Diploma in Micro/Macro-Sim of Networks and Traffic Signals
About us Diploma in Micro/Macro-Sim of Networks and Traffic Signals
The Diploma in Micro/Macro-Sim of Networks and Traffic Signals focuses on the application of advanced techniques for the design and simulation of communication networks and traffic signal systems. It integrates knowledge of network modeling, traffic analysis, and queuing theory, as well as the use of simulation tools such as NS-3, OMNeT++, and specialized vehicular traffic software. Topics covered include performance optimization, bottleneck detection, and protocol design. The program provides hands-on experience in configuring data networks and simulating complex traffic scenarios, including evaluating different traffic signal control algorithms and their impact on traffic flow efficiency. It fosters an understanding of communication standards and the implementation of solutions for intelligent transportation systems (ITS). This training prepares students for roles such as network engineers, traffic simulation specialists, and data analysts in urban and telecommunications environments.
Target keywords (naturally occurring in the text): network simulation, traffic signaling, traffic analysis, network modeling, NS-3, OMNeT++, performance optimization, intelligent transportation systems.
Diploma in Micro/Macro-Sim of Networks and Traffic Signals
- Format: Online
- Duration: 8 months
- Hours: 900 H
- Language: ES / EN
- Credits: 60 ECTS
- Registration date: 04-07-2026
- Strat date: 14-08-2026
- Available places: 7
875 $
Competencias y resultados
Qué aprenderás
1. Mastery of Micro/Macro Network Simulation and Traffic Signals
Para quien va dirigido nuestro:
Diploma in Micro/Macro-Sim of Networks and Traffic Signals
9.9 Introduction to Road Network Simulation
9.9 Fundamentals of Traffic Signals
9.3 Micro-level Modeling and Simulation: Individual Vehicle Behavior
9.4 Macro-level Modeling and Simulation: Traffic Flow and General Dynamics
9.5 Configuration and Calibration of Simulation Models
9.6 Data Analysis and Key Metrics
9.7 Practical Applications and Case Studies
9.8 Simulation Tools and Software
9.9 Introduction to Road Network Optimization
9.9 Optimization Methodologies: Genetic Algorithms, Linear Programming, etc.
9.3 Road Capacity Optimization
9.4 Traffic Signal Optimization: Timing, Phases, and Coordination
9.5 Scenario and Sensitivity Analysis
9.6 Impact Assessment of Optimizations
9.7 Data and Tool Integration
9.8 Practical Examples and Results
3.9 Traffic Data Analysis and Advanced Modeling
3.9 Capacity Management and Bottlenecks
3.3 Adaptive Traffic Control Strategies
3.4 Implementation and Monitoring of Intelligent Transportation Systems (ITS)
3.5 Road Safety Analysis
3.6 Environmental Impact Assessment
3.7 Data Integration and Visualization
3.8 Complex Case Studies
4.9 Modeling Vehicle Flows in Urban Environments
4.9 Specific Considerations: Intersections, Pedestrian Crossings, Public Transportation
4.3 Simulation of Complex Scenarios: Events, Accidents, Congestion
4.4 Urban Mobility Optimization
4.5 Analysis of the Interaction Between Different Modes of Transportation
4.6 Impact Assessment of New Infrastructure
4.7 Data Analysis and Visualization
4.8 Implementation and Results
5.9 Efficiency Indicators: Travel Time, Delay, Fuel Consumption, Emissions
5.9 Capacity and Level of Service Assessment
5.3 Traffic Signal Efficiency Assessment
5.4 Sensitivity Analysis and Scenarios
5.5 Designing Solutions to Improve Efficiency
5.6 Implementation and Monitoring
5.7 Economic and Social Impact Analysis
5.8 Case Studies
6.9 Introduction to Traffic Optimization
6.9 Micro-level Traffic Signal Optimization: Real-time Dynamic Adjustments
6.3 Macro-level Optimization: Network-level Control and Management
6.4 Adaptive and Predictive Traffic Control Strategies
6.5 Real-time Data Integration
6.6 Scenario Simulation and Impact Assessment
6.7 Implementation of Optimized Solutions
6.8 Results and Conclusions
7.9 Fundamentals of Micro-level Simulation
7.9 Fundamentals of Macro-level Simulation
7.3 Integration of Micro and Macro Models Macro
7.4 Capacity and Traffic Flow Optimization
7.5 Traffic Signal Optimization: Timing and Coordination
7.6 Scenario Analysis and Impact Assessment
7.7 Simulation Tools and Software
7.8 Case Studies
8.9 Data Collection and Analysis
8.9 Micro/Macro Modeling and Simulation
8.3 Road Network and Traffic Signal Optimization
8.4 Road Safety and Environmental Analysis
8.5 Efficiency and Performance Evaluation
8.6 Data Integration and Visualization
8.7 Design of Integrated Solutions
8.8 Conclusions and Recommendations
Proyectos tipo capstones
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