Nex-G Innovations

OmNet++ Programming

• Programming the Algorithms
• The NED Language
• NED Overview
• The Network
• Introducing a Channel
• The App, Routing, and Queue Simple Modules
• The Node Compound Module
• Putting It Together
• Simple Modules
• Compound Modules
• Channels
• Parameters
• Gates
• SubModules
• Connections
• Multiple Connections
• Parametric Submodule and Connection Types
• Metadata Annotations (Properties)
• Inheritance
• Packages

Simple Modules

• Simulation Concepts
• Components, Simple Modules, Channels
• Defining Simple Module Types
• Adding Functionality to cSimpleModule
• Accessing Module Parameters
• Accessing Gates and Connections
• Sending and Receiving Messages
• Channels
• Stopping the Simulation
• Finite State Machines

Simple Modules

• Navigating the Module Hierarchy
• Direct Method Calls Between Modules
• Dynamic Module Creation
• Signals
• Signal-Based Statistics Recording

Messages and Packets

• Overview
• The cMessage Class
• Self-Messages
• The cPacket Class
• Attaching Parameters and Objects

Message Definitions

• Introduction
• Messages and Packets
• Classes
• Structs
• Literal C++ Blocks
• Using C++ Types
• Customizing the Generated Class
• Using Standard Container Classes for Fields
• Namespaces
• Descriptor Classes

The Simulation Library

• Fundamentals
• Logging from Modules
• Random Number Generators
• Generating Random Variates
• Container Classes
• Routing Support: cTopology
• Pattern Matching
• Statistics and Distribution Estimation
• Recording Simulation Results
• Watches and Snapshots
• Defining New NED Functions
• Deriving New Classes
• Object Ownership Management

Visualization

• Overview
• Placement of Visualization Code
• Display Strings
• Bubbles
• The Canvas
• 3D Visualization

Building Simulation Programs

• Overview
• Using opp_makemake and Makefiles
• Project Features

Configuring Simulations

• The Configuration File
• Sections
• Assigning Module Parameters
• Parameter Studies
• Configuring the Random Number Generators
• Logging

Running Simulations

• Introduction
• Cmdenv: the Command-Line Interface
• The Tkenv Graphical User Interface
• The Qtenv Graphical User Interface
• Batch Execution
• Akaroa Support: Multiple Replications in Parallel
• Troubleshooting

Result Recording and Analysis

• Result Recording
• Configuring Result Collection
• Overview of the Result File Formats
• The Analysis Tool in the Simulation IDE
• Scave Tool
• Alternative Statistical Analysis and Plotting Tools

Eventlog

• Introduction
• Configuration
• Eventlog Tool

Testing

• Overview
• The opp_test Tool
• Smoke Tests
• Fingerprint Tests
• Unit Tests
• Module Tests
• Statistical Tests

Introduction to Veins

• Introduction to VEINS

Veins Internals

• Architecture and Bidirectional Coupling
• The MAC and PHY Layer
• Modelling Antenna Patterns
• Unit Testing in Veins
• Simple Timer Management

Veins Use Cases

• Simulation of Platoons
• Communication on Intersections

Veins Extensions

• Using LTE Models in Veins (Veins LTE)
• Using INET Framework Models in Veins (Veins_INET)
• Instant Veins