Policy on Intellectual Property Right (IPR)
1 Introduction
2 THz features, characteristics and typical applications
2.1 Overview of frequency band above 275 GHz
2.2 The characteristics of the band over 275 GHz
2.3 Typical active THz applications
3 Regulatory information
4 THz wireless communication
4.1 Possible use case of THz communication systems
4.1.1 Inter-chip and intra-device communications
4.1.2 Content synchronization with the cloud through
close proximity communication
4.1.3 Wireless links between servers inside a data centre
4.1.4 Wireless Backhauling/Fronthauling
4.1.5 THz wireless local area network (THz WLAN)
4.1.6 THz fixed wireless access
4.1.7 THz sidelink communications
4.2 THz transmitter and receiver technologies
4.2.1 300 GHz transmitter and receiver modules using MMIC
4.2.2 300 GHz band CMOS integrated transmitter and
receiver [3]
4.2.3 300 GHz transmitter and receiver using RTD
4.2.4 0.34-THz WLAN based on IEEE 802.11
5 Sensing and imaging
5.1 THz generation method
5.2 THz cameras
5.3 Spectroscopy
5.3.1 THz-TDS (Time domain spectroscopy)
5.3.2 FTIR (Fourier transform infrared) spectroscopy
5.3.3 Material analysis
5.4 Non-destructive testing
5.4.1 Industrial products applications
5.4.2 Biological and medical applications
5.4.3 NDT system based on synthetic multi-band LFMCW
imaging system
5.5 THz radar applications
5.5.1 Radar active imaging
5.5.2 Non-contacting security inspection
5.5.3 Walk-through scanning system
6 Integrated sensing and communication (ISAC) in a radio access network
7 THz related activities within the international standard organization
8 Summary
9 References