//
// Copyright (C) 2010 OpenSim Ltd.
//
// SPDX-License-Identifier: LGPL-3.0-or-later
//
//
// @titlepage
//
// <center><h1>Simu5G-1.8.0</h1></center>
// <center><h3>NED Documentation<h3></center>
//
// Simu5G is an open-source simulation library for the OMNeT++ simulation
// environment that extends the INET Framework with advanced 5G and LTE
// modeling capabilities. It provides comprehensive models for researchers
// and students working with 5G New Radio (NR), LTE-Advanced, and beyond-5G
// communication systems. Simu5G is particularly useful for designing and
// validating new 5G protocols, exploring advanced wireless scenarios, and
// evaluating the performance of cellular networks.
//
// Simu5G supports a wide range of 5G and LTE features, including:
// - <b>5G New Radio (NR):</b> Complete protocol stack with support for
// mmWave communications, numerology, dual connectivity, and carrier aggregation
// - <b>LTE/LTE-Advanced:</b> Full LTE protocol stack with advanced features
// like D2D communication, multicast, multihop, and handover procedures
// - <b>Multi-access Edge Computing (MEC):</b> ETSI MEC standard implementation
// with service discovery, lifecycle management, and edge applications
// - <b>Vehicular Communications:</b> V2X scenarios with realistic mobility
// and channel models for connected and autonomous vehicles
// - <b>Real-time Emulation:</b> Interface with real network equipment and
// applications for hybrid simulation-emulation scenarios
// - <b>Advanced Channel Models:</b> Realistic propagation models including
// 3GPP-compliant channel models and mmWave-specific features
// - <b>Background Traffic:</b> Scalable background cell and UE modeling
// for large-scale network simulations
//
// Simu5G builds upon the solid foundation of the INET Framework, inheriting
// its networking protocols (TCP, UDP, IPv4, IPv6, etc.) and extending them
// with cellular-specific functionality. The framework supports node mobility,
// advanced visualization through OMNeT++, and comprehensive statistics
// collection for performance analysis.
//
// Starting points for browsing:
//
// - ~eNodeB and ~gNodeB -- the LTE and 5G NR base stations
// - ~LteUe and ~NrUe -- the LTE and 5G NR user equipment
// - ~LteCar and ~NrCar -- UE variants with vehicular mobility
// - ~LteNicUe, ~LteNicEnb, ~NrNicUe and ~NrNicEnb -- the cellular network
// interfaces that carry the protocol stack of those nodes
// - ~Upf and ~PgwStandard -- the core network nodes: the 5G Core User Plane
// Function, and the PDN Gateway of a 4G EPC
// - ~BearerConfigurator -- the central configurator of the network's data radio
// bearers and of its QoS-flow classification rules
// - ~MecHost -- the ETSI MEC host that runs MEC applications and services
// - ~BackgroundCell -- lightweight cell model that creates
// inter-cell interference without simulating the traffic behind it
// - ~SingleCell and ~MultiCell (LTE), and ~SingleCell_Standalone and
// ~MultiCell_Standalone (5G) -- selected networks used in example simulations
//
// See the <tt><a href="whatsnew.html">WHATSNEW</a></tt> file in the distribution
// for the list of recent changes and new features.
//
// @page whatsnew.html, What's New
//
// <pre>
// <nohtml>
// @include ../../WHATSNEW.md
// </nohtml>
// </pre>
package simu5g;