6G spectrum (FR3/FR4/FR5/FR6), JCAS/ICAS (6G sensing), Telecom trends and Challenges

Hello dear community!

I want to introduce my 6G training on Udemy platform.

First 6G networks are expecting to be release by 2030. But there are already a lot of industry insights, academia research and pre-6G solutions.

Learning objectives:

Fundamental trends to predict 6G networks

• Trend #1: 10x growth
• Trend #2: “Trying to reuse old ideas”
• Trend #3: “Network densification or why physical layer is already dead!”
• Trend #4: “6G rollout and economy values”
• Trend #5: “Faster market adaptation”
• Trend #6: One more G to became reality

6G networks main challenges to re-think mobile internet

• Fundamental shift for the new Internet!
• Challenge #1: From 5G LAN to 6G Internet
• Challenge #2: New spectrum allocation
• Challenge #3: Full network automation
• Challenge #4: New application codecs
• Challenge #4: Semantic communication or post-Shannon era in 6G
• Challenge #5: AI standardization
• Challenge #6: Zero-energy devices
• Challenge #7: Consumer education
• Challenge #8: 6G Privacy by engineering design

How 6G networks are going to be designed?

• How we design every generation of mobile networks?
• 6G standardization timelines
• 6G projects and main players
• Main 6G use cases overview
• 6G: big shift in how we experience visual information
• 6G: synchronized reality and holographic calls
• From 6G use-cases to 6G KPIs
• 6G KPIs: evolution or revolution?
• From KPIs to 6G Standard

6G spectrum: all you need to know

• “Five-times more” rule
• 6G frequencies candidate’s total overview
• Frequency Ranges: FR3, FR4, FR5, FR6
• High attenuation windows: sub-THz VS vision lights communication
• Sub-THz communication: 12 challenges

6G Joint Communication and Sensing (JCAS)

• 6G JCAS Terminology: what is sensing, positioning and localization?
• Why current Radars/LIDARs and computer vision are not enough?
• Why do we need to combine communication and sensing technologies?
• Why 6G is suitable for joint communication and sensing?
• 6G JACS: possible use cases
• 6G network as distributed sensors
• Main idea of 6G radio-based sensing
• Sensing resolution and accuracy VS bandwidth
• JCAS: Current standards overview, levels of integrations and target detection basics
• JCAS: mono-static/bi-static and multi-static sensing
• 6G sensing: 11 technical challenges
• 6G sensing: key technologies and example of real use-case
• 6G sensing: possible KPIs overview
• 6G sensing: a new vector for attacks!

Special for TelecomHall community:
First 30 students enrolled using link below will get 1 hour personal remote consultation (Skype/Zoom or any) for asking any questions regarding 6G topics. Absolutely for free!

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