Harmony OS Vs Android Comparison

It isn’t based on Linux kernel

The key difference between HarmonyOS and Android is that it does not include Linux at its heart. For his future operating system, Huawei has created a completely new microkernel.

Richard Yu, Chief Executive Officer of Huawei’s Consumer Division, compared HarmonyOS with Fuchsia OS, a new development based on the Zircon microkernel of Google.

A microkernel is smaller than a monolithic (like Linux) kernel, as it only contains the minimum quantity of code required to run the operating system. The Huawei microkernel has approximately 1/1000 of the number of software available in the Linux kernel because it contains only thread planning and IPC. All other services like file systems, device drivers, network drivers, etc. are running in the user area.

In these cases, IPC becomes a significant factor in the overall performance of the OS. Huawei argues that its microkernel provides up to five times as quick an IPC as Fuchsia and up to three times as fast as the QNX microkernel.

It’s NOT an Android competitor

Right now Huawei is firmly convinced that HarmonyOS does not compete with Android. They want to work on Android, but if the company is taken away from the United States (and the Android ecosystem) they can change their smartphones to HarmonyOS in a day or two.

Initially, Huawei will concentrate on introducing the OS to intelligent screens, intelligent speakers, automotive heads, etc. Huawei expects an abundance of AI, IoT, and 5 G technologies by 2025 in its lately published whitepaper. Designing an OS for such appliances appears to be a good step towards future-proofing.

So the business has developed more of a plan B. Due to the increased tension between the United States and China, Huawei is expected to go with HarmonyOS for the next Mate 30 series. The device has not yet been certified by Google Play, which is a preload requirement for Android OS and Google services.

Theoretically faster than Android

Huawei uses “Distributed OS” as a new game to sell its recent smartphone offering. To enhance its efficiency, HarmonyOS utilizes distributed task scheduling and distributed data management.

Huawei claims that its “distributed” HarmonyOS can surpass Android because Android utilizes a lot of redundant code, an obsolete planning mechanism and problems with fragmentation.

Its microkernel utilizes a fresh planning mechanism, called a “Deterministic Latency Engine,” which utilizes real-time load assessment, app features matching and projection to better assign system resources.

The firm says it has enhanced reaction latency by up to 25,7 percent and enhanced latency by 55,6 percent.

Huawei suggests that the common fair planning system of Linux treats all resources the same way and decreases efficiency, setting an example of a road. Nevertheless, the result can not be anticipated until the current OS comes into people’s hands.

No root access

Many individuals using Android get an idea of what Android rooting is and the wonders it can bring to their computers (and its havoc).

Interestingly, Huawei announced at HDC 2019 that its operating system will not support root access on devices. The general safety of the micro-kernel and devices should be improved.

Huawei also stated that it has implemented “formal techniques of verification” to enhance its microkernel safety. These are mathematical approaches used in fields such as aircraft and chipsets that are critical to safety. This offers an edge over functional verification and attack simulation that deals with a few situations.

The app war: Android is still the winner

In the middle of all this, Huawei has one large battle to win and the last winner is ultimately the app’s ecosystem. The firm that owns the app market is already owned by the smartphone sector. Google and Apple are the most important examples.

Concerning Huawei, it is attempting to attract developers to port their applications to its AppGallery alternative play store.

HarmonyOS does not support Android applications right now, but Huawei tells developers that it will be very simple. The firm has published all the necessary SDKs and instruments to assist developers in to recompile their HarmonyOS applications.

华为鸿蒙系统pk安卓系统的更多相关文章

  1. 重大消息:华为笔记本电脑开始用LINUX系统

    对华为而言,此举不失为一个明智的抉择.在手机操作系统领域,目前已被苹果的IOS系统和谷歌的安卓系统垄断.而IOS系统是封闭式,只为苹果手机使用:安卓是开放性,当谷歌与华为停止合作后.华为手机将无法使用 ...

  2. 华为 鸿蒙系统(HarmonyOS)

    HarmonyOS Ⅰ. 鸿蒙系统简介 鸿蒙系统(HarmonyOS),是第一款基于微内核的全场景分布式OS,是华为自主研发的操作系统.2019年8月9日,鸿蒙系统在华为开发者大会<HDC.20 ...

  3. 乘风破浪,遇见华为鸿蒙智能终端系统(HarmonyOS 2),打造面向全场景的分布式操作系统

    什么是鸿蒙智能终端系统(HarmonyOS 2) HarmonyOS 是新一代的智能终端操作系统,为不同设备的智能化.互联与协同提供了统一的语言.带来简洁,流畅,连续,安全可靠的全场景交互体验. ht ...

  4. 华为鸿蒙OS发布!方舟支持混合编译,终将可替换安卓?

    前言 有关于鸿蒙的消息之前也有说过,就在昨天下午,华为举行了2019开发大会,正式推出了鸿蒙os系统(Harmony).其相关负责人表示,也是基于微软内核的全场景分布式OS   鸿蒙凭借微内核的优势, ...

  5. 华为鸿蒙OS能取代安卓吗?

    先回答问题,不能,起码几年之内不存在这种可能.8月9日华为的开发者大会上,余承东说:鸿蒙是一款基于微内核的全场景分布式OS.鸿蒙OS的设计初衷是为满足全场景智慧体验的高标准的连接要求,为此华为提出了4 ...

  6. 如何获取安卓系统自带应用的package和activity

    之前在做appium自动化测试的时候,参考网上的例子,运行安卓系统自带的app,所以,就需要获取系统自带的package(包名)和activity.这里简单记录一下,不一定适合所有的系统应用. 运行环 ...

  7. 企业邮箱在Android(安卓)系统手机上POP3/IMAP协议的设置方法

    此处以三星(系统版本4.4.2)为例,介绍下使用安卓系统自带的客户端如何设置pop/imap协议方式方法 以下我们将使用test@zhuyuming.so 为测试案例,请您操作时更换成您自己的邮箱账号 ...

  8. 安卓系统源码编译系列(六)——单独编译内置浏览器WebView教程

    原文                   http://blog.csdn.net/zhaoxy_thu/article/details/18883015                 本文主要对从 ...

  9. 学习笔记:只有一套app设计稿(5s尺寸)切出4和4s尺寸以及安卓系统主流尺寸的图

    如何在只有一套app设计稿(5s尺寸)切出4和4s尺寸以及安卓系统主流尺寸的图 转自:http://www.zhihu.com/question/23255417   版权归原作者所有 目前ios手机 ...

随机推荐

  1. springboot自动装配介绍

    所谓的自动装配,就是 autowire. 如何激活自动装配呢? 方法一:@EnableAutoConfiguration或@SpringBootApplication,写在@Configuration ...

  2. 尝试用kotlin做一个app(二)

    导航条 我想实现的效果是这样的 类似于ViewPager的效果,子类导航页面可以滑动,当滑动某个子类导航页面,导航线会平滑地向父类导航移动 ·添加布局 <!--导航分类:编程语言/技术文档/源码 ...

  3. dmidecode 硬件

    dmidecode -t Memory   #查内存 Maximum Capacity: 4 GB  #最大4G         Number Of Devices: 2   #2个插槽 服务器到底能 ...

  4. C#调用C++系列二:传结构体

    这一篇记录下C#调用C++的结构体的方式来使用OpenCV的数据格式,这里会有两种方式,第一种是C#传一个结构体和图像的路径给C++,然后C++将图像加载进来,再把传进来的结构体填满即可,第二种是C# ...

  5. 微服务之docker(一)

    一.docker介绍及使用 1.docker简介 (1)Docker 是一个开源的应用容器引擎,让开发者可以打包他们的应用以及依赖包到一个可移植的容器中,然后发布到任何流行的Linux机器或Windo ...

  6. UVALive 3704 细胞自动机 矩阵快速幂

    是时候要做做数学类的题目了 这属于比较简单的矩阵快速幂了,因为有个已知的矩阵循环的结论,所以为了节约时空,只需要保留一行即可,这个稍微有点难写,也不是难写,主要是注意细节.其他的矩阵快速幂一下即可 # ...

  7. import torch 报错

    1.进入官网   https://pytorch.org/ 2.复制command到anaconda环境,即可

  8. Hough直线and圆环变换(如何检测直线、圆环)

    1.霍夫变换 2.cv2.HoughLines() 返回值就是(ρ, θ).ρ 的单位是像素,θ 的单位是弧度.这个函数的第一个参 数是一个二值化图像,所以在进行霍夫变换之前要首先进行二值化,或者进行 ...

  9. Vue.js——5.生命周期

    Vue的生命周期 创建阶段new Vue1,beforeCreate() 表示在实例没有被创建出来之前会执行它加载data和methods2,caeated() data 和methods被初始化了 ...

  10. html_js_jq_css

    // ----- JQ $(function(){$(div').bind('mouseout mouseover', function () {// 移入和移出分别执行一次alert('bind 可 ...