Overview

Ready to use 4G and 5G labs for students

Set of practical and interactive laboratory exercises, accelerating the learning process on 4G and 5G wireless technologies. They are implemented in Matlab and Octave.

We deliver it under the Academy brand or white-label it depending on the university’s needs.

Each exercise consists of PDF instruction (including a theoretical introduction with references for further reading and tasks for students) and Matlab/Octave scripts with predefined simulation scenarios.

The University labs are primarily targeted at research and educational institutions such as universities and training companies. University research pack include predefined laboratory classes guiding the student from fundamental wireless aspects such as radio propagation or OFDM modulation up to more advanced topics such as MIMO and M2M.

A wide range of laboratory exercises allows a student to familiarize with both link and network level aspects of 4G/5G systems.

Link-level laboratory exercises focus on the transmitting and receiving PHY procedures for both eNB and UE. The processing blocks used for the PHY layer exercises are presented below:

Figure processing blocks diagram PHY layer exercises

Network-level laboratory exercises focus on dynamic behavior of Heterogeneous Network, including MAC layer procedures, propagation and mobility models, packet traffic analysis and transmission statistics. When performing system level simulations, the physical layer is abstracted as shown below:

Figure diagram physical layer abstraction network level exercises

Specifications

Classes available:

  • Labcase 1 OFDMA SCFDMA transmitter in LTE and NR Systems
  • Labcase 2 Radio Frame (PHY) Generation in LTE System
  • Labcase 3 Radio Conditions and System Environment in LTE System
  • Labcase 4 MIMO Processing in LTE and NR Systems
  • Labcase 5 Scheduling Algorithms in the LTE System
  • Labcase 6 Physical signals generation_in the LTE and NR System
  • Labcase 7 OFDMA Receiver in LTE System
  • Labcase 8  Introduction to Random Access Procedure for MTC in LTE System

Each lab consists of:

  • PDF document providing the theoretical introduction to the subject as well as the description and instructions for the predefined set of exercises
  • Matlab or Octave scripts supporting the software configuration and providing a base implementation for the experimentations within each exercise

Licensing: various options available including multi seat licenses

Examples

Screenshot Matlab Frame structure

Figure 6. Labs: Frame structure.

Screenshot Matlab OFDM modulation

Figure 7. Labs: OFDM modulation.

Screenshot Matlab Synchronization signals

Figure 8. Labs: Synchronization signals.

Screenshot Matlab Propagation figure

Figure 9. Labs: Propagation.

Screenshot Matlab MTC analysis

Figure. 10. Labs: MTC analysis.

Download the example exercise

Contact us

We would be excited to learn about your technical needs. To receive more information about our products, please contact us at [email protected].


.