Understanding

Understanding JSON Web Encryption (JWE)

copy from: https://www.scottbrady91.com/jose/json-web-encryption By default, JSON Web Tokens (JWTs) are base64url encoded JSON objects signed using a  ......
Understanding Encryption JSON JWE Web

Understanding the linux kernel Chapter2 Memory Addressing

Physical Memory Layout unavailable address for kernel either because they map hardware devices’ I/O shared memory or because the corresponding page fr ......

神经网络优化篇:理解mini-batch梯度下降法(Understanding mini-batch gradient descent)

理解mini-batch梯度下降法 使用batch梯度下降法时,每次迭代都需要历遍整个训练集,可以预期每次迭代成本都会下降,所以如果成本函数\(J\)是迭代次数的一个函数,它应该会随着每次迭代而减少,如果\(J\)在某次迭代中增加了,那肯定出了问题,也许的学习率太大。 使用mini-batch梯度下 ......
mini-batch 神经网络 梯度 batch mini

Understanding q-value and FDR in Differential Expression Analysis

Understanding q-value and FDR in Differential Expression Analysis Daqian Introduction to q-value and FDR In differential gene expression analysis, res ......

Understanding ELF, the Executable and Linkable Format

address:https://www.opensourceforu.com/2020/02/understanding-elf-the-executable-and-linkable-format/ Whenever we compile any code, the output that we ......
Understanding Executable Linkable Format ELF

神经网络优化篇:如何理解 dropout(Understanding Dropout)

理解 dropout Dropout可以随机删除网络中的神经单元,为什么可以通过正则化发挥如此大的作用呢? 直观上理解:不要依赖于任何一个特征,因为该单元的输入可能随时被清除,因此该单元通过这种方式传播下去,并为单元的四个输入增加一点权重,通过传播所有权重,dropout将产生收缩权重的平方范数的效 ......

GPT-1论文《Improving Language Understanding by Generative Pre-Training》解读

背景 GPT-1 采用了两阶段训练的方式: 1. 第一阶段 pre-training,在海量文本上训练,无需label,根据前k-1个词预测第k个单词是什么,第一阶段的训练让模型拥有了很多的先验知识,模型具有非常强的泛化性 2. 第二阶段在特定任务上fine-tuning,让模型能适应不同的任务,提 ......

《MiniGPT-4: Enhancing Vision-language Understanding with Advanced Large Language Models》论文学习

一、ABSTRACT 最新的GPT-4展示了非凡的多模态能力,例如直接从手写文本生成网站和识别图像中的幽默元素。这些特性在以往的视觉-语言模型中很少见。然而,GPT-4背后的技术细节仍然未公开。我们认为,GPT-4增强的多模态生成能力源自于复杂的大型语言模型(LLM)的使用。 为了检验这一现象,我们 ......

【论文阅读笔记】【多模态-Vision-Language Pretraining】 BLIP: Bootstrapping Language-Image Pre-training for Unified Vision-Language Understanding and Generation

BLIP ICML 2022 (Spotlight) 读论文思考的问题 论文试图解决什么问题?写作背景是什么? 问题: 在视觉-语言预训练(VLP)中,如何更加高效地利用充斥着噪声的海量图文对数据,提升预训练效果? 如何设计模型,使得预训练后的模型在理解(understanding-based)任务 ......

[951] Understanding the pattern of "(.*?)" in Python's re package

In Python's regular expressions, (.*?) is a capturing group with a non-greedy quantifier. Let's break down the components: ( and ): Parentheses are us ......
quot Understanding pattern package Python

【论文阅读】Improving language understanding by generative pre-training

原始题目:Improving language understanding by generative pre-training 中文翻译:通过生成预训练提高语言理解能力 发表时间:2018年 平台:Preprint 文章链接:https://www.mikecaptain.com/resource ......

Understanding UML in seconds

UML 是一种分析设计语言,也就是一种建模语言。 UML结构解析 UML其结构主要包括以下几个部分: 视图(View) 多个图形组成的集合; 图(Diagram) 图的种类有13种图,但常用的也就两种(1.需求用例图,2.开发类图); 模型元素(Model Element) 如类、对象、消息以及这些 ......
Understanding seconds UML in

【ICML2022】Understanding The Robustness in Vision Transformers

来自NUS&NVIDIA 文章地址:[2204.12451] Understanding The Robustness in Vision Transformers (arxiv.org) 项目地址:https://github.com/NVlabs/FAN 一、Motivation CNN使用滑动 ......

Proj CDeepFuzz Paper Reading: An Extensive Study on Pre-trained Models for Program Understanding and Generation

## Abstract ## 1. Intro ## 2. Background ### 2.1 Program Understanding and Generation Tasks ### 2.2 NL-PL Pre-Trained Models ![](https://img2023.cnblo ......

机器翻译 | Understanding Back-Translation at Scale论文翻译

## 题目 大规模理解反向翻译 ## 摘要 在并行训练语料库中增加目标语言句子的反译,是提高单语数据神经机器翻译的有效方法。这项工作拓宽了对反翻译的理解,并研究了一些生成合成源句的方法。我们发现,除了资源贫乏之外,通过采样或带噪波束输出获得的反向平移是最有效的。我们的分析表明,采样或有噪声的合成数据 ......

QNX-9—QNX官网文档翻译—Understanding QNX Virtual Environments

注:翻译自QNX Hypervisor --> QNX Hypervisor 2.2 User's --> Understanding QNX Virtual Environmentshttps://www.qnx.com/developers/docs/7.1/index.html#com.qnx ......

Understanding JavaScript Garbage Collection: Dive into Reference Counting and Mark-and-Sweep Algorithms

JavaScript, the programming language of the web, is often praised for its ability to handle memory management automatically. The JavaScript engine's g ......

Understanding Structural Vulnerability in Graph Convolutional Networks

Chen L., Li J., Peng Q., Liu Y., Zheng Z. and Yang C. Understanding structural vulnerability in graph convolutional networks. IJCAI, 2021. 概 mean 是在 G ......

Understanding Dataset Difficulty with V-Usable Information

Ethayarajh K., Choi Y. and Swayamdipta S. Understanding dataset difficulty with $\mathcal{V}$-usable information. ICML, 2022. 概 将 $\mathcal{V}$-inform ......

Understanding the different flavors of Clang C and C++ compilers in Windows

https://blog.conan.io/2022/10/13/Different-flavors-Clang-compiler-Windows.html This article will explain the different flavors of Clang C and C++ comp ......

文献阅读——Understanding the Role of Mixup in Knowledge Distillation: An Empirical Study

Hongjun Choi, Eun Som Jeon, Ankita Shukla, Pavan Turaga; Proceedings of the IEEE/CVF Winter Conference on Applications of Computer Vision (WACV), 2023 ......

Problem Y: Understanding Used Sailboat Prices

Like many luxury goods, sailboats vary in value as they age and as market conditions change. The attached “2023_MCM_Problem_Y_Boats.xlsx” file include ......
Understanding Sailboat Problem Prices Used

Understanding plasticity in neural networks

郑重声明:原文参见标题,如有侵权,请联系作者,将会撤销发布! Arxiv 2023 Abstract 可塑性是神经网络根据新信息快速改变预测的能力,对于深度强化学习系统的适应性和鲁棒性至关重要。众所周知,即使在相对简单的学习问题中,深度神经网络也会在训练过程中失去可塑性,但驱动这种现象的机制仍知之甚 ......
Understanding plasticity networks neural in
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