4G is the most recent advancement in network technology, and it is responsible for connecting millions of smartphones to the internet. However, how does it operate in practice?
This course will help you understand the technology behind the apps and devices we use daily. It is ideal for engineers, sales engineers, app developers, and many other professionals working in the telecom industry.
You will be provided with a comprehensive introduction to LTE/EPC (Long Term Evolution/Evolved Packet Core) 4G networks, including how these networks operate, how their 4G LTE network architecture is designed, and the protocols implemented.
First, you will become familiar with the overall architecture of the network, including how the radio interface is implemented and how the network’s security is maintained.
After that, you will begin to delve into the operational aspect. Who exactly is this bearer? How is it rapidly configured and made available to users? How does fourth-generation (4G) wireless handle the fact that millions of terminals are constantly in motion?
The introduction of 5G will cause more than 20 billion mobile terminals to connect to the internet in the next few years.
If you can master the fundamental ideas behind 4G, you will be prepared for the next stage of mobile networking as well as the jobs of the future.
You will acquire a great deal of specific, hands-on knowledge that you can immediately put into practice, regardless of whether you are a graduate student or are already working in a professional capacity. This is beneficial whether you are looking to make a career change or are simply looking to improve your skills.
Here is what you can expect to pick up.
● Ignore what it is that you will learn.
● Explain how 4G networks work, as well as their physical architecture.
● Describe the process by which the operators of telecommunications networks safely give mobile users a permanent IP address.
● Conduct research on the attachment, location updating, and handover processes within a 4G network.
● Determine which transport and control functions are present in a 4G network. Determine the cause of the problem with the network service.
Having an impact on the future
Neither technological advancement nor the upheaval it inevitably brings about can be considered an exogenous force beyond the control of humans. Because of the choices that we as citizens, consumers, and investors make regularly, we are all jointly accountable for directing its development in the direction it should go. As a result, we ought to make the most of the opportunity and the power we have at our disposal to mold the Fourth Industrial Revolution and direct it toward a future that is congruent with our shared goals and principles.
Conclusion:
People and their principles are what ultimately matter the most. Putting people first and giving them agency is necessary if we craft a future that will benefit all of us. It is possible that the Fourth Industrial Revolution, in its most pessimistic and dehumanised form, has the potential to “robotise” humanity, thereby robbing us of our hearts and souls. This is the most cynical and degraded form of the Fourth Industrial Revolution.
However, when combined with the most admirable aspects of human nature, such as creativity, empathy, and stewardship, it has the potential to usher humanity into a new collective and moral consciousness that is founded on a sense of shared destiny. It is our collective responsibility to make sure that the latter outcome comes out on top.