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- 01HJ38NH4EBDAV38M7VD4AV4M1 classification C1.
- 01HJ38NH4EBDAV38M7VD4AV4M1 date "2023".
- 01HJ38NH4EBDAV38M7VD4AV4M1 language "eng".
- 01HJ38NH4EBDAV38M7VD4AV4M1 type conference.
- 01HJ38NH4EBDAV38M7VD4AV4M1 hasPart 01HJ38W08T7GG0YKK7JZ54M9CM.pdf.
- 01HJ38NH4EBDAV38M7VD4AV4M1 hasPart 01HJ38W7B64A543V5G24TKS160.pdf.
- 01HJ38NH4EBDAV38M7VD4AV4M1 subject "Technology and Engineering".
- 01HJ38NH4EBDAV38M7VD4AV4M1 doi "10.1109/ipin57070.2023.10332499".
- 01HJ38NH4EBDAV38M7VD4AV4M1 isbn "9798350320114".
- 01HJ38NH4EBDAV38M7VD4AV4M1 issn "2471-917X".
- 01HJ38NH4EBDAV38M7VD4AV4M1 presentedAt urn:uuid:fe22ab17-c112-4b48-910b-859079c5bd73.
- 01HJ38NH4EBDAV38M7VD4AV4M1 abstract "Automatic distance detection is essential for industrial safety processes, allowing detection of persons in unsafe zones, detecting obstacles nearby autonomous vehicles, etc. ultr-awideband (UWB) radar is a recent upcoming technology that is suitable for low-cost, device-free distance estimations to persons and obstacles. The excellent time properties of UWB allow the detection of distinct propagation paths from sender to receiver and reflecting objects. Currently, existing work utilizes dedicated UWB radar hardware. This paper focuses on off-the-shelf DW1000 UWB transceivers which have lower cost but also lower time resolution of the received channel impulse response (CIR). We analyze three data processing methods (ICIR, UCIR, and ACIR). Next, we analyze two distance estimation approaches in a realistic industrial environment: a mean based and a variance based. We demonstrate that selecting the best combination of data processing and distance estimator is crucial, allowing the detection of metal objects up to 900 cm with a mean accuracy of 9 cm, or the detection of persons with a mean absolute error of only 44 cm.".
- 01HJ38NH4EBDAV38M7VD4AV4M1 author 0163AB60-203D-11E5-A7F6-DF9EB5D1D7B1.
- 01HJ38NH4EBDAV38M7VD4AV4M1 author 16C16F38-E363-11E2-A6ED-42CB10BDE39D.
- 01HJ38NH4EBDAV38M7VD4AV4M1 author C9EFC442-9A61-11E7-A799-F80CAE28A064.
- 01HJ38NH4EBDAV38M7VD4AV4M1 author F849FE20-F0ED-11E1-A9DE-61C894A0A6B4.
- 01HJ38NH4EBDAV38M7VD4AV4M1 author urn:uuid:0c072f4a-939d-4593-a5b2-0007eec2c967.
- 01HJ38NH4EBDAV38M7VD4AV4M1 dateCreated "2023-12-20T09:24:50Z".
- 01HJ38NH4EBDAV38M7VD4AV4M1 dateModified "2024-12-12T20:07:24Z".
- 01HJ38NH4EBDAV38M7VD4AV4M1 name "Impact of CIR processing for UWB radar distance estimation with the DW1000 transceiver".
- 01HJ38NH4EBDAV38M7VD4AV4M1 pagination urn:uuid:8f2fc020-5ca5-4f99-a78e-0075e56f197d.
- 01HJ38NH4EBDAV38M7VD4AV4M1 publisher urn:uuid:21c9df02-44b6-402c-98cb-1921281fc168.
- 01HJ38NH4EBDAV38M7VD4AV4M1 sameAs LU-01HJ38NH4EBDAV38M7VD4AV4M1.
- 01HJ38NH4EBDAV38M7VD4AV4M1 sourceOrganization urn:uuid:5c22c3c0-1181-47cc-bb4a-eafe90ca6d75.
- 01HJ38NH4EBDAV38M7VD4AV4M1 sourceOrganization urn:uuid:aee1e6ac-a0ef-4939-8a39-4503b64c353a.
- 01HJ38NH4EBDAV38M7VD4AV4M1 type C1.