Канал: WISLABi (Wislabi.com)

How the 7 OSI layers of the TCP stack model work together to transfer data packets between devices

How the 7 OSI layers of the TCP stack model work together to transfer data packets between devices

Ten Math Concepts that every engineer needs to know and master to become super creative & innovative

Ten Math Concepts that every engineer needs to know and master to become super creative & innovative

All our best-selling and highest rated courses can be found and accessed from Wislabi.com

All our best-selling and highest rated courses can be found and accessed from Wislabi.com

MIMO use cases and the Design Modeling of STBC scheme (Alamouti coding 2*1) - December 6, 2022

MIMO use cases and the Design Modeling of STBC scheme (Alamouti coding 2*1) - December 6, 2022

Example of where you can use ML to solve a practical problem: The nonlinear power amplifier response

Example of where you can use ML to solve a practical problem: The nonlinear power amplifier response

Wislabi 5G testbed setup for education, training, & research purposes: 5GSA-CUE-OpenRAN-Open5G Demo

Wislabi 5G testbed setup for education, training, & research purposes: 5GSA-CUE-OpenRAN-Open5G Demo

Software Defined Radio & Open RAN course introduction - Advanced Digital Communications - Part 2

Software Defined Radio & Open RAN course introduction - Advanced Digital Communications - Part 2

Software Defined Radio & Open RAN course introduction - Advanced Digital Communications - Part 1

Software Defined Radio & Open RAN course introduction - Advanced Digital Communications - Part 1

In band full duplex communication: Transceiver structures, key features, problems & solutions.

In band full duplex communication: Transceiver structures, key features, problems & solutions.

Opensource RAN based solutions are the future of how private and public networks should be built

Opensource RAN based solutions are the future of how private and public networks should be built

The security methods that exist in current wireless networks (WiFi, WiMax, LTE, Bluetooth) - WS-L4P2

The security methods that exist in current wireless networks (WiFi, WiMax, LTE, Bluetooth) - WS-L4P2

Open RAN: The story behind the O-RAN movement and its future applications and uses cases

Open RAN: The story behind the O-RAN movement and its future applications and uses cases

Wireless Technologies Master Program Courses Content

Wireless Technologies Master Program Courses Content

A detailed course on building IoT applications and services

A detailed course on building IoT applications and services

Apply to the World's Most Comprehensive & Useful Master Program in Wireless Technologies/Wislabi.com

Apply to the World's Most Comprehensive & Useful Master Program in Wireless Technologies/Wislabi.com

Wireless: Sample questions and solutions with explanations on Diversity and Adaptive Modulation - P1

Wireless: Sample questions and solutions with explanations on Diversity and Adaptive Modulation - P1

MIMO spatial multiplexing PreEqualization / Precoding at the Transmitter

MIMO spatial multiplexing PreEqualization / Precoding at the Transmitter

The easiest way to record the time domain samples of a signal in the air with your SDR device

The easiest way to record the time domain samples of a signal in the air with your SDR device

Optimization for machine learning in wireless communication systems: short introduction

Optimization for machine learning in wireless communication systems: short introduction

Use cases and applications of Open RAN and private 4G/5G networks

Use cases and applications of Open RAN and private 4G/5G networks

CSMA in communication networks - 1-PERSISTANT CSMA

CSMA in communication networks - 1-PERSISTANT CSMA

CSMA in communication networks - Non-persistent CSMA

CSMA in communication networks - Non-persistent CSMA

CSMA in communication networks - P-persistent CSMA and how its different from 1-persistent and non-p

CSMA in communication networks - P-persistent CSMA and how its different from 1-persistent and non-p

Time dispersive channel, Frequency dispersive channel, Doubly Dispersive Channel and OFDM vs OTFS -6

Time dispersive channel, Frequency dispersive channel, Doubly Dispersive Channel and OFDM vs OTFS -6

CSMA in wired communication networks - CSMA/CD

CSMA in wired communication networks - CSMA/CD

CSMA in wireless communication networks - CSMA/CA

CSMA in wireless communication networks - CSMA/CA

Control multi access methods in communication networks: reservation, token passing, and polling

Control multi access methods in communication networks: reservation, token passing, and polling

CSMA in communication networks and its different types

CSMA in communication networks and its different types

Python for Wireless Digital Communications - A New Training

Python for Wireless Digital Communications - A New Training

Digital communications from basics to advanced

Digital communications from basics to advanced

Introduction to Telecommunications and Signal Processing - Trailer and course content

Introduction to Telecommunications and Signal Processing - Trailer and course content

Orthogonal Frequency Division Multiplexing (OFDM) - Course Training trailer

Orthogonal Frequency Division Multiplexing (OFDM) - Course Training trailer

Advanced Radio Access Network (RAN) Technologies - 5G and 6G - Trailer and course content

Advanced Radio Access Network (RAN) Technologies - 5G and 6G - Trailer and course content

5G Open RAN and Private Networks Course: Trailer and Content Preview

5G Open RAN and Private Networks Course: Trailer and Content Preview

Computer Networks and OSI Layers: From App to MAC and PHY

Computer Networks and OSI Layers: From App to MAC and PHY

Wireless Communication Course: From Basics to Advanced

Wireless Communication Course: From Basics to Advanced

Wireless security course content trailer

Wireless security course content trailer

Tutorial on how to build private 4G and 5G networks using opensource software and COTS hardware

Tutorial on how to build private 4G and 5G networks using opensource software and COTS hardware

A Tutorial on the Future of RF RAN and MW Antennas for Telecommunication Systems by Dr. Junaid Syed

A Tutorial on the Future of RF RAN and MW Antennas for Telecommunication Systems by Dr. Junaid Syed

Scheduling-based (or channelization-based) multi-access methods: TDMA, FDMA, CDMA, SDMA, OFDMA, NOMA

Scheduling-based (or channelization-based) multi-access methods: TDMA, FDMA, CDMA, SDMA, OFDMA, NOMA

Simulation code of a Novel Precoding-based Hybrid CoMP Transmission Design

Simulation code of a Novel Precoding-based Hybrid CoMP Transmission Design

Digital Communications for Beginners Course is now available at Researcherstore.com

Digital Communications for Beginners Course is now available at Researcherstore.com

A Novel Precoding-based Hybrid CoMP Transmission Design

A Novel Precoding-based Hybrid CoMP Transmission Design

Layering in Computer networks (OSI reference model layers and TCP/IP reference model layers)

Layering in Computer networks (OSI reference model layers and TCP/IP reference model layers)

What is the most general meaning of modulation and why we must have it in communication systems?

What is the most general meaning of modulation and why we must have it in communication systems?

A New Security Design for Protecting IMSI form fake base stations exploitations & spoofing attacks

A New Security Design for Protecting IMSI form fake base stations exploitations & spoofing attacks

Wireless physical layer security concept and its main methods - Wireless Security Lecture 7 Part 1

Wireless physical layer security concept and its main methods - Wireless Security Lecture 7 Part 1

Introduction to physical layer security and its motivation - Wireless Security Lecture 3 Part 3

Introduction to physical layer security and its motivation - Wireless Security Lecture 3 Part 3

How to prevent security attacks at different OSI layers - Wireless Security Course Lecture 3 part 1

How to prevent security attacks at different OSI layers - Wireless Security Course Lecture 3 part 1

Main security attacks at the Physical, MAC, Network, Transport, and Application Layers - WS L2 P3

Main security attacks at the Physical, MAC, Network, Transport, and Application Layers - WS L2 P3

Wireless Security Course Lecture 2 Part 2 - Security Requirements in Wireless Networks

Wireless Security Course Lecture 2 Part 2 - Security Requirements in Wireless Networks

Wireless Security Course Lecture 1 Part 2: Comparing wired to wireless to understand their security

Wireless Security Course Lecture 1 Part 2: Comparing wired to wireless to understand their security

Non-coherent OFDM with subcarrier power Modulation & differential phase-shift keying for 6G

Non-coherent OFDM with subcarrier power Modulation & differential phase-shift keying for 6G

Simulation Codes of A Novel Energy Harvesting Antenna for Battery-Less IoT Devices.

Simulation Codes of A Novel Energy Harvesting Antenna for Battery-Less IoT Devices.

Codes of Autonomous First Response Drone-Based (Auto-FRD)

Codes of Autonomous First Response Drone-Based (Auto-FRD)

Wireless Security Course Lecture 1 Part 1 - Introduction, motivation and course content (syllabus)

Wireless Security Course Lecture 1 Part 1 - Introduction, motivation and course content (syllabus)

Python codes for an LSTM neural network system used to predict channel state information.

Python codes for an LSTM neural network system used to predict channel state information.

MATLAB code for Non-orthogonal Multiple Access communication system (BER, PAPR, PER, Throughput).

MATLAB code for Non-orthogonal Multiple Access communication system (BER, PAPR, PER, Throughput).

OFDM with Hybrid Number and Index Modulation (OFDM-SNIM)

OFDM with Hybrid Number and Index Modulation (OFDM-SNIM)

The Generalization of OFDM With Subcarrier Power Modulation to Quadrature Signal Constellations

The Generalization of OFDM With Subcarrier Power Modulation to Quadrature Signal Constellations

The Capacity and BER Performances of Non-orthogonal multiple access (NOMA) using Matlab Simulation.

The Capacity and BER Performances of Non-orthogonal multiple access (NOMA) using Matlab Simulation.

Multiple Input Multiple Output with Antenna Number Modulation & Adaptive Antenna Selection: MIMO-ANM

Multiple Input Multiple Output with Antenna Number Modulation & Adaptive Antenna Selection: MIMO-ANM

Orthogonal frequency division multiplexing with subcarrier gap modulation (OFDM-SGM).

Orthogonal frequency division multiplexing with subcarrier gap modulation (OFDM-SGM).

Secure & Reliable IoT Communications Using Nonorthogonal Signal Superposition with Dual Transmission

Secure & Reliable IoT Communications Using Nonorthogonal Signal Superposition with Dual Transmission

Multiple MIMO with Joint Block Antenna Number Modulation and Adaptive Antenna Selection.

Multiple MIMO with Joint Block Antenna Number Modulation and Adaptive Antenna Selection.

Advanced Non-Orthogonal Multiple Access Security Technique for Future Wireless Communication Network

Advanced Non-Orthogonal Multiple Access Security Technique for Future Wireless Communication Network

New Physical Layer Key Generation Dimensions: Subcarrier Indices/Positions-Based Key Generation”

New Physical Layer Key Generation Dimensions: Subcarrier Indices/Positions-Based Key Generation”

Simulation Codes of Reconfigurable intelligent surfaces

Simulation Codes of Reconfigurable intelligent surfaces

Non coherent OFDM Subcarrier Power Modulation for Low Complexity and High Throughput IoT Application

Non coherent OFDM Subcarrier Power Modulation for Low Complexity and High Throughput IoT Application

Modulation Options for OFDM-Based Waveforms: Classification, Comparison, and Future Directions.

Modulation Options for OFDM-Based Waveforms: Classification, Comparison, and Future Directions.

Multi-cell, Multi-user, Multicarrier Secure Communication with Non-Orthogonal Signals’ Superposition

Multi-cell, Multi-user, Multicarrier Secure Communication with Non-Orthogonal Signals’ Superposition

Hybrid MIMO: A New Transmission Method for Future 6G and Beyond Networks

Hybrid MIMO: A New Transmission Method for Future 6G and Beyond Networks

Non-orthogonal Multi-access Method for Multi-user MIMO with Antenna Number Modulation (NO-MIMO-ANM)

Non-orthogonal Multi-access Method for Multi-user MIMO with Antenna Number Modulation (NO-MIMO-ANM)

Signal Space Diversity for improving Reliability Performance of OFDM by Subcarrier Power Modulation.

Signal Space Diversity for improving Reliability Performance of OFDM by Subcarrier Power Modulation.

Two Dimensional Non-Coherent Modulation Scheme (NC-OFDM-SPM)

Two Dimensional Non-Coherent Modulation Scheme (NC-OFDM-SPM)

Analysis of Feature Selection Techniques for Malicious Website Detection in SMOTE Balanced Data.

Analysis of Feature Selection Techniques for Malicious Website Detection in SMOTE Balanced Data.

A New Dual Transmission Employing Auxiliary Signal Superposition for Improving Data Rate & Diversity

A New Dual Transmission Employing Auxiliary Signal Superposition for Improving Data Rate & Diversity

A New Dual Transmission Employing Auxiliary Signal Superposition for Improving Data Rate & Diversity

A New Dual Transmission Employing Auxiliary Signal Superposition for Improving Data Rate & Diversity

Multi-User Auxiliary Signal Superposition Transmission (MU-AS-ST)

Multi-User Auxiliary Signal Superposition Transmission (MU-AS-ST)

A New MIMO with Superimposed Auxiliary Signals for Achieving Spatial Multiplexing & Diversity Gain.

A New MIMO with Superimposed Auxiliary Signals for Achieving Spatial Multiplexing & Diversity Gain.

STBC assisted OFDM with Subcarrier Power Modulation

STBC assisted OFDM with Subcarrier Power Modulation

Physical Layer Security Analysis of Hybrid MIMO Technology

Physical Layer Security Analysis of Hybrid MIMO Technology

Multiple Input Multiple Output with Antenna Number Modulation & Adaptive Antenna Selection(MIMO-ANM)

Multiple Input Multiple Output with Antenna Number Modulation & Adaptive Antenna Selection(MIMO-ANM)

Back Propagation Artificial Neural Network for Improving the Performance of STBC based on OFDM SPM.

Back Propagation Artificial Neural Network for Improving the Performance of STBC based on OFDM SPM.

Convolutional Neural Network Based Equalizer for Improving the Reliability Performance of OFDM SPM.

Convolutional Neural Network Based Equalizer for Improving the Reliability Performance of OFDM SPM.

Peak-to-Average Power Ratio (PAPR) reduction techniques in OFDM systems with MATLAB CODE.

Peak-to-Average Power Ratio (PAPR) reduction techniques in OFDM systems with MATLAB CODE.

Multi-Access, Multi-Dimensional OFDM Technique For Doubling Spectral Efficiency per Area and Device.

Multi-Access, Multi-Dimensional OFDM Technique For Doubling Spectral Efficiency per Area and Device.

Multi-User Sub-carrier Number Modulation-based OFDM for Future Wireless Communication Networks.

Multi-User Sub-carrier Number Modulation-based OFDM for Future Wireless Communication Networks.

Interference Signal Superposition-aided MIMO with Antenna Number Modulation & ASS (ISS-MIMO-ANM-AAS)

Interference Signal Superposition-aided MIMO with Antenna Number Modulation & ASS (ISS-MIMO-ANM-AAS)

A New Enhanced CoMP Transmission Design for Cell-Edge Users Using Superimposed Supporting Signals.

A New Enhanced CoMP Transmission Design for Cell-Edge Users Using Superimposed Supporting Signals.

MIMO-ANM and its Applications: Master thesis defense presentation by Muhammed Kirik

MIMO-ANM and its Applications: Master thesis defense presentation by Muhammed Kirik

Multi-User Sub-carrier Number Modulation-based OFDM for Future Wireless Communication Networks.

Multi-User Sub-carrier Number Modulation-based OFDM for Future Wireless Communication Networks.

Inclusive Survey of Contactless Wireless Sensing: A Technology for compacting COVID & CORONA VIRUS.

Inclusive Survey of Contactless Wireless Sensing: A Technology for compacting COVID & CORONA VIRUS.

Non-coherent OFDM-Subcarrier Power Modulation for Low Complexity & High Throughput IoT Applications.

Non-coherent OFDM-Subcarrier Power Modulation for Low Complexity & High Throughput IoT Applications.

Hybrid MIMO: A New Transmission Method for Future 6G and Beyond Networks

Hybrid MIMO: A New Transmission Method for Future 6G and Beyond Networks

Autonomous First Response Drone-Based Smart Rescue System in Future Wireless Networks.

Autonomous First Response Drone-Based Smart Rescue System in Future Wireless Networks.

The Generalization of OFDM with Sub-Carrier Power Modulation to Quadrature Signal Constellations

The Generalization of OFDM with Sub-Carrier Power Modulation to Quadrature Signal Constellations

MIMO with Superimposed Auxiliary Signals for Achieving both Spatial Multiplexing and Diversity Gains

MIMO with Superimposed Auxiliary Signals for Achieving both Spatial Multiplexing and Diversity Gains

Non-orthogonal Multi-access Method for Multi-user MIMO with Antenna Number Modulation (NO-MIMO-ANM)

Non-orthogonal Multi-access Method for Multi-user MIMO with Antenna Number Modulation (NO-MIMO-ANM)

A Tutorial on How to Practically Build & Deploy 5G Network Using Open-Source Software & Hardware

A Tutorial on How to Practically Build & Deploy 5G Network Using Open-Source Software & Hardware

A New Enhanced CoMP Transmission Design for Cell-Edge Users Using Superimposed Supporting Signals

A New Enhanced CoMP Transmission Design for Cell-Edge Users Using Superimposed Supporting Signals

A Novel Energy Harvesting Antenna Design for Battery-Less IoT devices

A Novel Energy Harvesting Antenna Design for Battery-Less IoT devices

Improving Throughput and Reliability Performance of Future 6G-IoT Communication Systems.

Improving Throughput and Reliability Performance of Future 6G-IoT Communication Systems.

A New Dual Transmission Employing Auxiliary Signal Superposition for Improving Data Rate& Diversity.

A New Dual Transmission Employing Auxiliary Signal Superposition for Improving Data Rate& Diversity.

STBC assisted OFDM with Subcarrier Power Modulation

STBC assisted OFDM with Subcarrier Power Modulation

New Non-Orthogonal Transmission for Highly Efficient, Reliable, and Secure Multi-User Communication.

New Non-Orthogonal Transmission for Highly Efficient, Reliable, and Secure Multi-User Communication.

Back Propagation Artificial Neural Network for Improving the Performance of STBC based on OFDM SPM

Back Propagation Artificial Neural Network for Improving the Performance of STBC based on OFDM SPM

Convolutional Neural Network Based Equalizer for Improving the Reliability Performance of OFDM SPM

Convolutional Neural Network Based Equalizer for Improving the Reliability Performance of OFDM SPM

Analysis of Feature Selection Techniques for Malicious Website Detection in SMOTE Balanced Data

Analysis of Feature Selection Techniques for Malicious Website Detection in SMOTE Balanced Data

Multi-cell, Multi-user, Multicarrier Secure Communication with Non-Orthogonal Signals’ Superposition

Multi-cell, Multi-user, Multicarrier Secure Communication with Non-Orthogonal Signals’ Superposition

Multiple MIMO with Joint Block Antenna Number Modulation and Adaptive Antenna Selection for Wireless

Multiple MIMO with Joint Block Antenna Number Modulation and Adaptive Antenna Selection for Wireless

Massive MIMO Channel Prediction Using Recurrent Neural Networks

Massive MIMO Channel Prediction Using Recurrent Neural Networks

A Novel Small-Scale Non-orthogonal Communication Technique Using Auxiliary Signal Superposition.

A Novel Small-Scale Non-orthogonal Communication Technique Using Auxiliary Signal Superposition.

An Advanced Non-Orthogonal Multiple Access Security Technique for Future Wireless Communication.

An Advanced Non-Orthogonal Multiple Access Security Technique for Future Wireless Communication.

Interference Signal Superposition-aided MIMO with Antenna Number Modulation & ASS (ISS-MIMO-ANM-AAS)

Interference Signal Superposition-aided MIMO with Antenna Number Modulation & ASS (ISS-MIMO-ANM-AAS)

Is Cell-Free Massive MIMO (CF-MMIMO) Equivalent to the pCell Technology?

Is Cell-Free Massive MIMO (CF-MMIMO) Equivalent to the pCell Technology?

Multiple Input Multiple Output with Antenna Number Modulation & Adaptive Antenna Selection(MIMO-ANM)

Multiple Input Multiple Output with Antenna Number Modulation & Adaptive Antenna Selection(MIMO-ANM)

Multi-User Auxiliary Signal Superposition Transmission (MU-AS-ST)

Multi-User Auxiliary Signal Superposition Transmission (MU-AS-ST)

Signal Space Diversity for Improving the Reliability Performance of OFDM Subcarrier Power Modulation

Signal Space Diversity for Improving the Reliability Performance of OFDM Subcarrier Power Modulation

OFDM-SPM - Part 4: Conclusion and Future Works

OFDM-SPM - Part 4: Conclusion and Future Works

OFDM-SPM - Part 3: Implementation and Simulation Results

OFDM-SPM - Part 3: Implementation and Simulation Results

OFDM-SPM - Part 2: Working concept and transmitter/receiver structure

OFDM-SPM - Part 2: Working concept and transmitter/receiver structure

OFDM-SPM - Part 1: A potential candidate 6G modulation method (Motivation and Introduction)

OFDM-SPM - Part 1: A potential candidate 6G modulation method (Motivation and Introduction)

Open RAN (O-RAN) Beginner Tutorial - Part 2: O-RAN RIC Architecture, functionalities, and companies

Open RAN (O-RAN) Beginner Tutorial - Part 2: O-RAN RIC Architecture, functionalities, and companies

A summary overview of the wireless security topics discussed in the first 3 lectures WS-L4 P1

A summary overview of the wireless security topics discussed in the first 3 lectures WS-L4 P1

Open RAN (O-RAN) Beginner Tutorial - Part 1: Similarities, differences, advantages and challenges

Open RAN (O-RAN) Beginner Tutorial - Part 1: Similarities, differences, advantages and challenges

Software Defined Radio -Part 4: Building 4G/5G networks using open source O-RAN tools & COTS devices

Software Defined Radio -Part 4: Building 4G/5G networks using open source O-RAN tools & COTS devices

The blueprint formula for doing and producing high-quality research in any field

The blueprint formula for doing and producing high-quality research in any field

This is how 6G Smartphones might look like in the future

This is how 6G Smartphones might look like in the future

Wireless Security Lecture 7 Part 2: How cryptography is going against the requirements of future IoT

Wireless Security Lecture 7 Part 2: How cryptography is going against the requirements of future IoT

Security issues related to virtualization in 5G Networks - Wireless Security Course Lecture 6 part 2

Security issues related to virtualization in 5G Networks - Wireless Security Course Lecture 6 part 2

Summary of the main physical layer security techniques in the literature - Wireless Security Course1

Summary of the main physical layer security techniques in the literature - Wireless Security Course1

The new invented non-orthogonal method that beats power domain NOMA in all aspects - Patented Method

The new invented non-orthogonal method that beats power domain NOMA in all aspects - Patented Method

Employee Engineer Or Entrepreneur Engineer: Which one do you want to be?

Employee Engineer Or Entrepreneur Engineer: Which one do you want to be?

New Engineering Fields that you don't usually learn about in schools and universities

New Engineering Fields that you don't usually learn about in schools and universities

New Novel Wireless Transmission Designs For Future Wireless Systems (6G AND BEYOND)-Better than NOMA

New Novel Wireless Transmission Designs For Future Wireless Systems (6G AND BEYOND)-Better than NOMA

New emerging engineering fields and technologies that you don't usually learn about in universities

New emerging engineering fields and technologies that you don't usually learn about in universities

Physical layer security model and examples: Wireless security Lecture #10 - part 2

Physical layer security model and examples: Wireless security Lecture #10 - part 2

Physical layer security concept: Wireless security Lecture #10 - part 1

Physical layer security concept: Wireless security Lecture #10 - part 1

Wireless Security - Physical Layer Authentication (PLA) - Lecture 9 by Dr M. Furqan part4

Wireless Security - Physical Layer Authentication (PLA) - Lecture 9 by Dr M. Furqan part4

Wireless Security - Physical Layer Authentication (PLA) - Lecture 8 by Dr M. Furqan part3

Wireless Security - Physical Layer Authentication (PLA) - Lecture 8 by Dr M. Furqan part3

Wireless Security - Physical Layer Authentication (PLA) - Lecture 8 by Dr M. Furqan part2

Wireless Security - Physical Layer Authentication (PLA) - Lecture 8 by Dr M. Furqan part2

Wireless Security - Physical Layer Authentication (PLA) - Lecture 9 by Dr M. Furqan part1

Wireless Security - Physical Layer Authentication (PLA) - Lecture 9 by Dr M. Furqan part1

Wireless Security - Jamming Types and DoS Attacks - Lecture 8 Part 1

Wireless Security - Jamming Types and DoS Attacks - Lecture 8 Part 1

Short part of one of the lecture series on Wireless Security Training Course - Lecture 1 Part 2

Short part of one of the lecture series on Wireless Security Training Course - Lecture 1 Part 2

Artificial Signals-based ARQ for Providing keyless Confidentiality & Authentication in Wireless Sys.

Artificial Signals-based ARQ for Providing keyless Confidentiality & Authentication in Wireless Sys.

Wireless physical layer security course

Wireless physical layer security course

Wireless Security Course Introduction

Wireless Security Course Introduction

Master Thesis Defense Presentation of Furqan Zia from WISLAB Who Has Co-Invented A New NOMA Scheme

Master Thesis Defense Presentation of Furqan Zia from WISLAB Who Has Co-Invented A New NOMA Scheme

Master Thesis Defense Presentation of Joel from WISLAB Who Has Contributed More Than 13 Publications

Master Thesis Defense Presentation of Joel from WISLAB Who Has Contributed More Than 13 Publications

The best paper award winning presentation "Modeling the interference of multi-nodes beamforming"

The best paper award winning presentation "Modeling the interference of multi-nodes beamforming"

Webinar on Backscatter Communication in Low-Power IoT by Mahyar Nemati (PhD Cand. at Deakin Univ.)

Webinar on Backscatter Communication in Low-Power IoT by Mahyar Nemati (PhD Cand. at Deakin Univ.)

Low cost power efficient amplifiers for 6G THz communications systems by Joris Van Driessche

Low cost power efficient amplifiers for 6G THz communications systems by Joris Van Driessche

Future of wireless by LuisM Correia

Future of wireless by LuisM Correia

6G Use Cases, Scenarios, Applications, and Terahertz Communication by Young JoKo

6G Use Cases, Scenarios, Applications, and Terahertz Communication by Young JoKo

Radio Architecture For THz Communications in 6G Networks by Joris Van Driessche

Radio Architecture For THz Communications in 6G Networks by Joris Van Driessche

The role of artificial intelligence in 6G and future networks by Khaled B Letaief

The role of artificial intelligence in 6G and future networks by Khaled B Letaief

A New Advanced NOMA Security Technique for Future Wireless Communication Networks by my master stud.

A New Advanced NOMA Security Technique for Future Wireless Communication Networks by my master stud.

OFDM with SGM (subcarrier gap modulation)

OFDM with SGM (subcarrier gap modulation)

Patent for providing extremely perfect secrecy without using conventional cryptography

Patent for providing extremely perfect secrecy without using conventional cryptography

More details about the patent on secure waveform design

More details about the patent on secure waveform design

New patent on secure waveform transmission

New patent on secure waveform transmission

Massive MIMO Channel Prediction Using Recurrent Neural Networks

Massive MIMO Channel Prediction Using Recurrent Neural Networks

Multiple MIMO with Antenna Number Modulation (ANM) Presentation by my Student Kirik @ UCET20

Multiple MIMO with Antenna Number Modulation (ANM) Presentation by my Student Kirik @ UCET20

Secure and Reliable IoT Communications Using Nonorthogonal Signals’ Superposition

Secure and Reliable IoT Communications Using Nonorthogonal Signals’ Superposition

Modeling of Basic Communication Systems over Wireless Fading Channels Using Matlab

Modeling of Basic Communication Systems over Wireless Fading Channels Using Matlab

IN-BAND FULL DUPLEX INTRODUCTION

IN-BAND FULL DUPLEX INTRODUCTION

Polar codes Introduction

Polar codes Introduction

Session 6: OFDM as a key transmission method used in 4G, 5G, WiFi, WiGig, LiFi, DVB, VDSL, Optics,.

Session 6: OFDM as a key transmission method used in 4G, 5G, WiFi, WiGig, LiFi, DVB, VDSL, Optics,.

Session 5: OFDM as a key transmission method used in 4G, 5G, WiFi, WiGig, LiFi, DVB, VDSL, Optics,.

Session 5: OFDM as a key transmission method used in 4G, 5G, WiFi, WiGig, LiFi, DVB, VDSL, Optics,.

Session 4: OFDM as a key transmission method used in 4G, 5G, WiFi, WiGig, LiFi, DVB, VDSL, Optics,..

Session 4: OFDM as a key transmission method used in 4G, 5G, WiFi, WiGig, LiFi, DVB, VDSL, Optics,..

Session 3: OFDM as a key transmission method used in 4G, 5G, WiFi, WiGig, LiFi, DVB, VDSL, Optics,..

Session 3: OFDM as a key transmission method used in 4G, 5G, WiFi, WiGig, LiFi, DVB, VDSL, Optics,..

Introduction to Electrical Engineering: Why EE? What is EE? Where is EE?

Introduction to Electrical Engineering: Why EE? What is EE? Where is EE?

Simple but well-rounded Introduction to wireless mobile communication systems

Simple but well-rounded Introduction to wireless mobile communication systems

Session 3: Simple introduction to error control coding (channel coding)

Session 3: Simple introduction to error control coding (channel coding)

Session 2: Simple introduction to error control coding (channel coding)

Session 2: Simple introduction to error control coding (channel coding)

Session 1: Simple introduction to error control coding (channel coding)

Session 1: Simple introduction to error control coding (channel coding)

LiFi technology (visible light communication - VLS) for 5G and beyond systems

LiFi technology (visible light communication - VLS) for 5G and beyond systems

mm-Wave technology for 5G and beyond systems and hybrid beamforming precoding - session 2

mm-Wave technology for 5G and beyond systems and hybrid beamforming precoding - session 2

mm-Wave technology for 5G and beyond systems and hybrid MIMO precoding - Session 1

mm-Wave technology for 5G and beyond systems and hybrid MIMO precoding - Session 1

Session 2: OFDM as a key transmission method used in 4G, 5G, WiFi, WiGig, LiFi, DVB, VDSL, Optics,..

Session 2: OFDM as a key transmission method used in 4G, 5G, WiFi, WiGig, LiFi, DVB, VDSL, Optics,..

OFDM as a key transmission method used in 4G, 5G, WiFi, WiMax, WiGig, LiFi, DVB, VADSL, Optics, etc.

OFDM as a key transmission method used in 4G, 5G, WiFi, WiMax, WiGig, LiFi, DVB, VADSL, Optics, etc.

OTFS waveform: A two-dimensional waveform using 2-D Fourier Transform: Part 2

OTFS waveform: A two-dimensional waveform using 2-D Fourier Transform: Part 2

OTFS waveform: A two-dimensional waveform using 2-D Fourier Transform: Part 1

OTFS waveform: A two-dimensional waveform using 2-D Fourier Transform: Part 1

Tutorial on Understanding OFDM Simulation Using Matlab

Tutorial on Understanding OFDM Simulation Using Matlab

Angle Modulation: Narrowband Frequency Modulation (NBFM) vs. Wideband Frequency Modulation (WBFM)

Angle Modulation: Narrowband Frequency Modulation (NBFM) vs. Wideband Frequency Modulation (WBFM)

Angle modulation including frequency and phase modulation and the relationship between them

Angle modulation including frequency and phase modulation and the relationship between them

Massive MIMO for 5G Systems: Motivation, Concept, Pros., Cons., & More ...

Massive MIMO for 5G Systems: Motivation, Concept, Pros., Cons., & More ...

Non-orthogonal multiple access (NOMA): Motivation, Concept, Pros., Cons., & More ...

Non-orthogonal multiple access (NOMA): Motivation, Concept, Pros., Cons., & More ...

Analog Quadrature Amplitude Modulation (QAM)

Analog Quadrature Amplitude Modulation (QAM)

Analog Vestigial Sideband Modulation (VSB)

Analog Vestigial Sideband Modulation (VSB)

The Physical Layer of 5G New Radio (5G-NR): OFDM WAVEFORM NUMEROLOGIES AND SERVICE MULTIPLEXING

The Physical Layer of 5G New Radio (5G-NR): OFDM WAVEFORM NUMEROLOGIES AND SERVICE MULTIPLEXING

Envelope detection in amplitude modulation (AM) and single side band (SSB) modulation and detection

Envelope detection in amplitude modulation (AM) and single side band (SSB) modulation and detection

Overview of single-carrier and multi-carrier candidate 5G waveforms along with their Pros. & Cons.P2

Overview of single-carrier and multi-carrier candidate 5G waveforms along with their Pros. & Cons.P2

Overview of single-carrier and multi-carrier candidate 5G waveforms along with their Pros. & Cons.P1

Overview of single-carrier and multi-carrier candidate 5G waveforms along with their Pros. & Cons.P1

Energy/Power Spectral Density and its relation with auto-correlation + Analog amplitude modulation

Energy/Power Spectral Density and its relation with auto-correlation + Analog amplitude modulation

Types of modulators: multiplier, non-linear, switching, ring, etc. + carrier phase synchronization

Types of modulators: multiplier, non-linear, switching, ring, etc. + carrier phase synchronization

Applications of Fourier transform: Analog modulation and filtering

Applications of Fourier transform: Analog modulation and filtering

Fourier transform concepts and properties with detailed examples

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OFDM in Detail (Part 2). What is it? and What are its merits/advantages & demerits/disadvantages?

OFDM in Detail (Part 2). What is it? and What are its merits/advantages & demerits/disadvantages?