Matches in Ghent University Academic Bibliography for { <https://biblio.ugent.be/publication/01GQHDZ7K7Z1BGYEJMNPYSAPJP> ?p ?o. }
Showing items 1 to 27 of
27
with 100 items per page.
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP classification A1.
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP date "2022".
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP language "eng".
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP type journalArticle.
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP hasPart 01GQHE77HQND3RPTFSFQ6T5XM1.pdf.
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP subject "Technology and Engineering".
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP doi "10.3390/e24111507".
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP issn "1099-4300".
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP issue "11".
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP volume "24".
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP abstract "Visible light communication (VLC) is considered an enabling technology for future 6G wireless systems. Among the many applications in which VLC systems are used, one of them is harsh environments such as Underground Mining (UM) tunnels. However, these environments are subject to degrading environmental and intrinsic challenges for optical links. Therefore, current research should focus on solutions to mitigate these problems and improve the performance of Underground Mining Visible Light Communication (UM-VLC) systems. In this context, this article presents a novel solution that involves an improvement to the Angle Diversity Receivers (ADRs) based on the adaptive orientation of the Photo-Diodes (PDs) in terms of the Received Signal Strength Ratio (RSSR) scheme. Specifically, this methodology is implemented in a hemidodecahedral ADR and evaluated in a simulated UM-VLC scenario. The performance of the proposed design is evaluated using metrics such as received power, user data rate, and bit error rate (BER). Furthermore, our approach is compared with state-of-the-art ADRs implemented with fixed PDs and with the Time of Arrival (ToA) reception method. An improvement of at least 60% in terms of the analyzed metrics compared to state-of-the-art solutions is obtained. Therefore, the numerical results demonstrate that the hemidodecahedral ADR, with adaptive orientation PDs, enhances the received optical signal. Furthermore, the proposed scheme improves the performance of the UM-VLC system due to its optimum adaptive angular positioning, which is completed according to the strongest optical received signal power. By improving the performance of the UM-VLC system, this novel method contributes to further consideration of VLC systems as potential and enabling technologies for future 6G deployments.".
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP author F8639E8E-F0ED-11E1-A9DE-61C894A0A6B4.
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP author urn:uuid:10d166c8-dd76-4d1e-811e-b7491c998705.
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP author urn:uuid:4cd78944-7dea-4e21-92de-e8339b1f54c0.
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP author urn:uuid:5e775d5d-42d3-4e6d-bd35-b4036c014d7c.
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP author urn:uuid:a4d37f0a-49cf-4619-84aa-fafc79b2b96c.
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP author urn:uuid:c1fe8ee1-1947-413d-8c76-f4993fcf4bff.
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP author urn:uuid:d27e0e8c-ffca-4b9c-b5e1-729f641ab938.
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP author urn:uuid:eba755ed-84ee-4251-91b1-03818e5389f1.
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP dateCreated "2023-01-24T08:23:04Z".
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP dateModified "2024-07-09T07:44:17Z".
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP name "A novel and adaptive angle diversity-based receiver for 6G underground mining VLC systems".
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP pagination urn:uuid:4c374e8a-1527-4ffd-a0e5-41203e4d3f81.
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP sameAs LU-01GQHDZ7K7Z1BGYEJMNPYSAPJP.
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP sourceOrganization urn:uuid:0c68c2b0-e46f-4053-b9f7-7e466f3fb418.
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP sourceOrganization urn:uuid:1ccca0d9-74e2-4fe2-be7d-9e48883b5615.
- 01GQHDZ7K7Z1BGYEJMNPYSAPJP type A1.