Professor Irving Kalet, Ariel University, Israel, and Columbia University, New York, USA, is teaching this advanced five-day course.
The goal of this course is to introduce the participant to those digital modulation methods and multiple access techniques presently in use in mobile wireless (e.g.,5G-NR), broadband wireless(e.g.,Wi-Fi6), cable, satellite, deep-space and wireline (and power-line) communications, as well as to those techniques, which are being considered for future or next generation systems, e.g., 6G, and Wi-Fi 7.
Modern digital modulation and multiple access techniques are basic building blocks of the physical (or radio) interface of all digital communication systems. We will describe many of these techniques during the course including those methods, which are being used in the newest systems including the Fifth Generation (5G-NR) cellular system, as well as ideas for modulations for 6G.
We will devote much time to OFDM -based systems including OFDM, OFDMA, S-OFDMA, and SC-FDMA, which are integral parts of 5G-NR, 4G-LTE and the IEEE 802.11 (Wi-Fi) systems.
We will place special emphasis on the new modulation standard for the physical interface of 5G-NR. This OFDM standard is based on scalable subcarrier spacing.
We will also discuss other modulations, such as "Faster Than Nyquist" (FTN) signaling, which are being considered for advanced wireless systems. Many of the modulations have been combined with MIMO, Massive MIMO, and BLAST, to improve spectral efficiency.
We will also describe the use of constant-envelope CPM modulations (e.g., GMSK), especially for present and future broadband wireless communications and space communications. All of the modulations have been, and will be, utilized in mobile and broadband wireless systems, as well as in xDSL systems, to greatly improve both bandwidth and power efficiency.
We will also devote time to a discussion of one of the most important topics in communications, Shannon Information Theory.
No payment now. We will contact you for firm registration in good time before course date.