Top 100 Essential Terms in Telecommunication

Most important keys, KPIs, Terms, and metrics in telecomuncation world should any one in the field know

What you'll learn
- be familar with the most important terms you should know in telecommunication
- be aware of some mechanisms and processes in telecommunication
- open your mind into a new concepts you can search it deeply after
- simplify communication and correct some wrong Perceptions

Requirements
- no thing you need to know you only need to record what you understand with your own style

Description
Any communications system consists of three main components: the transmitter, the receiver, and the transmission medium. This medium can be vacuum, copper cables, or optical fibers. In this course, we will discuss the 100 most common terms in communications systems. Some of these terms relate to the transmitter and receiver, some to the medium, some to the signal itself, some to the antenna, and some to the entire system.

This course is presented in an interesting and non-boring way. We use illustrations, images, and animation to bring the meaning closer to the viewer, as if they were actually seeing it.

Whatever your work in the field of communications, you will need these terms, whether you work as an RF engineer, microwave transmission engineer, Fiber Optics engineer, antenna design engineer, maintenance engineer, electronic and communication student, RF circuit design engineer, technician, or even an academic.

This course tends to  :

1- Please familiarize yourself with the key terms essential in telecommunication.

2- Make you aware of some mechanisms and processes in telecommunication.

3- Be open to new concepts, and you can explore them in depth later.

4- simplify communication and correct some wrong perceptions.

5- A powerful entrance to any track in the communication system.

Course content in order :

Frequency - wavelength - phase - spectrum - Harmonics - baseband signal - carrier frequency - decible - channel - bandwidth - propagation delay - latency - jitter - multipath - delay spread - coherence - interference - attenuation - fading - fading margin - shadowing - Doppler shift -  pathloss - link budget - equalization - coverage  - coverage probability - Handover - Erlang - capacity - utilization - throughput - TDMA - FDMA - Orthogonal - CDMA - OFDM -  dispersion - fibermodes - Tx power - sensitivty  - dynamic range - impedance matching - Return loss - Noise figure - SNR - SNIR - mean - variance - standard deveiation - BER - BLER - correlation - mutual information - power effeciency - spectral effeciency - PSD - PDF - duty cycle - modulation - synchronization - broadcasting  - isotropic antenna  - antenna gain  - polarization - radiation pattern - VSWR - Elevation - azimuth  - tilting  - beamwidth - directivity -  MIMO - beamforming - diversity - protocol  - layer - resources - hemogenous  - passive components - active components - circuit switching - packet switching - Mean Opinion score MOS - quality of experience - availability - reliability - scalability - interoperability - flexibilty - upgradability - sustainability - redundancy - resilience - authentication - authorization -  IMSI - IMEI - selectivity - integrity.

Although this course is small, it is packed with information that cannot be absorbed in a day or even a week, so take your time watching the course to achieve the maximum possible benefit.

Kindly share it with your colleagues.

Who this course is for:
- Whatever your work in the field of communications, you will need these terms, whether you work as an RF engineer, microwave transmission engineer, fiber optics engineer, antenna design engineer, maintenance engineer, electronic and communication student, RF circuit design engineer, technician, or even an academic.
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