Integrate The Functions Of The Air Picture Display System Training

Objectives:
• Understand the purpose and role of Air Picture Display Systems (APDS) in air traffic management.
• Identify key components of an APDS.
• Explain basic principles of radar and data fusion.
• Recognize the importance of system integration.

Topics:
• Overview of air traffic management and air picture display
• Historical development of APDS
• Core components: sensors, processors, displays
• Basic radar principles and types
• Data fusion fundamentals
• System integration concepts

Objectives:
• Describe the architecture of an APDS.
• Identify various data sources (radar, ADS-B, multilateration).
• Understand data communication protocols.
• Explain data processing stages.

Topics:
• System architecture: centralized vs distributed
• Radar data sources: primary and secondary radar
• Automatic Dependent Surveillance-Broadcast (ADS-B)
• Multilateration systems
• Data communication protocols (Asterix, etc.)
• Data processing pipeline: extraction, tracking, fusion

Objectives:
• Compare different display technologies used in APDS.
• Understand human factors affecting operator performance.
• Apply ergonomic principles to display design.
• Evaluate display resolution and refresh rates.

Topics:
• Display technologies: CRT, LCD, LED, projection
• Color schemes and symbology standards
• Human factors: cognitive load, situational awareness
• Ergonomic design of operator workstations
• Display resolution, brightness, and contrast
• Refresh rates and latency considerations

Objectives:
• Explain track initiation processes.
• Describe track maintenance algorithms.
• Understand track identification and correlation.
• Manage track updates and coasting.

Topics:
• Track initiation: logic and criteria
• Track correlation and association
• Kalman filtering for track smoothing
• Track maintenance: update rate, coasting
• Track identity management
• Handling of redundant tracks

Objectives:
• Understand data fusion concepts.
• Apply fusion algorithms for multi-sensor data.
• Explain benefits of sensor integration.
• Address challenges in data fusion.

Topics:
• Data fusion levels: raw, feature, decision
• Fusion algorithms: weighted average, Bayesian, Dempster-Shafer
• Sensor alignment and registration
• Benefits: improved accuracy, coverage
• Challenges: latency, false tracks
• Practical examples of multi-sensor integration

Objectives:
• Interpret standard APDS symbology.
• Apply coding conventions for tracks and alerts.
• Customize display symbols for operational needs.
• Understand color coding and prioritization.

Topics:
• Standard symbology: tracks, airports, waypoints
• Track status indicators: confirmed, tentative, coasted
• Alert and warning symbols
• Color coding conventions
• Customization for specific operational environments
• Symbology standards (STANAG, ICAO)

Objectives:
• Describe communication interfaces within APDS.
• Understand coordination with external systems.
• Implement voice and data communication integration.
• Manage system interoperability.

Topics:
• Internal communication: operator to operator
• External interfaces: ATC, military, weather systems
• Voice communication systems integration
• Data communication: flight plans, weather data
• Interoperability standards (ASTERIX, ICDs)
• Coordination procedures for handoffs

Objectives:
• Identify key performance indicators for APDS.
• Perform system tests and diagnostics.
• Monitor system health and performance.
• Troubleshoot common issues.

Topics:
• Performance metrics: update rate, accuracy, availability
• Built-in test equipment (BITE) and diagnostics
• Health monitoring: processor load, network traffic
• Troubleshooting: display glitches, data dropouts
• Performance testing procedures
• Logging and reporting

Objectives:
• Understand integration with flight data processing systems.
• Describe interface with weather radar systems.
• Explain integration with collision avoidance systems.
• Manage data exchange with external stakeholders.

Topics:
• Flight data processing system (FDPS) integration
• Weather radar and meteorological data integration
• Traffic Collision Avoidance System (TCAS) interface
• Integration with airport surface surveillance
• Data exchange with military systems
• Security considerations for external interfaces

Objectives:
• Configure display layers and filters.
• Customize user profiles and preferences.
• Implement map overlays and geographic information.
• Use decluttering and zoom functions.

Topics:
• Display layers: traffic, weather, airspace
• Filtering and decluttering techniques
• User profile management
• Map overlays: terrain, obstacles, airspace boundaries
• Zoom, pan, and centering functions
• Customization for different operator roles

Objectives:
• Understand recording capabilities of APDS.
• Perform playback of recorded data.
• Analyze recorded sessions for training and investigation.
• Manage storage and retrieval of recordings.

Topics:
• Recording mechanisms: raw data, display snapshots
• Playback controls: speed, pause, jump
• Analysis tools for playback
• Storage management: capacity, retention
• Legal and security aspects of recordings
• Using playback for incident investigation

Objectives:
• Identify security threats to APDS.
• Implement access control measures.
• Understand encryption and authentication.
• Apply security policies and procedures.

Topics:
• Security threats: cyber attacks, data breaches
• Access control: user roles, passwords, biometrics
• Encryption of data in transit and at rest
• Authentication protocols
• Security policies: password complexity, audit trails
• Incident response procedures

Objectives:
• Describe routine maintenance tasks.
• Perform system backups and updates.
• Understand support escalation procedures.
• Maintain system documentation.

Topics:
• Preventive maintenance schedules
• System backups: frequency, storage
• Software updates and patches
• Hardware maintenance: cleaning, replacement
• Support escalation: tier 1, 2, 3
• Documentation: logs, configuration changes

Objectives:
• Understand standard operating procedures for APDS.
• Apply workflows for routine operations.
• Manage emergency procedures.
• Coordinate with other operators.

Topics:
• Standard operating procedures (SOPs)
• Routine workflows: shift handover, system startup
• Emergency procedures: system failure, data loss
• Coordination with adjacent sectors
• Communication protocols during emergencies
• Workload management

Objectives:
• Participate in simulated scenarios.
• Practice integration of APDS functions.
• Apply troubleshooting skills.
• Evaluate performance in exercises.

Topics:
• Simulation setup: scenarios, roles
• Integration exercises: multi-sensor fusion
• Troubleshooting simulated faults
• Performance evaluation criteria
• Debriefing and feedback
• Individual and team exercises

Objectives:
• Integrate multiple APDS functions in a project.
• Demonstrate system configuration and testing.
• Present integration results.
• Collaborate in a team environment.

Topics:
• Project planning: scope, objectives
• Configuration of display and data sources
• Integration of fusion and tracking
• Testing and validation
• Team collaboration and roles
• Presentation of results

Objectives:
• Complete final assessment covering all days.
• Demonstrate competence in APDS integration.
• Receive feedback and certification.
• Create action plan for continued learning.

Topics:
• Written and practical assessment
• Evaluation of integration project
• Feedback session
• Certification process
• Action plan for workplace application
• Course evaluation and closing