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تكنولوجيا الجيل الخامس بشكل مبسط يسهل فهمه باللغة العربية
Introduction to IMT-2020 and 5G use cases
3GPP Releases timeline
NR Deployment options (2,3,3a,3x,4,4a,5,7,7a,7x)
Cloud RAN and Base station deployment options
5G Core Architecture
Reference Point/Service Based architecture
5G Core Network Functions
PDU Session and DNN
How the GTP-U tunnel operates
Explain some of PCF different policies
NF Registration and Service Discovery Procedures
5G Globally Unique Temporary Identifier
Stateful and Stateless Versions of UDM
User Plane protocol stack
Control Plane protocol stack
Why NR has introduced a new SDAP layer
Comparison between 4G & 5G versions of PDCP
Robust Header Compression (RoHC)
RLC Operation Modes
NR RRC enhancements
SI On-demand broadcast
PDU Session Data Types
What is 'Anchor UPF'
Different GTP-U tunnels per PDU Session
QoS parameters / QoS characteristics
QoS Flow definition and Categories
How 5G QoS is applied in DL and UL
4G EPS Bearer Vs 5G PDU Session
Always-on PDU session
Network Slice Selection Function (NSSF)
Why Network Slicing become a 5G Key technology
UE Route Selection Policy (URSP)
Network Slice instances
N3IWF or TNGF functions for non-3GPP Access Network
Why gNB may consist of multiple CU-UPs
NSSAI categories
Simplified signaling procedures to establish UP connectivity to a Data Network via a Network Slice instance
Example of how UE assisted network slice selection works
Network slices within Visited & Home PLMN
5G NR Spectrum
Channel bandwidths for each 3GPP NR band
Which band is optimum to deploy a 5G network
Duplex modes
Supplementary Uplink/Downlink (SUL/SDL)
LTE and NR Spectrum Sharing
Why Band Combinations are required
Characteristics associated with mm wave propagation
4G Vs 5G Effective Channel BW
5G Multiple Access
Factors of NR waveforms assessment and selection
How PAPR effects the power amplifier
OFDMA Transmitter and Receiver Chain
How the Delay spread determine the CP length
Spatial/Space Division Multiple Access
5G NR numerology definition
Cyclic prefix (NCP, ECP)
3GPP numerology combinations with Deployment scenarios examples
5G NR radio frame and slots per subframe
3GPP Slot formats and examples of combining SFs
Self-contained slot and Mini-slot
4G RB Vs 5G RB definition
Point A , CRB grids and Physical resource blocks
When the UE knows the position of Point A
Parameters associated with NR carrier, NR BWPs
How bandwidth parts support different services
UE Measurement Gap patterns
Why NR introduced Bandwidth parts
BWP Types and use cases
BWP Activation/Deactivation and Switching
Bandwidth part procedures
Different options of zero-index BWP configuration
Passive Vs Active antenna architecture
How combined HBF and VBF can be achieved
What is FD-MIMO
Factors impact the Antenna array performance
Planar array definition
Antenna panel’s gain for different mMIMO config
The physical size of an antenna array
How Beamforming being realized
Beamforming types and benefits
Higher order MIMO and beamforming relationship
MIMO different gains
Why MIMO relies upon having independent paths
How the CSI is being used along CL MIMO
Massive MIMO Key Enablers
Active-Passive Antenna (APA)

5G NR in ARABIC BULLETs تم تصميم هذا الكورس ليكون انطلاقه لسلسله من الكورسات التي تهدف لشرح تكنولوجيا الجيل الخامس بشكل مبسط يسهل فهمه و ذللك بسرد المعلومات في نقاط و سطور بجانب الاستعانة بكثير من الأمثلة و التطبيقات العملية و التي سوف يظهر جزء منها في فيديو المقدمة. يضم هذا الكورس على كم كبير من المعلومات التي تم توزيعها على عشر محاضرات، زمن كل محاضره حوالي 30 دقيقه. هدفي ان يكتسب المتدرب اكبر قدر من المعلومات في اقل وقت ممكن لذلك سوف تشعر وكأنك جندي في مشروع حرب وبيتم استهدافك بطلقات من المعلومات المفيدة، و كذلك يعتبر مرجع سريع لكل من سنحت له الفرصة و تقدم لفرصة عمل في مجال شبكات الجيل الخامس.

ارجوا التكرم والاطلاع على What you will learn ? قبل البدء في عملية التسجيل وذلك لمعرفة الخطوط العريضة للمحتوي العلمي. وأخيرا اتمني لكم مشاهدة ممتعه وتجربة تعليمية شيقة

5G NR in ARABIC BULLETs course was designed to be the kick-off of a series of courses that aim to explain the fifth-generation technology in a simple and easy-to-understand manner, by listing the information in points and lines, as well as using many examples and practical applications, which will partially appear along with the introduction video. This course includes a large amount of information that has been distributed to ten lectures, each lecture lasting about 30 minutes. My goal is for the trainee to acquire the largest amount of information in the shortest time possible, so you will feel as if you are a soldier in a war project and you will be targeted with shots of useful information, and it is also a quick reference for everyone who has the opportunity and offered an interview in 5G networks.

Please kindly see what you will learn? Before starting the registration process to find out the outlines of the scientific content. Finally, I wish you a pleasant viewing and an interesting learning experience.

You can view and review the lecture materials indefinitely, like an on-demand channel.
Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don't have an internet connection, some instructors also let their students download course lectures. That's up to the instructor though, so make sure you get on their good side!
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