infrared

windows下用c++调用caffe做前向

偶尔善良 提交于 2021-02-11 13:10:42
参考博客: https://blog.csdn.net/muyouhang/article/details/54773265 https://blog.csdn.net/hhh0209/article/details/79830988 新建caffe的属性表,caffe_gpu_x64_release.props 将NugetPackages,caffe,CUDA中的头文件加进去 属性-C/C++-附加包含目录: D:\caffe20190311\NugetPackages\OpenCV.2.4.10 \build\native\include D:\caffe20190311\NugetPackages\OpenBLAS. 0.2.14.1 \lib\native\include D:\caffe20190311\NugetPackages\protobuf -v120.2.6.1 \build\native\include D:\caffe20190311\NugetPackages\glog. 0.3.3.0 \build\native\include D:\caffe20190311\NugetPackages\gflags. 2.1.2.1 \build\native\include D:\caffe20190311\NugetPackages\boost. 1.59.0

Introduction to All Functions & Features of Brand

大城市里の小女人 提交于 2021-01-14 12:45:53
WHAT IS KEY TOOL PLUS? Xhorse KEY TOOL PLUS Tablet is a professional locksmith tool that integrates the main functions of remote control and chip, anti-theft matching, programming, accessory replacement, maintenance reset, etc., and also reserves future expansion capabilities. One device can solve all the needs of daily work. Key Tool Plus is Xhorse new realesed, first tablet key tool, much easier to complete various automotive programming anywhere with no need to take your laptop, mobile phone. It supports IMMO programming for luxury cars like BMW, BENZ, AUDI, and VW. Besides, it's available

AVIRIS 简介

喜你入骨 提交于 2020-08-10 22:48:37
AVIRIS 是指 机载可见光近红外成像光谱(Airborne Visible InfraRed Imaging Spectrometer)。是由美国NASA下属的喷气动力实验室(JPL)开发和维护的光谱成像设备。现有两代产品: AVIRIS-Classic 和 AVIRIS-NG (AVIRIS Next Generation),其中AVIRIS-Classict从1986年开始服役,目前网站上提供从1992年开始至2020年采集高光谱图像数据,主要为地面辐亮度图像,少部分图像提供反射率图像。AVIRIS-NG则提供从2012年至2020年的高光谱图像数据。所有的图像均进行了几何矫正,具有真实的地理坐标信息。目前AVIRIS-Classic提供的数据主要位于美国本土,还有少量太平洋中海岛、以及加拿大和欧洲地区的数据。AVIRIS-NG则目前主要提供欧洲和印度区域数据。 1. AVIRIS-Classic AVIRIS是地球遥感领域的先进设备。其具备一个独特的光学传感器,能够采集波长在400~2500nm范围内的上行的光谱辐亮度信息,并进行辐亮度矫正,最终生成具有224个连续光谱通道(波段)的高光谱图像。AVIRIS曾经搭载在4种不同的飞行平台上, 分别为:NASA 的ER-2 喷气式飞机,Twin Otter International 的涡轮螺旋桨飞机,Scaled

MOD13A1: MODIS/Terra Vegetation Indices 16-Day L3 Global 500 m SIN Grid V006

烈酒焚心 提交于 2020-05-06 02:07:13
https://lpdaac.usgs.gov/node/838 Description The MOD13A1 Version 6 product provides a Vegetation Index (VI) value at a per pixel basis. There are two primary vegetation layers. The algorithm for this product chooses the best available pixel value from all the acquisitions from the 16 day period. The criteria used is low clouds, low view angle and the highest NDVI/EVI value. The first is the Normalized Difference Vegetation Index (NDVI), which is referred to as the continuity index to the existing National Oceanic and Atmospheric Administration-Advanced Very High Resolution Radiometer (NOAA

[20个项目学会BBC micro:bit编程] 17-人体运动检测

落爺英雄遲暮 提交于 2020-04-29 18:14:12
[20个项目学会BBC micro:bit编程]网易云课堂视频教程 点击这里 --硬件连接 注:一定确认人体运动传感器的3根接线顺序,接错有可能损坏模块,如果不确定,可以把图 7-1 人体运动传感器-正面上的透镜取下来,就可以看到3根线的标识了。 --实验编程 程序网址: https://makecode.microbit.org/_C56AjpbKh3DK --实验结果 如果检测到人,micro:bit显示一个对号,如果检测不到人,micro:bit显示一个错号。 注意事项:   1.接线之前一定要确认各个针脚的含义。同时确认哪个是用来调节灵敏度的,哪个是用来调节延时的,不用的厂家生产的人体运动检测模块可能不一样。正面的透镜一般是可以取下来的。   2.图 7-2 人体运动传感器-背面中的Retrigger setting jumper 设置在H处可以进行重复触发(人静止也可以检测到),设置在L处只能进行边沿触发(只有人动起来才能检测到)。 拓展知识:   市面上的人体运动传感器原理基本一样,大都是用的上面所示的传感器,唯一的不同可能是每个针脚的定义不同。因为人的体温基本恒定,在一个很小的范围内波动,而且人体的温度与其他动物的体温不同。特定的温度下发出的红外线的波长不同,通过检测红外线的波长来达到检测人体的目的。   关于更多人体运动检测模块的介绍,可以访问以下网址来了解

Is it possible to access the infrared camera on iPhone X?

南楼画角 提交于 2020-02-20 06:07:51
问题 According to this picture: the iPhone X has an infrared camera. It is primarily used for face detection but there are other uses for infrared. Can it be accessed directly? 回答1: not via the approved iOS API library calls. But undocumented API should be possible if you guess how to do it. 回答2: Still not sure about infrared but to read the depth information from the iPhone X TrueDepth camera, we can use the AVDepthData class and related APIs. Here's a tutorial. 回答3: The company, reallusion.com

Is it possible to access the infrared camera on iPhone X?

爱⌒轻易说出口 提交于 2020-02-20 06:07:05
问题 According to this picture: the iPhone X has an infrared camera. It is primarily used for face detection but there are other uses for infrared. Can it be accessed directly? 回答1: not via the approved iOS API library calls. But undocumented API should be possible if you guess how to do it. 回答2: Still not sure about infrared but to read the depth information from the iPhone X TrueDepth camera, we can use the AVDepthData class and related APIs. Here's a tutorial. 回答3: The company, reallusion.com

Programming for the Apple infared remote controls

梦想与她 提交于 2020-01-23 08:16:06
问题 How do I get started with programming for the Apple infared remote control? To start with, I only intend to support one control, and one type of receiver, that on the current unibody MacBooks. What I mean by programming, is, how do I get started with writing an OSX, preferably Cocoa if there are APIs, app which intercepts commands from the control, and then sends commands to the OS. For example, as a start, I'd like to be able to simply pick up a key press from the remote control, and then

Programming for the Apple infared remote controls

白昼怎懂夜的黑 提交于 2020-01-23 08:16:00
问题 How do I get started with programming for the Apple infared remote control? To start with, I only intend to support one control, and one type of receiver, that on the current unibody MacBooks. What I mean by programming, is, how do I get started with writing an OSX, preferably Cocoa if there are APIs, app which intercepts commands from the control, and then sends commands to the OS. For example, as a start, I'd like to be able to simply pick up a key press from the remote control, and then

How to send complex infrared hex code in arduino

£可爱£侵袭症+ 提交于 2020-01-06 03:16:47
问题 I want to use arduino to control my air conditioner I follow this instruction: http://www.instructables.com/id/Arduino-Remote-Control-Less-10/?ALLSTEPS And i test with ON button of my MP3 remote, In step two, I have result: unsigned int raw1[68] = {9000,4350,600,500,600,500,600,500,650,450,650,500,600,500,600,500,600,500,600,1650,550,1650,550,1700,500,1700,500,1700,550,1650,550,1700,500,1700,550,1650,550,1650,550,600,500,600,550,550,500,600,550,1650,550,600,500,550,550,600,500,1700,550,1700