TRAINING-FREE STRUCTURED DIFFUSION GUIDANCE FOR COMPOSITIONAL TEXT-TO-IMAGE SYNTHESIS

matlab代码续行PS方法PDE结构化模型 结构化模型的伪谱离散化为PDE 该存储库包含MATLAB代码，用于在PDE公式中对结构化种群模型进行伪谱离散化，以及用于使用MATLAB软件包MatCont进行数值分叉分析。 主要参考文件为[VJM2020] Scarabel F，Breda D，Diekmann O，Gyllenberg M，Vermiglio R（2020）。 通过伪谱近似对生理结构种群模型进行数值分叉分析，越南J数学， 每个示例均包含两个文件：PS_example：matlab函数，其中包含通过伪谱离散化获得的ODE系统右侧定义，格式适用于Matcont延续。 MC_example：用于在“ PS_example”中定义的系统的Matcont延续的脚本。 这些代码是根据MIT许可证发布的（有关详细信息，请参阅文件LICENSE.txt）。

Structured Computer Organization sixth edition by Andrew S. Tanenbaum

This book has been written for a wider audience, including students and practitioners interested in current consumer depth cameras and the data they provide. This book focuses on the system rather than the device and circuit aspects of the acquisition equipment. Processing methods required by the 3D nature of the data are presented within general frameworks purposely as independent as possible from the technological characteristics of the measurement instruments used to capture the data. The results are typically presented by practical exemplifications with real data to give the reader a clear and concrete idea about the actual processing possibilities. This book is organized into three parts, the first devoted to the working principles of ToF and structured light depth cameras, the second to the extraction of accurate 3D information from depth camera data through proper calibration and data fusion techniques, and the third to the use of 3D data in some challenging computer vision applications.

Structured Learning Unified Framework Unified Framework – Object Detection Unified Framework - Summarization Unified Framework - Retrieval Structured Linear Model

QCPU(Q Mode)Programming Manual ( Structured Text).pdf

Discusses a method for obtaining accurate 3D measurements using TEMPORALLY ENCODED STRUCTURED LIGHT SYSTEM. Aucklan大学论文

该算法在GITHUB上，我们将该代码重新编译了，并增加了需要的库 opencv2.4.2 有问题可以 ： yfyg3896@sina.com

非常好的学习并行编程的材料, 包含了很多经典的并行编程模型，机器模型和内存模型等。

Structured-light This program was designed for HIT final submission 感谢布朗大学的开源项目 本库基于灰点相机和投影仪组成,在500mm的工作距离下可以实现0.42mm的测量精度