6G Total Overview: Trends, Challenges, Spectrum, Sensing

6G networks – all about new 6G spectrum, 6G JCAS/ICAS, main telecom trends and 6G challenges

What you’ll learn
Strong understanding on how 6G networks will look like
Main telecom trends for 6G technologies
Main challenges to 6G Internet
6G VR/AR, Holographic calls and Synchronized reality
Full overview of 6G spectrum and possible frequency allocations
Learn about joint communication and sensing (6G JCAS / ICAS)

Requirements
Basic understanding of telecom/IT technologies
Basic understanding of cellular networks

Description
First 6G network trial are expected to be very soon!Are you ready for 6G networks?This will be a deep dive into every aspects of future 6G networks.I give you 4 hours of video presentations when I in simple words will help you to understand:Fundamental telecom trends.6G technology challenges including latency, AI implementation, new codecs and synchronized reality.Industry insights on AR/VR/Holographic calls.Total overview of spectrum candidates for 6G rollouts.Every detail about joint/integrated communication and sensing (6G JCAS/ICAS).In addition, you will navigate the 6G standardization landscape, networks designing aspects along with an overview of current pre-standards and 6G use cases.By the end of this course, you will get an advantage by understanding:Major telecom trends driving 6G development.Explain the challenges and potential solutions for 6G latency, spectrum, and network automation.Explore the possibilities of semantic communication and zero-energy devices.Master the concept of spectrum and its significance in 6G networks.Gain a deep understanding of 6G JACS technology and its technical core.Be aware of 6G privacy and security issuesThis course is designed for anyone curious about the future of mobile communication. CEO/CTO, students, or industry professionals – this full program will give you strong knowledge of future 6G networks!

Overview
Section 1: Fundamental Telecom Trends to Predict 6G networks

Lecture 1 Trend: “10x Growth”

Lecture 2 Trend: “One more G to become a reality”

Lecture 3 Trend: “Trying to reuse old ideas”

Lecture 4 Trend: “Network densification or why physical layer is already dead!”

Lecture 5 Trend: “6G rollout and economy values”

Lecture 6 Trend: “Faster market adaptation”

Section 2: 6G standardization: how 6G networks are going to be designed?

Lecture 7 How we design every generation of mobile networks?

Lecture 8 6G standardization timelines

Lecture 9 6G projects and main players

Lecture 10 Main 6G use cases overview

Lecture 11 6G: big shift in how we experience visual information

Lecture 12 6G: synchronized reality and holographic calls

Lecture 13 From 6G use-cases to 6G KPIs

Lecture 14 6G KPIs: evolution or revolution?

Lecture 15 From KPIs to 6G Standards ( + who is 3GPP?)

Section 3: 6G Internet: main challenges to re-think mobile networks

Lecture 16 Fundamental shift for the new Internet!

Lecture 17 Challenge #1: From 5G LAN to 6G Internet

Lecture 18 Challenge #2: New spectrum allocation

Lecture 19 Challenge #3: Full network automation

Lecture 20 Challenge #4: New application codecs

Lecture 21 Challenge #4: Semantic communication or post-Shannon era in 6G

Lecture 22 Challenge #5: AI standardization

Lecture 23 Challenge #6: Zero-energy devices

Lecture 24 Challenge #7: Consumer education before 6G rollouts!

Lecture 25 Challenge #8: 6G Privacy by engineering design

Section 4: 6G spectrum: all you need to know

Lecture 26 “Five-times more” rule

Lecture 27 6G frequencies total overview: from sub-GHz to sub-THz bands

Lecture 28 Frequency Range 3 (FR3): new golden spectrum

Lecture 29 Frequency Range 4 (FR4)

Lecture 30 Frequency Range 5 (FR5)

Lecture 31 Frequency Range 6 (FR6)

Lecture 32 High attenuation windows: sub-THz VS vision lights communication

Lecture 33 Sub-THz communication: 12 challenges

Lecture 34 Key takeaways on spectrum for 6G networks

Section 5: 6G Joint Communication and Sensing (6G JCAS/ISAC): all you need to know

Lecture 35 6G JCAS Terminology: what is sensing, positioning and localization?

Lecture 36 Why current Radars/LIDARs and computer vision are not enough?

Lecture 37 Why do we need to combine communication and sensing technologies?

Lecture 38 Why 6G is suitable for joint communication and sensing?

Lecture 39 6G JACS: possible use cases

Lecture 40 New concept: 6G network as distributed sensors

Lecture 41 Main idea of 6G radio-based sensing

Lecture 42 Sensing resolution and accuracy VS bandwidth

Lecture 43 JCAS: Current standards overview

Lecture 44 JCAS: levels of integrations

Lecture 45 JCAS: target detection basics

Lecture 46 JCAS: mono-static/bi-static and multi-static sensing

Lecture 47 Mono-static sensing: challenges and advantages

Lecture 48 Bi-static sensing: challenges and andvantages

Lecture 49 6G sensing: 11 technical challenges

Lecture 50 6G sensing: key technologies and example of real use-case

Lecture 51 6G sensing: possible KPIs overview

Lecture 52 6G sensing: KPIs examples

Lecture 53 6G sensing: a new vector for attacks!

Lecture 54 6G sensing: the end of privacy?

Lecture 55 Key takeaways on 6G sensing

Engineers and telecom experts who are working with mobile networks,Students and researchers,Executive level managers (CEO/CTO) to get latest trends in 6G