wireless Mesh Networks, Characteristics, WMN vs MANET, Architecture, Applications, Critical Factors Influencing Performance, MAC Layer in WMN, Network Layer in WMN, QoS Support at Each Layer, WMN Standards, TCP for Wireless Networks (Motivation, TCP Variants, Issues in Heterogeneous Wireless Networks, TCP Schemes for Wireless), Sensor Networks (Introduction, Applications, Factors Influencing Performance of WSN, Architecture and Communication Protocols, Challenges in WSNs), Research Directions, TinyOS, Overview of MAC Protocols in WSN, Energy Efficiency in MAC, Proposed MAC Routing Protocol in WSNs, Routing Challenges and Design Issues, Routing Protocols in WSN (SPIN, Directed Diffusion, ACQUIRE, LEACH, TEEN/APTEEN, GAF, GEAR, SPEED),  CS718 Handouts

Transport Protocols for WSN, TCP/UDP for WSN, Security Threats in WSN, TinySec, Motivations of Link Layer security, TinySec Design Goals, Semantic Secure Encryption in TinySec, Security primitives in TinySec, Encryption Schemes, Keying mechanism, Wireless Multimedia Sensor Networks(WMSN), Wireless Sensor Actor Networks(WSAN), WSANs vs. WSN, Introduction to WPAN, Bluetooth introduction, Technical Features, Access Technique, Bluetooth Topology/Scenario, Specifications and Architecture, Core Protocols, Packet Format, Link Connections, and Flow Specification Parameters, High Rate WPAN (IP Over Bluetooth, Bluetooth Security, WPAN Standards, IEEE 802.15.3, Overview, Topology, Coordination, Medium Access, Channel Time Management, Power management, MAC Frame format), CS718 Handouts pdf
IEEE 802.15.4/ZigBee (Overview, Basics, Type of Devices, Topology, Addressing, Physical Layer, Channel Access Mechanisms, Data Transfer Model, Superframe Structure), WiMax/IEEE 802.16 (Basics and Overview, Forum, IEEE 802.16 Evolution, and Standard, Comparison 802.11 and 802.16, Network Architecture, OFDM, OFDMA, Physical Layer Features, MAC Layer), WiMax/IEEE 802.16 MAC QoS (Reference Model, Burst Profiles, Convergence Sub-layers, MAC PDU Format, and Transmission, Fragmentation / Packing, Request/Grant Scheme, Classes of Uplink Service, Power Management/Handoff), 4G Overview, Issues, Mobility Management, Handoffs (Types, Issues, Process and Standard), QoS ConsiderationsCS718 Handouts pdf

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CS718 Handouts pdf
CS718 Handouts pdf


CS718: Wireless Networks

Wireless Networks

A wireless network is a computer network that uses wireless data connections between network nodes. Wireless communication is a way in which homes, telecommunications networks, and business installations avoid the costly process of introducing cables in a building, or as communication between various equipment areas. Administrator communication networks are generally operated and managed using radio communications. This implementation takes place at the visual level (layer) of the OSI model network structure.

Types of wireless networks

Wireless PAN

Wireless personal area networks (WPANs) connect devices to a relatively small area, usually within a person’s reach. For example, both Bluetooth radio and invisible infrared light provide a WPAN headset connected to a portable computer. ZigBee also supports WPAN applications.

Wireless LAN

Wireless LANs are commonly used to connect to local and internet services. A wireless network (WLAN) connects two or more devices over a short distance using a wireless distribution method, usually providing a network access point for internet access. The use of spread-spectrum or OFDM technology may allow users to navigate within the local coverage area, and stay connected to the network.

Wireless ad hoc network

A wireless ad network, also known as a wireless mesh network or mobile ad network (MANET), is a wireless network designed for radio nodes programmed with a mesh topology. Each node transmits messages in the name of other nodes and each node forms a route. CS718 Handouts

Wireless MAN

Metropolitan area networks are a type of wireless network that connects several wireless LANs. WiMAX is a type of Wireless MAN and is defined by the IEEE 802.16 standard. CS718 Handouts pdf download

Wireless WAN

Wide local area networks Wireless networks often cover large areas, such as between cities and neighboring cities, or city by city. These networks can be used to connect branch offices to a business or as a public Internet access system. Wireless communication between access points usually identifies microwave connectors using parabolic vessels at 2.4 GHz and 5.8 GHz bands, instead of omnidirectional antennas used with smaller networks.

Mobile Network

A cellular network or mobile network is a radio network distributed over terrestrial areas called cells, each supplied with at least one fixed transceiver, known as a cell site or base station. In a cellular network, each cell uses a different set of radio frequencies across neighboring cells to avoid any disruption. CS718 Handouts pdf download


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CS718: Wireless Networks Lectures (ppt)