搜索资源列表
Day1
- Basic Java introduction Power Point presentation useful for a teacher of Java. Session 1 and Session 2 for the full day focus on the basics of Java and programming to help the audience orientation to Java.-Basic Java introduction Power Point presenta
Alven
- 陀螺定向和红外测距在大型贯通测量中的应用-Gyroscope orientation and infrared distance measurement in large-scale through the application of
QTP_autotest
- 这篇文章是写给所有想学习或正在学习自动化测试的朋友的，旨在提供一个自动化的学习方向，本文举例将以QTP自带的flight为例，讲解从自动化工具学习到自动框架思想的发展过程-This article is addressed to all who wish to learn or are learning to automated testing of a friend, and to provide an automated learning orientation, this example
OO1
- What Is Object-Orientation?
Sames-teach-yourself-uml-in-24-hours
- 本书提供易上手的UML的经验。通过对本书的学习，您可以学会如何使用UML来建立任何系统开发项目的模型，并了解UML模型。本书无疑是未来的系统开发书籍的基础。通过了解面向对象，用例，继承，关联，和在工作中利用UML的图、模型，可以为您的工作和学习提供很大的帮助。\最后，这本书提供了坚实的技能，让您掌握一个基于UML的建模工具。-Sams Teach Yourself UML in 24 Hours provides hands-on UML experience. Learn to use UML
Machine-vision-calibration
- 机器视觉的标定方法：本文对机器视觉三维空间测量的内外方位元素的标定方法进行了论述。-Machine vision calibration method: In this paper, three-dimensional measuring machine vision orientation elements inside and outside the calibration method are discussed.
SINS-based-Navigation-System
- 本文分析了矿山水下轮式采煤车的定位定向导航的可实现问题，通过对该系统的实物应用试验,实验结果表明了组合导航系统的有效性。-This paper analyzes the coal mines underwater wheeled vehicle location and orientation navigation problem can be achieved through the physical application of the system test, test results v
sport-target-detection-track
- 图像梯度方向直方图（HOG)特征基础上云模型运动目标检测算法,提出HOG特征为基础的均值漂移算法 -Moving target detection algorithm of image gradient orientation histogram (HOG) features based on cloud model proposed HOG feature based on mean shift algorithm
handwriting-c
- Text-line extraction in unconstrained handwritten documents remains a challenging problem due to nonuniform character scale, spatially varying text orientation, and the interference between text lines.
vcPP
- 简单实现了航带网摄影测量中相对定向元素的解算，模型的绝对定向，和自由航带网的生成的功能。-Achieved with a simple route network Photogrammetry relative orientation elements solvers, model absolute orientation, and free flights with the generation of network functions
Software-Architecture
- The primary goal of our book is to give readers orientation in the architecture domain. In our view, many books about architecture focus too heavily on the topic of technology. Other books concentrate on architecture documentation and nomenclat
Perspective-n-Point-Problem
- 这篇文献是图像摄影学方面比较基础重要的一篇文献。采用透视模型，基于n个点对来估计摄像头位姿参数。-This document is the basis for comparison image photography learning important aspects of a document. Use of perspective model, based on n points to estimate the camera position and orientation paramet
OrdinaryCameraRelativeOrientation
- 基于普通相机的相对定向技术研究和三维重建技术研究-Based on the relative orientation of ordinary camera technology research and three-dimensional reconstruction technology research
Relative-orientation
- 几篇相对定向的英文文章，包括3点相对定向技术和带有噪声图像匹配技术-Several of the relative orientation of the English articles, including 3:00 relative orientation technology and image matching technology with noise
Orientation-Day-Program-final
- Orientation Day Program final -Orientation Day Program final ....
Solar-panels-day-orientation-program
- 为了解决单自由度太阳帆板在一般倾斜轨道中对日定向的局限性问题，一种常见的方法是让卫星提供辅助的姿态调整。对于对地观测的卫星，一般只要求卫星姿态保持能使有效载荷指向地面，即对卫星的俯仰角和滚转角有限制而对卫星的偏航角没有要求。因此可以调整卫星的偏航角来辅助太阳帆板对日定向。-In order to solve the single degree of freedom solar panels tilted orbits in the general limitations of the probl
123
- 具有广泛应用前景的微型无人机已成为各国学者的研究热点，而不依赖卫星导航系统的室内微型无人机自主导航引导技术是研究重点之一。结合近年国内外室内无人机自主导航引导技术发展情况，讨论了依靠自身传感器实现自主导航引导的关键 技术问题， 详细分析了无人机位姿的解算、无人机动态避障和同步定位与地图构建的关键技术的实现情况及其难点。最后，对室内无人机自主导航引导技术进行了展望。-Has broad application prospects miniature UAV research scholars fr
cubemap_image_orientation.pdf
- Direct3D cubemap orientation Reference Cubemap faces axises in opengl + Direct3d
FOCcyh
- 异步电机 matlab仿真模型 PID调节已经调试好矢量控制 弱磁控制 第一次发帖 精心准备-FOC field orientation control induction motor
Chapter2_slides
- Chapter 2 Logging In and General Orientation Upon completion of this module, you will be able to do the following: • Log in to a LINUX system. • Log out of a LINUX system. • Look up commands in the Manual. • Look up comm