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所在平台: Udemy |
课程主页: https://www.udemy.com/course/gns3-eve-ng-and-packet-tracer-arabic-version/
课程评论：没有评论
课程名称：gns3-eve-ng-and-packet-tracer-arabic-version 课程概述： 本课程旨在教导学员如何使用各种网络仿真与模拟软件建立虚拟网络，以满足学习和理解网络概念及不同设备的需求。课程将涵盖以下几个重要软件的使用与实操： 1. Cisco Packet Tracer 2. GNS3 3. EVE-NG 4. NETSIM 通过这些软件，学员能够创建自己的虚拟“网络世界”，以探索、实验并讲解网络概念和技术。Packet Tracer提供了一个有效的互动环境，适合学习网络协议与概念。GNS3作为网络软件仿真器，可以将虚拟和真实设备结合使用，模拟复杂的网络环境。EVE-NG则为网络、安全和DevOps专业人士提供了一个无客户端的多供应商网络仿真软件，帮助他们在网络世界中获得更多机会。 课程还将教授学员如何解决在安装和配置GNS3时可能遇到的问题。模拟器和仿真器虽然用途相似，但工作原理存在本质差异，课程中也会对此进行解读。 祝您学习愉快！
تعلم بناء شبكات الكنبيوتر باستخدام البرامج المحاكاة المختلفة تساعدك هذه البرامج لبناء شبكات افتراضية لاغراض التعلم وفهم مفاهيم الشبكات والاجهزة المختلفة المستخدمة.سوف نتعلم في الكورس مجموعة من أهم هذه البرامج التي سوف تساعدك على ممارسة مختلفة الشبكات والاجهزة.:سوف يتم شرح كلا من البرامج التاليه1. Cisco Packet Tracer2. GNS33. EVE-NG4. NETSIM وايضا سوف يتم شرح كيفية تخطي المشاكل المتعلقة في تحميل وضبط اعدادات برنامج GNS3.مع كل التوفيقIn this course, you will learn how to set up and install different types of network emulators and simulators to use them for network labs.- Packet Tracer offers an effective, interactive environment for learning networking concepts and protocols. Most importantly, Packet Tracer helps students and instructors create their own virtual "network worlds" for exploration, experimentation, and explanation of networking concepts and technologies- Graphical Network Simulator-3 (shortened to GNS3) is a network software emulator first released in 2008. It allows the combination of virtual and real devices, used to simulate complex networks. It uses Dynamips emulation software to simulate Cisco IOS.- EVE- NG is an Emulated Virtual Environment For Network, Security, and DevOps Professionals. EVE-NG is a clientless multivendor network emulation software that empowers network and security professionals with huge opportunities in the networking world.Those will help you to learn by practicing and testing real networks and designs.The the fact that simulators and emulators both serve similar purposes does not mean that they work in identical ways. There are essential differences between them.A simulator is designed to create an environment that contains all of the software variables and configurations that will exist in an app's actual production environment. In contrast, an emulator attempts to mimic all of the hardware features of a production environment and software features. To achieve this, you typically need to write an emulator using assembly language However, simulators do not attempt to emulate the actual hardware that will host the application in production. Because simulators create only software environments, they can be implemented using high-level programming languages.In a sense, then, you can think of emulators as occupying a middle ground between simulators and real devices. Whereas simulators only mimic environment features that can be configured or defined using software, emulators mimic both hardware and software features.
