This document covers assignments related to wireless network and communication including modulation techniques such as Amplitude Shift Keying, Frequency Shift Keying, Phase Shift Keying, Differential Phase shift keying, and more. It also explains the Error Detection Process for Cyclic Redundancy Check (CRC), WLAN infrastructure mode, ad-hoc mode, TCP and OSI protocols for wired and wireless LANs, and the drawbacks of square and circle shapes cells for cellular communications.

Assignment No 2

Convert binary data into analog waveforms using different modulation techniques, compute frequency assignments, draw waveforms and constellation diagrams, explain error detection process, compute frame check sequence, compute transmitted signal using Direct Sequence Spread Spectrum, compare Infrastructure and ad hoc modes in WLAN

Learn about wireless network assignments, modulation techniques, error detection, WLAN modes, TCP and OSI protocols, and cellular communication drawbacks.

Wireless Network and Communication - Assignments and Modulation Techniques

Network And Communication

This document provides study material on wireless network and communication. It includes assignments on modulation techniques, frequency assignments, analog and frequency modulation waveforms, QAM constellation diagram, error detection process for CRC, frame check sequence, transmitted signal using Direct Sequence Spread Spectrum, infrastructure and ad hoc modes in WLAN, and a comparison of TCP and OSI protocols for wired and wireless LANs.

Negros Oriental State University

Wireless Network and Communication

Ciencia

This document contains solutions for Wireless Network and Technology Assignment 2. It covers topics such as modulation techniques, analog and frequency modulation waveforms, error detection process, WLAN modes, TCP and OSI protocols, and more. The document also includes diagrams and references for further reading.

StuDocu Highschool

Wireless Network and Technology - Desklib

Get Wireless Network and Communication Assignment 2 solution from Desklib. The assignment includes converting binary data into analog waveforms, computing frequency assignments, drawing analog modulation and frequency modulation waveforms, 16 QAM constellation diagram, error detection process for cyclic redundancy check, frame check sequence, direct sequence spread spectrum, infrastructure and ad hoc modes in WLAN, TCP and OSI protocols for wired and wireless LANs, and more.

Wireless Network and Communication Assignment 2

This document discusses various topics related to wireless network and communication, including modulation techniques, frequency assignments, analog and frequency modulation waveforms, error detection process, frame check sequence computation, direct sequence spread spectrum, infrastructure and ad hoc modes in WLAN, comparison of TCP and OSI protocols, and the appropriateness of square and circle shape cells in cellular communications. It also provides references for further reading.

This document discusses various topics related to wireless network and communication, including modulation techniques, frequency assignments, analog and frequency modulation waveforms, error detection process, frame check sequence computation, direct sequence spread spectrum, infrastructure and ad hoc modes in WLAN, and a comparison of TCP and OSI protocols for wired and wireless LANs. It also explains why hexagonal shape cells are more appropriate for cellular communications compared to square and circle shapes.

Wireless Network and Communication - Assignments and Modulation Techniques

End of preview

Wireless Network and Communicationlg...

Wireless Network and Technology - Deskliblg...

Wireless Network and Communication Assignment 2lg...

Wireless Network and Communicationlg...

Wireless Network and Communicationlg...

Wireless Network and Communicationlg...

Wireless Network and Communication

Wireless Network and Technology - Desklib

Wireless Network and Communication Assignment 2

Wireless Network and Communication

Wireless Network and Communication

Wireless Network and Communication