![]() ![]() Relationship Between Antenna Subarrays and CSI portsįlow Diagrams for Downlink Single User MIMO Proceduresġ. Why Use TDD with Large Number of Antenna Ports? What is Channel State Information (CSI) Report & its Calculation in FDD and TDD? Why Channel State Information (CSI) in Important? ![]() Why DL-MU-MIMO is Limited to Maximum 16 Layers? Introduction to MIMO, Beamforming and Massive MIMOĨT8R & 64T64R Configurations in 5G Active Antenna System (AAS)Ĭomparison of Antenna Sizes in Sub 6 GHz & mmWaveĪntenna Configurations for Different RF Planning Scenarios Section 3:Massive MIMO And Beam Forming in 5G Why Lower Numerology-SCS for Larger Cell Size Modulation and the Coding Schemes (MCS) in 5G Slot Formats and Slot Format Indicators (SFI) in 5G Section 2: 5G Radio (Wireless) Access Technology (RAT)īasics of Orthogonal Frequency Division Multiplexing (OFDM)ĥG Flexible Numerology and Frame StructureĥG Resource Block (RB) and Resource Element (RE)ĥG FDD TDD Modes-SUL and SDL Frequency Bands Main Components of a 5G Network ArchitectureĥG Use Cases Mapped to Difference Usage Scenarios 5G New Radio is able to provide high bandwidth communication for the transmission of streaming services as well as low latency services. In this way 5G was designed to be able to ensure the optimum use of the available spectrum, whether it is licensed, shared or unlicensed, and achieve this across a wide variety of spectrum bands. The 5G New Radio standards developed by 3GPP is intended to significantly improve the performance, flexibility, scalability and efficiency of mobile networks. In this course you will have an in-depth understanding about 5G Radio Access Network (RAN) based upon the 3rd Generation Partnership Project (3GPP) standard and specifications. The other interested parties are requested to send an e-mail to a contact person in the sidebar.5G NR ( New Radio) is a new Radio Access Technology (RAT) developed by 3GPP for the 5G mobile networks. Update: In 2023, the course will be open to employees of companies on and also outside the TU/e Campus.įor interested parties with a TU/e account via the link in the sidebar. Participants from outside the TU/e pay € 1650, - free of VAT Participants from within the TU/e pay € 850, - free of VAT The required prior knowledge of mathematics can be retrieved in an extra training The program consists of seven plenary sessions in the morning (4 lecture hours), followed by a three practical sessions for which the appointments will be made individually. Discussion of the theory takes place in the form of lectures, tutorials and with the help of the computer program StraDos. ![]() Sufficient result for the computer-controlled exam (StraDos). To obtain the diploma, the following is required:Īttendance at 80% of meetings and active participation in practical exercises. In the past, these radiation protection courses were offered as a level 5A course, intended for those working exclusively with X-ray machines or sealed sources, or level 5B, which also focuses on working with open radioactive materials.ĭuring the course, use is made of the computer-controlled learning environment StraDos (in Dutch) and the book "Practical Radiation Protection". The TU/e is recognized by the government (ANVS) as an institution for training in the field of radiation protection as referred to in Article 5.11 (1) of the Radiation Protection Decree (Dutch: Besluit basisveiligheidsnormen stralingsbescherming) (see the Nuclear Energy Act). On the level of the Radiation Protection Officer (RPO), the SBD-TU/e will take care of the following variants: radioactive substances level D (TMS-VRS-D), accelerators level D (TMS-VER-D) and measurement and control applications (TMS-M&R). The course is particularly intended for persons who supervise working with ionizing radiation and who need to be trained as a radiation protection supervisor (TMS). The Basic Radiation Protection course is intended for those who are confronted with X-ray equipment, accelerators or radioactive substances in their daily work. ![]()
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