ABSTRACT
The NTT Group is participating in the international standardization activities in the International Telecommunication Union - Telecommunication Standardization Sector (ITU-T) Study Group (SG) 5 to protect telecommunication facilities from electromagnetic interference and lightning surges, assess the impact of information and communication technologies on climate change, address the issue of a circular economy that enables sustainable development, and contribute to improving the reliability of telecommunication services and reducing the environmental impact of its business activities. In this article, we introduce the study structure of ITU-T SG5 for the new study period (2022–2024), which has finally started due to the COVID-19 pandemic, as well as the latest discussion trends at the first meeting held in June 2022. © 2022 Nippon Telegraph and Telephone Corp.. All rights reserved.
ABSTRACT
This paper proposes a methodology in which an electromagnetic pulse can be isotropically radiated on those places where there is a huge accumulation of infected aerosols that have been exhaled. To accomplish this end, a network of Internet Protocols are simultaneously working either sensing through a transducer and on the other side a source of radiation at innocuous frequencies to living beings. While the 3C-like protease (protein) as part of Corona virus contains ions in their tails, then the interaction ion-field might to minimize capabilities of virus while it is in the aerosol and thus minimize capabilities to produce the public infection when the aerosols have been inhaled. Indeed, the prospective implementation of reconfigurable walls might to deplete in a large fraction the virus indoor particularly in those places where face-to-face activities are needed even at pandemic epochs. © 2022 IEEE.