学术动态：Zynq-Based Hardware–Software Codesign Architecture for an Intelligent Hyperspectral Camera
MDPI Sensors 论文摘要：Traditional hyperspectral cameras transmit full data cubes to host computers, creating severe bandwidth and storage bottlenecks that impede real-time analysis. We present a Zynq-7035-based intelligent c
论文标题：Zynq-Based Hardware–Software Codesign Architecture for an Intelligent Hyperspectral Camera
发布日期：2026-05-26
作者：Lufan Xie, Lijing Zhang, Fan Yang, Mengchen Lin, Jiadong Wang
DOI：10.3390/s26113374
论文摘要：Traditional hyperspectral cameras transmit full data cubes to host computers, creating severe bandwidth and storage bottlenecks that impede real-time analysis. We present a Zynq-7035-based intelligent camera using hardware–software codesign to enable on-board processing and transmit only actionable results. This intelligent camera is designed for high-throughput edge-sensing tasks, prioritizing rapid detection and information extraction over exhaustive raw data acquisition. The processing system (PS) handles command scheduling while the programmable logic (PL) implements a row-parallel pipeline for image acquisition, preprocessing, and spectral matching; all modules are decoupled through a unified DDR3 interface to support flexible algorithm integration. Push-broom experiments on leaf samples demonstrate Euclidean distance-based spectral matching executed entirely within the camera. Raw data and classification maps are uploaded via User Datagram Protocol (UDP). Results confirm accurate identification of diseased regions with two orders of magnitude data reduction, validating the architecture for real-time hyperspectral processing.
元数据：Crossref 收录的 MDPI Sensors 论文。 DOI: 10.3390/s26113374. Vol. 26, Issue 11. Authors: Lufan Xie, Lijing Zhang, Fan Yang, Mengchen Lin, Jiadong Wang.
开放许可： https://creativecommons.org/licenses/by/4.0/
原文链接： https://doi.org/10.3390/s26113374
PDF 链接： https://www.mdpi.com/1424-8220/26/11/3374/pdf
来源： MDPI Sensors via Crossref
