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شبكات الكمبيوتر
2 students

شبكات الكمبيوتر

Welecome in Computer Networks course , this course made in arabic and translated to English to more understanding.
Last updated 7/2024
Arabic

What you'll learn

  • Networks, networks around us, their purpose, general definition of networks, definition of computer networks, connection media, protocol, computer protocol,
  • of connecting computers through networks, network components, classifications of network types, topology, considerations for choosing network type, network typ
  • the path network and its components and operation, the star network and its components and operation, the tree network and its components and operation,
  • the mesh network and its components and operation, scalability according to geographical expansion, LAN network: its components, features, and drawbacks
  • WAN network: its components, features, and drawbacks, methods of data transmission over the network, token passing as a network formation method
  • MAN network: its components, features, and drawbacks,
  • token passing as a network formation method, token passing, broadcast method, internet networks, basic types of networking in the internet,
  • network devices: network interface cards (NIC), their characteristics, operation, and functions,
  • external network devices, router: its operation, features, and drawbacks, hub: its operation, features, and drawbacks, bridge/switch: its operation, features,
  • router: its operation, features, and drawbacks, access point: its operation, features, and drawbacks, modem: its operation, features, and drawbacks
  • Switch/hub: its operation, features, and drawbacks, bridge/switch: its operation, features, and drawbacks,
  • access point: its operation, features, and drawbacks, modem: its operation, features, and drawbacks
  • network security devices: firewall: its operation, features, and drawbacks, IDS (Intrusion Detection System): its operation, features, and drawbacks
  • IPS (Intrusion Prevention System): its operation, features, and drawbacks
  • Data transmission media: types of media and their characteristics. Coaxial cable: STP cable. UTP cable. Optical fibers: their advantages and disadvantages.
  • Coaxial cable: STP cable. UTP cable. Optical fibers: their advantages and disadvantages. Wireless media: its purpose. Data transmission wishes
  • Data transmission wishes. OSI model: definition of OSI model. Its history. Its components. Its layers. Operation of each layer
  • Three-way handshake. Operation of OSI model. Encapsulation operations. Encapsulation techniques. Summary of OSI model operation
  • Comparison between TCP and UDP protocols in an expanded manner. The protocols that collaborate with them. Their characteristics and differences.

Course content

3 sections • 8 lectures • 1h 22m total length
  • Important vocabulary5:29

    في هذا الدرس سنتعلم معنى الشبكات من حولنا 

    وشبكات الحاسوب خصيصا

    ...

    بعد الدرس ستكون قادرا على الاجابة عن الاسئلة التالية :

    اذكر مثالا للشبكات من محيطك

    عرف الشبكه ؟

    ماهي شبكات الحاسوب ؟

    وماهو عمل وسائل الربط ؟

    ماهو البروتوكول ؟

    ماهي بروتوكولات الحاسوب ؟

    وفيه سنتعمق اكثر في معرفة طبيعة الشبكات والهدف منها

    بعد الدرس ستكون قادرا على الاجابة عن الاسئلة التالية

    ما هي اهداف ربط الحواسيب في شبكات ؟

    اشرح كيف ان الشبكات تقوم بعمل توفير  اقتصادي للكيان ؟

    ما هي مكونات الشبكات ؟

    مع ذكر مثال للمكون الأول

    عرف التوبولوجيا ؟

    ماهي معايير اختيار نوع الشبكة ؟

    سنتعرف على انواع الشبكات حسب التوبولجيا

    بعد الدرس ستكون قادرا على الاجابة عن الاسئلة التالية

    1- عدد انواع شبكات الكمبيوتر ؟


    2- لماذا تسمى شبكة الناقل المساري بشبكة bus network ؟

    3- ما هي مميزات كل نوع شبكة وعيوبه؟

    4- اكتب ما تعرفه عن token passing ؟


  • اختبار

Requirements

  • Basic computer skills

Description

In this course you will learn Networks, networks around us, their purpose, general definition of networks, definition of computer networks, connection media, protocol, computer protocol, objectives of connecting computers through networks, network components, classifications of network types, topology, considerations for choosing network type, network types based on topological classification, the path network and its components and operation, the star network and its components and operation, the tree network and its components and operation, the mesh network and its components and operation, scalability according to geographical expansion, LAN network: its components, features, and drawbacks, and MAN network: its components, features, and drawbacks, and WAN network: its components, features, and drawbacks, methods of data transmission over the network, token passing as a network formation method, token passing, broadcast method, internet networks, basic types of networking in the internet, systems compatible with internet networking, network devices: network interface cards (NIC), their characteristics, operation, and functions, external network devices, router: its operation, features, and drawbacks, hub: its operation, features, and drawbacks, bridge/switch: its operation, features, and drawbacks, switch/hub: its operation, features, and drawbacks, router : its operation, features, and drawbacks, access point : its operation, features, and drawbacks, modem: its operation, features, and drawbacks, network security devices: firewall: its operation, features, and drawbacks, IDS (Intrusion Detection System): its operation, features, and drawbacks, IPS (Intrusion Prevention System): its operation, features, and drawbacks. Data transmission media: types of media and their characteristics. Coaxial cable: STP cable. UTP cable. Optical fibers: their advantages and disadvantages. Wireless media: its purpose. Data transmission wishes. OSI model: definition of OSI model. Its history. Its components. Its layers. Operation of each layer. Three-Way Handshake. Operation of OSI model. Encapsulation operations. Encapsulation techniques. Summary of OSI model operation. Comparison between TCP and UDP protocols in an expanded manner. The protocols that collaborate with them. Their characteristics and differences. The layers that work with them and examples of their operation.

Who this course is for:

  • Begginers