Talk 1: 3GPP standardization procedures are a systematic framework for developing global telecommunication standards, particularly for mobile systems. The standardization process begins with the identification of requirements, followed by the drafting of technical specifications and reports by Technical Specification Groups (TSGs) and Working Groups (WGs). These groups focus on different aspects of mobile communication technology, such as radio access, core networks, and service capabilities. The iterative process includes proposal submission, consensus-building, and rigorous validation phases to ensure interoperability, performance, and future-proofing of mobile technologies. The outcomes are published in the form of Technical Specifications (TS) and Technical Reports (TR), which are periodically revised and updated to adapt to technological advancements and market needs. This collaborative and structured approach ensures that 3GPP standards remain robust, globally applicable, and forward-compatible, driving innovation and consistency in the mobile communications industry. As an example 3GPP Release 18-19 standards introduce significant advancements in Self-Organizing Network (SON) technologies, focusing on Coverage and Capacity Optimization (CCO) to enhance network performance. These releases encompass a suite of procedures and algorithms designed to autonomously manage and optimize the coverage and capacity of cellular networks. Key features include dynamic adjustment of cell parameters, real-time traffic analysis, and intelligent resource allocation to address varying user demands and environmental conditions. By leveraging machine learning and advanced analytics, these standards aim to improve network efficiency, reduce operational costs, and enhance user experience. The continuous evolution of SON CCO in these releases underscores 3GPP’s commitment to facilitating more resilient and adaptive network architectures, essential for the expanding needs of modern wireless communications.

Talk 2: The capacity of 5G massive Multiple Input Multiple Output (mMIMO) networks significantly influences the design procedures of Radio Access Networks (RAN). 5G mMIMO leverages a large number of antennas at the base station to enhance spectral efficiency, data rates, and overall network capacity. RAN design procedures for 5G mMIMO involve meticulous planning and optimization of key parameters such as antenna configuration, beamforming techniques, user scheduling, and resource allocation. These procedures start with extensive channel modeling and propagation analysis to understand the spatial and temporal characteristics of the deployment environment. Advanced signal processing algorithms are employed to optimize beamforming and mitigate interference, ensuring reliable and high-capacity communication links. Capacity evaluations are performed through simulations and field trials to validate performance under various load conditions and mobility scenarios. The iterative design process incorporates feedback from these evaluations to refine network configurations and improve efficiency. This presentation is related to MCNS in-house proprietary planning project activities and procedures, accompanied with a detailed excel simulation tool to facilitate the analysis and present a practical approach on FWA MBB use case. A white paper will be distributed to the participants, as practical guide to the topic.