BEGIN:VCALENDAR VERSION:2.0 PRODID:IEEE vTools.Events//EN CALSCALE:GREGORIAN BEGIN:VTIMEZONE TZID:Europe/Lisbon BEGIN:DAYLIGHT DTSTART:20210328T020000 TZOFFSETFROM:+0000 TZOFFSETTO:+0100 RRULE:FREQ=YEARLY;BYDAY=-1SU;BYMONTH=3 TZNAME:WEST END:DAYLIGHT BEGIN:STANDARD DTSTART:20201025T010000 TZOFFSETFROM:+0100 TZOFFSETTO:+0000 RRULE:FREQ=YEARLY;BYDAY=-1SU;BYMONTH=10 TZNAME:WET END:STANDARD END:VTIMEZONE BEGIN:VEVENT DTSTAMP:20211206T150444Z UID:99B43AEF-F3C9-4C3B-975D-2DF4B389085E DTSTART;TZID=Europe/Lisbon:20210210T090000 DTEND;TZID=Europe/Lisbon:20210210T163000 DESCRIPTION:This event is a tutorial Day on “Simulation Tools for 5G New Radio”\n\nThe morning Session will be on “5G New Radio simulations wit h ns-3”\, presented by Lorenza Giupponi\, form CTTC\, while the afternoo n session will be on “Understanding the 5G-air-simulator: A tutorial on design criteria\, technical components\, and reference use cases”\, by G iuseppe Piro and Sergio Martiradonna\, from Politecnico di Bari.\n\nAbstra cts and content are below.\n\nMORNING SESSION - 5G New Radio simulations w ith ns-3\n\nAbstract and covered topics: This tutorial is designed as an i ntroduction to the 5G New Radio modules of ns-3. By the end of the session \, participants should have a basic understanding of the scope of the 5G N ew Radio module in ns-3\, and of the capability that the module and its br anches can offer.\n\nThe following elements are planned to be covered:\n\n • Basics of 3GPP NR at PHY and MAC\n• Evolution across releases\n• N R model overview & architecture\n• Modeling assumptions\n• Channel mod el and antenna models\n• NR Radio Protocol Stack model\n• PHY model\n • HARQ\n• MAC models\n• MAC Scheduler models\n• RLC and PDCP proto col models\n• RRC model\n• Other branches\n\nAFTERNOON SESSION - Under standing the 5G-air-simulator: A tutorial on design criteria\, technical c omponents\, and reference use cases\n\nAbstract and covered topics: The 5G air interface\, also known as New Radio\, is providing a significant tran sformation in the mobile network landscape. It introduces flexible and het erogeneous capabilities to harmoniously blend numerous technical component s since a variety of advanced services are being developed\, each one enta iling different requirements. Nonetheless\, the effective management of su ch a broad diversity is a challenging task to accomplish.\n\nAs is well kn own\, computer simulations are relentlessly engaged in the pursuit of exis ting research questions on how to design\, evaluate\, and optimize emergin g communication technologies. In this context\, the 5G-air-simulator aims to represent a significant step forward for the 5G simulation tools scene. \n\nIn particular\, 5G-air-simulator is an open-source and event-driven to ol modeling the key elements of the 5G air interface from a system-level p erspective. It implements several network architectures with multiple cell s and users\, different mobility and application models\, a calibrated lin k-to-system model for physical and data-link layers\, and a wide range of features standardized for both control and user planes\, as well as a set of technical components recently designed for the 5G air interface (such a s massive Multiple Input Multiple Output\, extended multicast and broadcas t transmission schemes\, predictor antennas\, enhanced random access proce dure\, and NB-IoT). Moreover\, it allows a flexible configuration\, arrang ement\, and extension of its capabilities to model both new scenarios and new technical components\, hence supporting advanced studies willing to ad dress the research questions emerging from the deployment of current and u pcoming mobile systems.\n\nThis tutorial will first present 5G-air-simulat or and its general-purpose features. Then it will describe a series of sim ulation campaigns for typical 5G scenarios\, recently investigated in scie ntific literature and European projects. Moreover\, it will explain the sy ntax used to perform some simulations\, as well as the steps to extract th e main KPIs\, in order to facilitate an immediate usage of 5G-air-simulato r.\n\nOrganized by:\n\nTeamUp5G MSCA ITN/ETN\nVTS Portugal Chapter\nConfTe le 2021\nRTCM\n\nSpeaker(s): Lorenza Giupponi\, and Biljana Bojovic\, Mobi le Networks Department\, CTTC\, Spain\, Giuseppe Piro\, and Sergio Martira donna\, Telecommunication at Politecnico di Bari \n\nAgenda: \n9:00 – 12 :30 Morning Session\n\n14:00-16:30 Afternoon Session\n\nLisbon\, Lisboa\, Portugal\, Virtual: https://events.vtools.ieee.org/m/258585 LOCATION:Lisbon\, Lisboa\, Portugal\, Virtual: https://events.vtools.ieee.o rg/m/258585 ORGANIZER:rado@fct.unl.pt SEQUENCE:7 SUMMARY:Tutorial Day on “Simulation Tools for 5G New Radio” URL;VALUE=URI:https://events.vtools.ieee.org/m/258585 X-ALT-DESC:Description: <br /><p>This event is a tutorial Day on &ldquo\;Si mulation Tools for 5G New Radio&rdquo\;<br /><br />The morning Session wil l be on &ldquo\;5G New Radio simulations with ns-3&rdquo\;\, presented by Lorenza Giupponi\, form CTTC\, while the afternoon session will be on&nbsp \;&ldquo\;Understanding the 5G-air-simulator: A tutorial on design criteri a\, technical components\, and reference use cases&rdquo\;\, by Giuseppe P iro and Sergio&nbsp\;Martiradonna\, from Politecnico di Bari.<br /><br />A bstracts and content are below.<br />&nbsp\;<br /><br /><strong>MORNING SE SSION - &nbsp\;5G New Radio simulations with ns-3&nbsp\;</strong><br /><br /><strong>Abstract and covered topics</strong>: &nbsp\;This tutorial is d esigned as an introduction to the 5G New Radio modules of ns-3. &nbsp\;By the end of the session\, participants&nbsp\;should have a basic understand ing of the scope of the 5G New Radio module in ns-3\, and of the capabilit y that the module and its branches can offer.<br /><br />The following ele ments are planned to be covered:&nbsp\;<br /><br /></p>\n<div>&bull\; Basi cs of 3GPP NR at PHY and MAC</div>\n<div>&bull\; Evolution across releases </div>\n<div>&bull\; NR model overview &amp\; architecture</div>\n<div>&bu ll\; Modeling assumptions</div>\n<div>&bull\; Channel model and antenna mo dels</div>\n<div>&bull\; NR Radio Protocol Stack model</div>\n<div>&bull\; PHY model</div>\n<div>&bull\;&nbsp\;HARQ<br /> &bull\;&nbsp\;MAC models<b r /> &bull\;&nbsp\;MAC Scheduler models<br /> &bull\;&nbsp\;RLC and PDCP p rotocol models<br /> &bull\;&nbsp\;RRC model</div>\n<div>&bull\; Other bra nches</div>\n<div>\n<div>&nbsp\;</div>\n<div><br /><br />&nbsp\;<br /><br /><strong>AFTERNOON SESSION - Understanding the 5G-air-simulator: A tutori al on design criteria\, technical components\, and reference use cases</st rong><br /><br /><strong>Abstract and covered topics</strong>: The 5G air interface\, also known as New Radio\, is providing a significant transform ation in the mobile network&nbsp\;landscape. It introduces flexible and he terogeneous capabilities to harmoniously blend numerous technical componen ts since a variety of&nbsp\;advanced services are being developed\, each o ne entailing different requirements. Nonetheless\, the effective managemen t of such a broad&nbsp\;diversity is a challenging task to accomplish.<br /><br />As is well known\, computer simulations are relentlessly engaged i n the pursuit of existing research questions on how to design\, evaluate\, and optimize&nbsp\;emerging communication technologies. In this context\, the 5G-air-simulator aims to represent a significant step forward for the 5G simulation tools scene.<br /><br />In particular\, 5G-air-simulator is an open-source and event-driven tool modeling the key elements of the 5G air interface from a system-level perspective. It&nbsp\;implements several network architectures with multiple cells and users\, different mobility and application models\, a calibrated link-to-system model for&nbsp\;physi cal and data-link layers\, and a wide range of features standardized for b oth control and user planes\, as well as a set of technical components rec ently&nbsp\;designed for the 5G air interface (such as massive Multiple In put Multiple Output\, extended multicast and broadcast transmission scheme s\, predictor&nbsp\;antennas\, enhanced random access procedure\, and NB-I oT). Moreover\, it allows a flexible configuration\, arrangement\, and ext ension of its capabilities to&nbsp\;model both new scenarios and new techn ical components\, hence supporting advanced studies willing to address the research questions emerging from the&nbsp\;deployment of current and upco ming mobile systems.<br /><br />This tutorial will first present 5G-air-si mulator and its general-purpose features. Then it will describe a series o f simulation campaigns for typical 5G&nbsp\;scenarios\, recently investiga ted in scientific literature and European projects. Moreover\, it will exp lain the syntax used to perform some simulations\, as well&nbsp\;as the st eps to extract the main KPIs\, in order to facilitate an immediate usage o f 5G-air-simulator.<br /><br /><br />&nbsp\;<br /><br /><strong>Organized by</strong>:</div>\n<div><br />TeamUp5G MSCA ITN/ETN<br />VTS Portugal Cha pter<br />ConfTele 2021<br />RTCM</div>\n</div><br /><br />Agenda: <br />< p>9:00 &ndash\; 12:30 Morning Session</p>\n<p>14:00-16:30 Afternoon Sessio n</p> END:VEVENT END:VCALENDAR