TL-WR941N刷DD-WRT固件体验全过程

TL-WR941N刷DD-WRT固件体验全过程，自制TTL板，线刷，网刷。

SIP Using SDP with Offer/Answer Model

转载网络上的，由于http://blog.csdn.net/liaoxinmeng/article/details/6949351 无图不方便，找齐图片版的（但仍然感谢）。还有 http://blog.sina.com.cn/s/blog_4b839a1b010092tl.html 感谢以上博客，还有其他相关博客。在此借花献佛了。

TL2_ItemDatMaker：为手电筒2中的项目生成DAT文件-源码

TL2_ItemDatMaker 为手电筒2中的项目生成DAT文件 测试版！ v0.9.2 发布： : 用Visual Studio 2017的点网核心编写。 用法： 独立版本： Windows 7及更高版本32/64位“ TL2_ItemDatMaker.exe” OSX 10.10 x64及更高版本“ TL2_ItemDatMaker” 使用下面的选项，或将mod文件夹中的网格文件拖到可执行文件上，应用程序将要求其余选项。 选项： -m | --3dmodel网格文件和完整路径。 （必需的） -r | --itemrarity物品稀有度：普通，魔法（蓝色），独特或传奇。 （必需的） -t | --tag在项目类型后附加的标签。 （必需的） -l | --itemlevel项目的基本级别。 最少3个。（必填） -a | --altclones制作替代克隆。 -n |

Theoretical calculation of energy levels and radiative lifetimes of Tl I

Considering the perturbation, the results of theoretical calculation of five Rydberg series energy levels 6s2ns2S1/2(n=7-20),6s2nd2D3/2(n6-20),6s2nd2D5/2(n=6-20),6s2np2P^(0)_(1/2)(n=7-20), and 6s2np2P^(0)_(3/2)(n7-20) for Tl I are presented using the weakest bound electron potential model (WBEPM) theory. Furthermore, the radiative lifetimes of this five series are also calculated. The calculated values of energy levels and lifetimes are in good agreement with the experimental results.

电子钟程序

LCD显示的电子钟内含秒表程序#include<reg52.h> #include"config.h" #include"Lcd1602.h" #include"Time.h" #include"KeyControl.h" unsigned char T0RH; unsigned char T0RL; static unsigned char tmr10ms=0,trm100ms=0,enable=0; void main() { T0RH=0xf8; T0RL=0xcc; BUZZER=0; EA=1; //打开定时器 ET0=1;//开启中断 TR0=1; //开始计时 InitLcd1602(); while(1) { if(tmr10ms>50) { tmr10ms=0; model1(); trm100ms++; if(trm100ms==0) { model2(); model3(); BuzzerClose(); } if(trm100ms>=100) { model0(); Time(); trm100ms=0; } } } } void InterupTimer0() interrupt 1 { TH0=T0RH; TL0=T0RL; tmr10ms++; KeyScan(); KeyDriver(); Buzzer(); }

教育-源码

ssu 2021/02/01〜05자료 （전이학습）카메라로이미지데이터준비하기 cp /home/deepcell/notebook/3.tl/1-tl-data.ipynb /home/deepcell/notebook/3.tl/inference/ mkdir /home/deepcell/notebook/3.tl/inference/data 트레이닝스히리를그래프로그리기 jupyter lab에서이같정및가 model.fit（）->历史= model.fit（）으로수정아래 history = model.fit(x_train, y1_train, batch_size=batch_size, epochs=epochs, validation_data=(x_test, y1_test),

WA5210G固件 v1英文130502

2.4GHz High Power Wireless Outdoor CPE Model No. TL-WA5210G Firmware Version: 4.4.8 Build 130502 Rel.61441n Hardware Version: WA5210G v1 081640EF

bitnami-docker-tensorflow-resnet：用于TensorFlow ResNet模型的Bitnami Docker映像-源码

什么是TensorFlow ResNet？ TensorFlow ResNet泊坞窗映像允许查询服务ResNet模型的TensorFlow服务器。 例如，很容易开始使用ImageNet图像数据库中已经训练好的数据。 有关更多信息，请单击。 TL; DR 在运行Docker映像之前，您首先需要下载ResNet模型训练检查点，以便它可用于TensorFlow Serving服务器。 $ mkdir /tmp/model-data $ cd /tmp/model-data $ wget ' http://download.tensorflow.org/models/official/20181001_resnet/savedmodels/resnet_v2_fp32_savedmodel_NHWC_jpg.tar.gz ' $ tar xzf resnet_v2_fp32_savedmod

Active Transfer Learning Network: A Unified Deep Joint Spectral-Spatial Feature Learning Model for Hyperspectral Image Classification

Deep learning has recently attracted significant attention in the field of hyperspectral images (HSIs) classification. However, the construction of an efficient deep neural network mostly relies on a large number of labeled samples being available. To address this problem, this paper proposes a unified deep network, combined with active transfer learning (TL) that can be well-trained for HSIs classification using only minimally labeled training data. More specifically, deep joint spectral-spatia

occam一维反演

C----------------------------------------------------------------------- program runocc C----------------------------------------------------------------------- c C OCCAM 2.0: Steven Constable IGPP/SIO La Jolla CA 92093-0225 c Program Revision 2.01, 13 Jan 1993 c c runocc is the calling program for OCCAM v2.0. C C REFERENCES: CONSTABLE, PARKER &amp; CONSTABLE, 1987: GEOPHYSICS 52, 289-300. C DEGROOT-HEDLIN &amp; CONSTABLE, 1990: GEOPHYSICS 55, 1613-1624. C CONSTABLE, 1991: GEOPHYS. J. INT. 106, 387-388. C CONSTABLE, 1992: OCCAM DISTRIBUTION NOTES. C C REVISION HISTORY: C MARCH 1986, (VERSION 1.2) C OCTOBER 1987, (VERSION 1.3) C AUGUST 1988, (VERSION 1.4) C JANUARY 1989 (WITH THANKS TO C.DEGROOT-HEDLIN), (VERSION 1.5) C SEPTEMBER 1989, (VERSION 1.5.2) C APRIL 1992 (MORE THANKS TO CATHERINE AND ALSO WSE) (VERSION 2.0) C C IF YOU OBTAIN THIS CODE FROM A THIRD PERSON, PLEASE SEND YOUR NAME AND ADDRESS C TO S. CONSTABLE. YOU WILL THEN RECEIVE UPDATES, NEWS ON BUGS, ETC. C C VERSION 2.0 IS A RE-WRITE TO MAKE OCCAM INDEPENDENT OF THE DIMENSIONALITY C OF THE FORWARD PROBLEM, AND TO MAKE MAXIMUM USE OF DYNAMIC MEMORY ALLOCATION, C AS THE ARRAY SIZES FOR THE 2D PROBLEM ARE NOW GETTING TOO LARGE FOR COMFORT. C INCLUDE FILES ARE NOW USED TO STREAMLINE CHANGES OF DIMENSION. C IMPLICIT DOUBLE PRECISION HAS BEEN REMOVED, AGAIN FOR STORAGE REASONS. C CALLING PROGRAM IS NOW AN INTEGRAL PART OF THE PACKAGE AS ALL THE MODEL- C DEPENDENT STUFF HAS BEEN SPUN OFF. C C IF YOU OBTAIN THIS CODE FROM A THIRD PERSON, PLEASE SEND YOUR NAME AND ADDRESS C TO S. CONSTABLE. YOU WILL THEN RECEIVE UPDATES, NEWS ON BUGS, ETC. C C SUBROUTINES WHICH MUST BE SUPPLIED BY THE USER: C C FORMOD(NP,ND,PM,DP,DM), COMPUTES THE FORWARD FUNCTION FOR MODEL PM() AT C THE DATA PARAMETERS DP() AN

project-maturity-model:针对新的.NET库开发模型的RFC建议-源码

.NET Foundation项目，旨在通过共享的质量，信心和支持模型来发展.NET生态系统 本提案描述了可用于提高.NET开源项目以及.NET生态系统的质量和数量的新方法。 .NET生态系统很强大，但仍可能会更强大。在开源项目中，我们应在生态系统中应对一般性挑战。 .NET基金会是一个独立的基金会，旨在支持.NET开源软件。 作为一个独立的基金会，它处于支持开源项目以针对新客户并帮助项目采用最佳实践的独特位置。 TL; DR：我们提出了三个新计划： 定义项目质量的成熟度配置文件。 维修人员培训和支持计划 一个新的项目专案，为生态系统创建了新的项目。 这些计划的目标是提高消费者的项目质量，增强消费者对社区图书馆的信任和采用，并填补空白以使.NET开发更高效，更有趣。 本文档的其余部分描述了建议的方法，并参考了定义共享定义和策略的文档，这些定义和策略对于使这些方法在我们的生态系统中

索智R16开发板点亮ov7725+ov2640+ov5640_20160721_1726.7z

索智R16点亮ov2640.txt 开发板：深圳市索智科技有限公司SC3817R开发板，全志R16（CPU：Quad-Core Cortex-A7 CPU） 全志官网R16的简介 android4.4.2/linux3.4.39 2016/7/18 16:38 1、配置ov2640在android层配置的分辨率为vga（预览/拍照/录像） 注意：系统自带的快拍APP就在这里查找分辨率参数发送到camera的HAL层。 这里得分辨率设置为：1280x720 驱动里面搜索可以设置为：1600x1200, 1280x960, 1024x768, 1280x720, 800x600（出错）, 640x480 R:\wyb\test_ov2640_r16\android\device\softwinner\astar-evb20\configs\camera.cfg ;------------------------------------------------------------------------------- ; 用于camera的配置 ; ; 采用格式: ; key = key_value ; 注意: 每个key需要顶格写; ; key_value紧跟着key后面的等号后面, 位于同一行中; ; key_value限制大小为256字节以内; ; ;------------------------------------------------------------------------------- ;------------------------------------------------------------------------------- ; exif information of &quot;make&quot; and &quot;model&quot; ;------------------------------------------------------------------------------- key_camera_exif_make = MAKE_A31S key_camera_exif_model = MODEL_A31ST ;------------------------------------------------------------------------------- ; 1 for single camera, 2 for double camera ;------------------------------------------------------------------------------- number_of_camera = 1 ;------------------------------------------------------------------------------- ; CAMERA_FACING_BACK ; gc0307 ov2640 ;------------------------------------------------------------------------------- camera_id = 0 ;------------------------------------------------------------------------------- ; 1 for CAMERA_FACING_FRONT ; 0 for CAMERA_FACING_BACK ;------------------------------------------------------------------------------- camera_facing = 0 ;------------------------------------------------------------------------------- ; 1 for camera without isp(using built-in isp of Axx) ; 0 for camera with isp ;------------------------------------------------------------------------------- use_builtin_isp = 0 ;------------------------------------------------------------------------------- ; camera orientat

FaceRecognitionRpi-源码

人脸识别 Projeninamacı：Raspberry Pi 3 Model B +kullanılarakyüztanımasistemlikapıkiliditasarlanmıştır。 Projeyüztanımateknolojisini kullanarak，erişimikısıtlı，özeloda veyaözelkasanın，sadecegirişiizin verilen personel，kişiningirmesiniamaçlar。 KapıyıaçmakisteyenkişiöncedensistemetanıtılmışISE，SISTEM BUkişiyitanırsa卡皮kilidiaçılır.Eğerkapıyıaçmakisteyenkişitanınmıyorsa，卡皮kilidiaçılmaz已经otomatik olarak EV sah

A NOVEL COMPOSITE RIGHT/LEFT-HANDED TRANSMISSION LINE FOR DUAL-BAND APPLICATIONS

A composite right/left-handed transmission line (CRLH-TL) composed of a substrate and X-shaped metal patches is proposed and investigated theoretically as well as experimentally. The scattering parameters are investigated both in electromagnetic (EM) simulation and equivalent circuit model simulation, it is found that the structure works as a dual band CRLH-TL having the first right-handed passband and the second balanced CRLH frequency band at the resonant frequencies of 6.27 GHz and 13.45 GHz,

【python】matplotlib动态显示详解

1.matplotlib动态绘图 python在绘图的时候，需要开启 interactive mode。核心代码如下： plt.ion(); #开启interactive mode 成功的关键函数 fig = plt.figure(1); for i in range(100): filepath=E:/Model/weights-improvement- + str(i + 1) + .hdf5; model.load_weights(filepath); #测试数据 x_new = np.linspace(low, up, 1000);

objection-authorize：与Objection.js的同构“神奇”授权集成:party_popper:-源码

欢迎提出异议授权 :waving_hand: 与objection.js集成的同构“神奇”访问控制 如果要在请求/路由级别上实现访问控制，此插件会自动消除很多您需要做的手动接线，包括： 根据资源和ACL检查用户 根据操作和用户访问权限过滤请求正文 搞清楚哪些资源来检查用户的授权对自动（！） 甚至根据用户的读取访问权限过滤查询的结果！ 不知道为什么需要这个？ 请阅读以下示例，或以了解如何实现复杂的访问控制以及如何使用此插件来管理所述复杂性！ TL; DR： 之前： class Post extends Model { } app . put ( '/posts/:id' , ( req , res , next ) => { // Need to handle random edge cases like the user not being signed in if ( ! req . user ) next ( new Error ( 'must be signed in' ) ) // Need to first fetch the post to kno

Kotlin +MVVM+Livedata+ViewModel实战来啦

WanAndroid-Kotlin 项目 根据鸿神提供的WanAndroid开放Api来制作的WanAndroidApp, 基本实现了所有的功能，使用kotlin语言开发，基于Material Design+AndroidX + MVVM + ViewModel + LiveData + RxJava + Retrofit等优秀的开源框架，实现的一个尽可能体验较佳的App，自己也是初学Kotlin，Kotlin语法不足之处也请大家批评指正 项目地址 WanAndroid(github) （欢迎大佬们star) 下载体验 当前版本（1.0） 项目展示 项目功能 首页 首页文

TurtleBot3-Burger+Ubuntu18.04+Melodic ROS 安装记录

先放张效果图，(*^__^*) 嘻嘻…… 文章目录一、硬件安装视频&资料硬件效果和三视图二、软件安装和环境搭建流程①PC端部分②Raspberry Pi部分③OpenCR参考链接 一、硬件安装视频&资料 我自己录了个小视频，链接：TurtleBot3-Burger硬件安装记录 萌新之一镜到底&手机剪辑。 这个链接有智能佳提供的装配视频和硬件清单： Turtlebot3入门教程 —— 硬件配置（ Hardware Setup ）。 官方提供的说明书手册电子版：装配资料——GitHub链接。 硬件效果和三视图 TurtleBot3 Burger 3D Model: https://goo