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Work Item Reference | ETSI Doc. Number |
STF | Technical Body in Charge |
Standard Not Ready For Download |
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| DTR/SmartBAN-0023 | TR 104 129 | SmartBAN | |||||
| Current Status (Click to View Full Schedule) |
Latest Version |
Cover Date | Standstill | Creation Date | |||
|
|
0.0.1 Draft | View Standstill Information | 2024-05-15 | ||||
| Rapporteur | Technical Officer | Harmonised Standard | |||||
Stefano Caputo
|
Laure Pourcin
|
No | |||||
| Title |
Smart Body Area Network (SmartBAN); Optical Wireless Communications for Body Area Networks; Infrared, visible and ultraviolet light spectrum Optical Wireless Communications for BANs |
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Scope and Field of Application |
Recently, the concept of Body Area Networks has been expanded to include in-body communications, leading to the definition of four distinct communication areas: in-body, in-to-on body, on-body, and on-to-off body communications. VLC technology plays a crucial role in these areas. For instance, within the human body, VLC can address the issue of radio frequency absorption and prevent electromagnetic interference among implantable devices. Between wearable and subcutaneous implantable devices, VLC can ensure secure P2P communications with high data rate. In scenarios where high security is required, such as when handling sensitive data and/or in environments where electromagnetic waves may interfere with other devices, VLC proves to be invaluable. | ||||||
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Supporting Organizations |
CNIT, University of Oulu, Toshiba, FAU | ||||||
