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1,371 to 1,380 of 3,965 Results
stage1_compressed.pdf
Feb 12, 2024 - Related Data for: Bitstream-Corrupted JPEG Images are Restorable: Two-stage Compensation and Alignment Framework for Image Restoration"
Adobe PDF - 1.3 MB - MD5: 7f03859165fed680ebc2f93be4286ceb
sync9.pdf
sync9.pdf
Feb 12, 2024 - Related Data for: Bitstream-Corrupted JPEG Images are Restorable: Two-stage Compensation and Alignment Framework for Image Restoration"
Adobe PDF - 73.3 KB - MD5: c8e0bb0daf79b857c7be4017c07feec0
Wenyang LIU(Nanyang Technological University)
Feb 12, 2024
Research topics: • Image Restoration on Bitstream • Corrupted JPEG Images
Replication Data for: Highly stable ladder-type conjugated polymer based organic electrochemical transistors for low power and signal processing-free surface electromyogram triggered robotic hand control
Jan 16, 2024 - ZHOU Zhongliang
Zhou, Zhongliang, 2024, "Replication Data for: Highly stable ladder-type conjugated polymer based organic electrochemical transistors for low power and signal processing-free surface electromyogram triggered robotic hand control", https://doi.org/10.21979/N9/QSFINJ, DR-NTU (Data), V1
This dataset contains the data used for the article titled: Highly stable ladder-type conjugated polymer based organic electrochemical transistors for low power and signal processing-free surface electromyogram triggered robotic hand control, published in Advanced Functional Mate...
adfm202305780-sup-001-NewSuppMat.pdf
Jan 16, 2024 - Replication Data for: Highly stable ladder-type conjugated polymer based organic electrochemical transistors for low power and signal processing-free surface electromyogram triggered robotic hand control
Adobe PDF - 1.4 MB - MD5: ae0fe6873a590e704899dc0a108cf7d6
EMG-OECT-Robotic control.pptx
Jan 16, 2024 - Replication Data for: Highly stable ladder-type conjugated polymer based organic electrochemical transistors for low power and signal processing-free surface electromyogram triggered robotic hand control
MS Powerpoint - 34.3 MB - MD5: 698ebcf9ce42e6a71d71f59e075d1fa8
ZHOU Zhongliang (Nanyang Technological University)
Jan 16, 2024
Mechanoreceptor-Inspired In-Ear Triboelectric Sensor for Unconstrained Physiological Monitoring and Human–Machine Interaction
Jan 16, 2024 - HE Qiang
He, Qiang, 2024, "Mechanoreceptor-Inspired In-Ear Triboelectric Sensor for Unconstrained Physiological Monitoring and Human–Machine Interaction", https://doi.org/10.21979/N9/BGURSG, DR-NTU (Data), V1
Corresponding data
data.xlsx
Jan 16, 2024 - Mechanoreceptor-Inspired In-Ear Triboelectric Sensor for Unconstrained Physiological Monitoring and Human–Machine Interaction
MS Excel Spreadsheet - 52.2 MB - MD5: 4eecc66a96d2646dc4d4f71f975c0d0f
HE Qiang (Nanyang Technological University)
Jan 16, 2024
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