Top 5 Cutting-edge technology examples 2023
文章目录
- Top 5 Cutting-edge technology examples 2023
- 1、Computer Vision
- 2、Natural Language Processing
- 3、Virtual Reality & Augmented Reality
- 4、Deep Machine Learning
- 5、Neuralink
Top 5 Cutting-edge technology examples 2023
Cutting-edge technology in 2023 isn’t quite the hoverboards and Skynet we were promised. It might just be better. Here at WillDom, our eyes light up at the thought of tech innovation. New ways to make processes more efficient. To make the user experience more immersive. To communicate with both efficiency and joy. What could be better?
Our team eats, sleeps, and dreams cutting-edge technology and we can’t wait to share it with you. Let’s take a look at emerging and evolving tech that’s taking the spotlight this year. Buckle up for our top 5 picks of 2023.
1、Computer Vision
Basically, a computer looks at something and reacts intelligently to what it sees. Our first example of cutting-edge technology is a specialized flavor of artificial intelligence (AI). It gives computers and systems the ability to look at visual inputs and extrapolate meaningful information.
You might be aware of these systems being used for facial recognition in everything from security camera systems to Facebook’s eerie ability to identify you in a picture. A lesser-known current application is traffic sign recognition and detection for self-driving cars.
A slightly Orwellian example is productivity analysis – instead of your human boss, your computer boss could tell you “If there’s time to lean, there’s time to clean.” Quality assurance and manufacturing safety inspections could be improved by combining computer vision with deep learning. And the healthcare implications are breathtaking. From detecting cancer to classifying cells to analyzing movement to predict oncoming health issues like strokes, our computer doctors won’t get tired during their 48-hour shifts.
2、Natural Language Processing
The baby versions of NLP are the helpful spellcheck and the, often dreaded, autocomplete. “Hey Siri, what is natural language processing?” This form of AI bridges the gap between human language and computers. When you chat with a “representative” on a company’s website, you may be talking to an NLP chatbot. Your experience will vary greatly depending on how advanced the chatbot is. At the very least, it means no more waiting on hold for hours to talk to the cable company.
Save time and work with anyone. When it works well, NLP can aggregate and interpret vast amounts of verbal and written information. Imagine every comment card or survey you’ve ever collected being analyzed in seconds. And actionable, precise results popping up on your screen. In the global economy, better translations and automated translators are more and more in demand. When an app on your phone can act as a United Nations-level translator, the world is your oyster.
3、Virtual Reality & Augmented Reality
We’ve packed two different technologies into this example. First, virtual reality is most common in VR headset forms like Oculus Quest and PlayStation VR. It’s often a 360-degree visual virtual environment with simulations ranging from non-immersive to fully immersive.
The implications of entering a virtual world as we saw on Star Trek’s holodeck are mind-blowing. From current medical training to future mental healthcare applications. From far-flung tourism to remote real estate tours. And, if you’re game, some Ready Player One-type worlds are at your fingertips.
Augmented reality adds digital information to your real-time, real-world environment. The most popular fad using AR was Pokemon Go. Remember all those people walking in parks again? Catching digital pocket monsters on their phones?
In the retail world, hold up your phone in a store and see a moving arrow on the ground that takes you to the correct aisle. Inventory? See exactly which box it is in the warehouse at a glance. Basically, every Sci-Fi eye-piece imagining is theoretically growing more and more possible by the day.
4、Deep Machine Learning
As AI and machine learning continue to improve, a new cutting-edge technology subset called deep machine learning has come to the forefront. Original machine learning used simple concepts. Deep machine learning imitates how humans think and learn. No longer limited by computing power, AI now uses an artificial neural network, similar to the human brain, to solve pattern recognition problems without any human assistance.
When paired with other technologies like visual computing, AI can access more data, in more ways, and analyze it better. This advancement is both astonishing and terrifying at the same time. Our current deep machine learning helps suggest artists or products you may enjoy based on past purchases. Or mimics human voices more accurately than ever before. Or defeats every challenger in the game of Go. But the implications are immense.
5、Neuralink
This is our last pick because Neuralink is so cutting-edge that it isn’t out yet. Reportedly a project by Elon Musk’s company, Neuralink is a device implanted in the human brain. The implant translates human thought into external action through a computer.
In theory, we could type without using our hands or play video games without controllers. Iterations of this technology have existed before but generally took extreme training and data input before they could perform even the slightest task (moving a dot on a screen).
To sum things up, we humans are amazing, inventive, and creative creatures. Our exponential tech growth is awe-inspiring, a bit terrifying, and tough to keep up with. If you find yourself overwhelmed by these huge ideas, drop by and talk to one of our experts at WillDom or LinkedIn. We’ll parse out what specific innovations are right for your company and help you apply them.
And if you’re just as excited about these developments as we are, tell us all about your new and joyful ways of making cutting-edge technology work for you.
相关文章:
Top 5 Cutting-edge technology examples 2023
文章目录 Top 5 Cutting-edge technology examples 20231、Computer Vision2、Natural Language Processing3、Virtual Reality & Augmented Reality4、Deep Machine Learning5、Neuralink Top 5 Cutting-edge technology examples 2023 Cutting-edge technology in 2023 …...
【算法|滑动窗口No.3】leetcode3. 无重复字符的最长子串
个人主页:兜里有颗棉花糖 欢迎 点赞👍 收藏✨ 留言✉ 加关注💓本文由 兜里有颗棉花糖 原创 收录于专栏【手撕算法系列专栏】【LeetCode】 🍔本专栏旨在提高自己算法能力的同时,记录一下自己的学习过程,希望…...
元素的水平居中和垂直几种方案
总结一下各种元素的水平居中和垂直居中方案。 水平居中: 1.行内元素水平居中 text-align: center 定义行内内容(例如文字)如何相对它的块父元素对齐;不仅可以让文字水平居中,还可以让行内元素水平居中 注意:给行内…...
JS和JQuery的区别
JS和jQuery都是用于前端开发的工具,但是它们有一些重要的区别。主要区别如下: JS是一种编程语言,而jQuery是一个JS库。JS可以与其他语言一起使用(如PHP、Python等),而jQuery是JS的一个扩展,只能…...
延时摄影视频制作工具 LRTimelapse mac中文版特点介绍
lrTimelapse mac是一款适用于 Windows 和 macOS 系统的延时摄影视频制作软件,可以帮助用户创建高质量的延时摄影视频。该软件提供了直观的界面和丰富的功能,支持多种时间轴摄影工具和文件格式,并具有高度的可定制性和扩展性。 lrTimelapse ma…...
Mac电脑怎么运行 Office 办公软件
虽然 Office 软件也有 Mac 版本的,但是有蛮多小伙伴用起来还是感觉不得劲,毕竟接触了太久的 Windows,所以想要使用 Windows 版本的 Office 软件。 今天就给大家介绍一下怎么在 Mac 电脑中运行 Windows 版本的办公软件,在这里就需…...
FPGA 如何 固化程序到 FLASH中
1、导出Hardware 2、导出bit文件 3、打开SDK 4、 点击Ok 5、创建工程 6、 输入工程名称:guhua 7、选择 Zynq FSBL 8、单击 guhua、然后点击 build 点击:build all 9、 右键之后,点击:Creat Boot Image 10、点击 Cr…...
电源管理(PMIC)MAX20428ATIA/VY、MAX20428ATIC/VY、MAX20428ATIE/VY适合汽车ADAS应用的开关稳压器
一、概述 MAX20428是一款高效率、八路输出、低压PMIC。OUT1将输入电源升压至5V,电流高达500mA,而三个同步降压转换器的输入电压范围为3.0V至4.2V,输出电压范围为0.8V至3.9875V,峰值电流分别高达1.3A、1.3A和3.5A。三个300mA pMOS…...
十年JAVA搬砖路——Linux搭建Ldap服务器。
1.安装命令 yum -y install openldap compat-openldap openldap-clients openldap-servers openldap-servers-sql openldap-devel2.启动ldap systemctl start slapd systemctl enable slapd3.修改密码 slappasswd Aa123456获得返回的密码加密密码串: {SSHA}DkSw0…...
论文 辅助笔记:t2vec train.py
1 train 1.1 加载training和validation数据 def train(args):logging.basicConfig(filenameos.path.join(args.data, "training.log"), levellogging.INFO)设置了日志的基本配置。将日志信息保存到名为 "training.log" 的文件中日志的级别被设置为 INFO&…...
同时标注分割、检测、多分类属性的工具
1、 https://blog.csdn.net/minstyrain/article/details/82385580/ 2、 https://zhuanlan.zhihu.com/p/656703406...
LeetCode75——Day24
文章目录 一、题目二、题解 一、题目 2390. Removing Stars From a String You are given a string s, which contains stars *. In one operation, you can: Choose a star in s. Remove the closest non-star character to its left, as well as remove the star itself.…...
B端企业形象设计的正确姿势,你学会了吗?
如今,企业形象设计在B端市场中变得越来越重要。它是企业与客户之间建立联系的桥梁,也是吸引目标客户的重要方式。为了帮助您打造一个独特而专业的企业形象设计,我将为您提供十个步骤。 步骤1:了解企业定位和目标 在设计B端企业形…...
我在Vscode学OpenCV 基本的加法运算
根据上一篇我们可知__图像的属性 链接:《我在Vscode学OpenCV 处理图像》 属性— API 形状 img.shape 图像大小 img.size 数据类型 img.dtype shape:如果是彩色图像,则返回包含行数、列数、通道数的数组;如果是二值图像或者灰度…...
数据结构与算法解析(C语言版)--线性表
本栏目致力于从0开始使用纯C语言将经典算法转换成能够直接上机运行的程序,以项目的形式详细描述数据存储结构、算法实现和程序运行过程。 参考书目如下: 《数据结构C语言版-严蔚敏》 《数据结构算法解析第2版-高一凡》 软件工具: dev-cpp 0…...
pthread 名字设置及线程标识符获取
pthread 名字设置及ID获取 pthread_setname_np 函数原型: int pthread_setname_np(pthread_t thread, const char *name);thread:要设置名称的线程标识符(pthread_t)。name:要设置的线程名称(以字符串形式…...
17、Flink 之Table API: Table API 支持的操作(1)
Flink 系列文章 1、Flink 部署、概念介绍、source、transformation、sink使用示例、四大基石介绍和示例等系列综合文章链接 13、Flink 的table api与sql的基本概念、通用api介绍及入门示例 14、Flink 的table api与sql之数据类型: 内置数据类型以及它们的属性 15、Flink 的ta…...
Ubuntu:解决PyCharm中不能输入中文或者输入一个中文解决方法
1.问题: Ubuntu22.04中,在pycharm里打字输入中文,每次都是只能输入第一个中文,后面输入的都变成了英文字母。。。无论咋调输入法,都没用,反正除了第一个字其他的输进去都是英文,而且汉字下面还…...
Vue3.0 reactive与ref :VCA模式
简介 Vue3 最大的一个变动应该就是推出了 CompositionAPI,可以说它受ReactHook 启发而来;它我们编写逻辑更灵活,便于提取公共逻辑,代码的复用率得到了提高,也不用再使用 mixin 担心命名冲突的问题。 ref 与 reactive…...
项目实战 | 使用Linux宝塔面板搭建商城公众号小程序基础框架
项目实战 | 使用Linux宝塔面板搭建商城公众号&小程序基础框架 1. 小程序/公众号运行的必备条件2. 准备阿里云ECS主机3. 宝塔面板基本配置4. 通过宝塔面板安装相关服务5. 新建站点并进行初始配置6. 服务配置6.1. PHP配置6.2. 数据库配置6.3. Redis配置6.4. 消息队列Supervis…...
docker详细操作--未完待续
docker介绍 docker官网: Docker:加速容器应用程序开发 harbor官网:Harbor - Harbor 中文 使用docker加速器: Docker镜像极速下载服务 - 毫秒镜像 是什么 Docker 是一种开源的容器化平台,用于将应用程序及其依赖项(如库、运行时环…...
阿里云ACP云计算备考笔记 (5)——弹性伸缩
目录 第一章 概述 第二章 弹性伸缩简介 1、弹性伸缩 2、垂直伸缩 3、优势 4、应用场景 ① 无规律的业务量波动 ② 有规律的业务量波动 ③ 无明显业务量波动 ④ 混合型业务 ⑤ 消息通知 ⑥ 生命周期挂钩 ⑦ 自定义方式 ⑧ 滚的升级 5、使用限制 第三章 主要定义 …...
JavaScript 中的 ES|QL:利用 Apache Arrow 工具
作者:来自 Elastic Jeffrey Rengifo 学习如何将 ES|QL 与 JavaScript 的 Apache Arrow 客户端工具一起使用。 想获得 Elastic 认证吗?了解下一期 Elasticsearch Engineer 培训的时间吧! Elasticsearch 拥有众多新功能,助你为自己…...
.Net框架,除了EF还有很多很多......
文章目录 1. 引言2. Dapper2.1 概述与设计原理2.2 核心功能与代码示例基本查询多映射查询存储过程调用 2.3 性能优化原理2.4 适用场景 3. NHibernate3.1 概述与架构设计3.2 映射配置示例Fluent映射XML映射 3.3 查询示例HQL查询Criteria APILINQ提供程序 3.4 高级特性3.5 适用场…...
【机器视觉】单目测距——运动结构恢复
ps:图是随便找的,为了凑个封面 前言 在前面对光流法进行进一步改进,希望将2D光流推广至3D场景流时,发现2D转3D过程中存在尺度歧义问题,需要补全摄像头拍摄图像中缺失的深度信息,否则解空间不收敛…...
OpenPrompt 和直接对提示词的嵌入向量进行训练有什么区别
OpenPrompt 和直接对提示词的嵌入向量进行训练有什么区别 直接训练提示词嵌入向量的核心区别 您提到的代码: prompt_embedding = initial_embedding.clone().requires_grad_(True) optimizer = torch.optim.Adam([prompt_embedding...
现有的 Redis 分布式锁库(如 Redisson)提供了哪些便利?
现有的 Redis 分布式锁库(如 Redisson)相比于开发者自己基于 Redis 命令(如 SETNX, EXPIRE, DEL)手动实现分布式锁,提供了巨大的便利性和健壮性。主要体现在以下几个方面: 原子性保证 (Atomicity)ÿ…...
【 java 虚拟机知识 第一篇 】
目录 1.内存模型 1.1.JVM内存模型的介绍 1.2.堆和栈的区别 1.3.栈的存储细节 1.4.堆的部分 1.5.程序计数器的作用 1.6.方法区的内容 1.7.字符串池 1.8.引用类型 1.9.内存泄漏与内存溢出 1.10.会出现内存溢出的结构 1.内存模型 1.1.JVM内存模型的介绍 内存模型主要分…...
【Linux】Linux安装并配置RabbitMQ
目录 1. 安装 Erlang 2. 安装 RabbitMQ 2.1.添加 RabbitMQ 仓库 2.2.安装 RabbitMQ 3.配置 3.1.启动和管理服务 4. 访问管理界面 5.安装问题 6.修改密码 7.修改端口 7.1.找到文件 7.2.修改文件 1. 安装 Erlang 由于 RabbitMQ 是用 Erlang 编写的,需要先安…...
TCP/IP 网络编程 | 服务端 客户端的封装
设计模式 文章目录 设计模式一、socket.h 接口(interface)二、socket.cpp 实现(implementation)三、server.cpp 使用封装(main 函数)四、client.cpp 使用封装(main 函数)五、退出方法…...
