The PHARE program conducted experiments from 1989-1999 to demonstrate an integrated air/ground air traffic management system using advanced tools and interfaces. It involved developing tools to address issues like aircraft navigation capabilities, air traffic controller automation support, and human-machine interfaces. Large-scale real-time simulations examined topics like trajectory prediction, arrival/departure management, and air/ground negotiation. The experiments concluded the concept could increase capacity and reduce controller workload but further studies were still needed on tools like negotiation managers and impact of meteorological forecasting.
Hardware assessment and validation are major parts of developing modern digital avionics systems. The assessment process involves fault tree analysis and failure mode effects analysis to evaluate reliability. Certification by regulatory authorities is also a key concern, particularly FAR Part 25.1309 which establishes requirements for equipment, systems, and installations to ensure safe flight. The document discusses factors like capability, reliability, maintainability, and cost that avionics systems must consider to receive certification.
This document discusses avionics systems used in aircraft. It states that avionics systems are dependent on electronics and account for a significant portion of an aircraft's total cost, ranging from 30% to over 75% depending on the aircraft type. The key roles of avionics systems are to enable safe and efficient mission accomplishment for military aircraft and air traffic control and all-weather operation for civil aircraft. Important considerations in avionics system design include increased safety, reliability, maintainability, and reduction in life cycle costs. The document outlines various avionics components, subsystems, architectures, and display technologies used in aircraft.
This document proposes integrating trajectory-oriented air traffic management with airborne separation assistance systems. It describes today's sector-oriented air traffic control system and proposed strategic trajectory-based approaches. The concept integrates these by generating conflict-free trajectories meeting time constraints, while allowing aircraft to maintain local spacing using airborne systems when needed. This combines benefits of both approaches. The concept could be implemented incrementally using emerging technologies and procedures. Research is still needed to further develop and evaluate integrating trajectory planning with airborne separation assistance.
The document provides an overview and progress report on NextGen, the FAA's modernization of the national airspace system. It discusses how NextGen is transitioning from a ground-based radar system to a satellite-based surveillance system to make air travel safer, more efficient, and less impactful on the environment. It outlines some of the key NextGen programs being implemented, such as Automatic Dependent Surveillance-Broadcast, Performance Based Navigation, and System Wide Information Management. Charts show the budget profile for NextGen and planned timelines for major program deliverables through 2015.
Aviation Sector Development in Latin America (2005)Jawad Rachami
This document summarizes a presentation on sustainable aviation development in Latin America. It discusses how aviation supports economic development and trends in the Latin American aviation market. It also outlines pillars needed for change, including institutional reform, policy reform, and infrastructure modernization. Additionally, it covers topics like airport and airspace planning, current challenges, and future opportunities to improve capacity, safety, security and efficiency through 2025.
The PHARE program conducted experiments from 1989-1999 to demonstrate an integrated air/ground air traffic management system using advanced tools and interfaces. It involved developing tools to address issues like aircraft navigation capabilities, air traffic controller automation support, and human-machine interfaces. Large-scale real-time simulations examined topics like trajectory prediction, arrival/departure management, and air/ground negotiation. The experiments concluded the concept could increase capacity and reduce controller workload but further studies were still needed on tools like negotiation managers and impact of meteorological forecasting.
Hardware assessment and validation are major parts of developing modern digital avionics systems. The assessment process involves fault tree analysis and failure mode effects analysis to evaluate reliability. Certification by regulatory authorities is also a key concern, particularly FAR Part 25.1309 which establishes requirements for equipment, systems, and installations to ensure safe flight. The document discusses factors like capability, reliability, maintainability, and cost that avionics systems must consider to receive certification.
This document discusses avionics systems used in aircraft. It states that avionics systems are dependent on electronics and account for a significant portion of an aircraft's total cost, ranging from 30% to over 75% depending on the aircraft type. The key roles of avionics systems are to enable safe and efficient mission accomplishment for military aircraft and air traffic control and all-weather operation for civil aircraft. Important considerations in avionics system design include increased safety, reliability, maintainability, and reduction in life cycle costs. The document outlines various avionics components, subsystems, architectures, and display technologies used in aircraft.
This document proposes integrating trajectory-oriented air traffic management with airborne separation assistance systems. It describes today's sector-oriented air traffic control system and proposed strategic trajectory-based approaches. The concept integrates these by generating conflict-free trajectories meeting time constraints, while allowing aircraft to maintain local spacing using airborne systems when needed. This combines benefits of both approaches. The concept could be implemented incrementally using emerging technologies and procedures. Research is still needed to further develop and evaluate integrating trajectory planning with airborne separation assistance.
The document provides an overview and progress report on NextGen, the FAA's modernization of the national airspace system. It discusses how NextGen is transitioning from a ground-based radar system to a satellite-based surveillance system to make air travel safer, more efficient, and less impactful on the environment. It outlines some of the key NextGen programs being implemented, such as Automatic Dependent Surveillance-Broadcast, Performance Based Navigation, and System Wide Information Management. Charts show the budget profile for NextGen and planned timelines for major program deliverables through 2015.
Aviation Sector Development in Latin America (2005)Jawad Rachami
This document summarizes a presentation on sustainable aviation development in Latin America. It discusses how aviation supports economic development and trends in the Latin American aviation market. It also outlines pillars needed for change, including institutional reform, policy reform, and infrastructure modernization. Additionally, it covers topics like airport and airspace planning, current challenges, and future opportunities to improve capacity, safety, security and efficiency through 2025.
Context Driven Delivery of Aeronautical InformationWen Zhu
Presentation at Air Transportation Information Exchange Conference
Today, mission planners and pilots must access and process an overwhelming volume of information (e.g. NOTAMs, special activity airspace data, airport data and weather), of which only a small portion of that information is relevant to the mission. In this presentation, we will demonstrate a Semantic Decision Support Tool (SDST) that pulls together information from disparate sources and delivers context-specific information to an end user (e.g. a pilot or an air traffic controller) based on, among other things, flight mission, phase of flight, and type of aircraft.
The document discusses the future development of air traffic control systems. It outlines how systems will transition from radar-based to satellite-based navigation to allow more direct flight paths and increased airspace capacity. NextGen will implement satellite technology by 2025 to guide aircraft with greater accuracy. This will help controllers manage the increasing number of flights and reduce delays by allowing planes to avoid weather and fly more direct routes.
Rebalancing NextGen to Transform the National Airspace System 08152013Ronald Stroup
Provides insights based on domain stakeholder information in an integrated portfolio to support effective decision-making in modernizing the National Airspace System
As you might know, EASA will change some of its regulations on technical records. The changes will have significant impact on the usage of MRO software and will be applicable to all countries and their operators having a cooperation with EASA
Airport Collaborative Decision Making (A-CDM) provides a framework for airports, airlines, air traffic control and ground handlers to share operational information in real-time to improve efficiency. Key elements of A-CDM include sharing estimated and actual times of arrival and departure, implementing variable taxi times for more accurate predictions, and using pre-departure sequencing to balance runway usage. A-CDM can help manage disruptions and enhance capacity utilization during adverse conditions through improved communication. Linking airports to air traffic flow management networks allows for more accurate estimated times of take-off and integrated priority handling. Overall A-CDM benefits include improved predictability, resource efficiency, and situational awareness for all stakeholders.
The document outlines NASA's research into developing an unmanned aerial system traffic management (UTM) system to safely manage low-altitude airspace and UAS operations. NASA's near-term goal is to enable initial UAS operations within 5 years and accommodate increased operations autonomously within 10-15 years. The research is led by Parimal Kopardekar and involves building a cloud-based UTM architecture to support airspace management, weather integration, congestion management, obstacle avoidance, separation assurance and more.
The FAA is pursuing strategic efforts to advance simplified vehicle operations (SVO) through research and development partnerships. Automation is seen as the next step to enhance safety by reducing loss of control accidents, which are still the largest cause of fatal accidents. Past partnerships with NASA and industry that developed technologies like GPS and glass cockpit displays are credited with major safety improvements. The FAA's approach involves specific, targeted R&D to solve safety issues and plan for the future in a step-wise manner focused on aircraft, airmen, and integration. Purposeful partnerships that test innovations can yield real-world safety benefits. The presentation outlines the FAA's vision and plans to continue progressing aircraft automation safely through a methodical
1) Autonomous vehicles like UAVs and UGVs can collaborate to complete complex missions involving mapping multiple locations simultaneously or tracking multiple targets. Using multiple lower-cost autonomous vehicles increases mission flexibility and reduces risk compared to a single vehicle.
2) Proposed applications of UAV collaboration include convoy protection, search and rescue assistance, and coordinated border surveillance. A centralized ground control could task and coordinate multiple UAVs for efficient convoy protection with continuous look-ahead coverage.
3) Software enables users to define missions and tasks, which are then decomposed and assigned to agents. Agents communicate to coordinate plans and synchronize information while accomplishing tasks robustly and efficiently.
The object of the hackathon was to demonstrate thought leadership through the sharing of knowledge, best practices, and networking on topics and themes related to digital innovation in supply chain management and operations. The hackathon competition was meant to inspire, empower and enable emerging talent to innovate by developing new solutions, approaches, and applications to existing challenges in the supply chain.
Our application, Trux, which stood for Transportation Reusability User Experience, is aimed at understanding and correcting structured traffic congestion for companies within the supply chain and operations areas of the import and export industry. Trux helps commercial businesses who seek to better understand how new technology and innovation will impact their supply chain.
The advantages of Trux , allows entities like the Port of Los Angeles to monitor trucks in route from their location to the warehouse to the port and vice versa. Allows a one-hour window period for given location(e.g. warehouse) pickup. Uses a 10-minute window for Drop-off at Port Of Los Angeles with respect to
Trux uses jQuery, Javascript, AngularJS, C#/.NET, Visual Studio & Data from Port Of Los Angeles, CA.
The document provides an overview of the SESAR program and SWIM (System Wide Information Management). It discusses that SESAR is a public-private partnership focused on modernizing European ATM through three phases: definition, development, and deployment. It then explains that SWIM is the future way of managing and exchanging ATM information between stakeholders in a standardized way. Some key benefits of SWIM include improved collaboration, flexibility, and cost efficiency. The document outlines upcoming joint interoperability demonstrations between SESAR and other regions to showcase global SWIM interoperability.
This document outlines Los Angeles International Airport's (LAX) Airport Modernisation Plan to implement new technologies and improve safety operations. It discusses the development of the Airport Response Coordination Center (ARCC) to centralize communication and situational awareness across different airport units. The ARCC utilizes a new Situational Awareness Management System to improve day-to-day efficiency and crisis response. Future phases aim to extend the ARCC's capabilities into the field using mobile devices and geographic information systems for improved incident management, work orders, and security monitoring. Initial results show faster incident resolution, reduced response times, and increased proactive maintenance.
This document provides an overview of the objectives and content of an avionics course. The objectives are to introduce avionics basics and subsystems, impart knowledge of avionics architecture and data buses, and gain understanding of navigation and autopilot systems. The first unit covers the introduction to avionics, including the need for avionics in civil and military aircraft, integrated avionics and weapon systems, and typical avionics subsystems and technologies. It also defines avionics and discusses the growth of avionics to replace mechanical equipment.
This document provides an overview of Global Navigation Satellite Systems (GNSS) and their use in aviation. It describes the need for GNSS due to limitations of existing ground-based navigation systems. The key components of GNSS include satellite constellations, aircraft receivers, augmentation systems, and integrity monitoring. Augmentation systems like Aircraft-Based Augmentation System (ABAS), Satellite-Based Augmentation System (SBAS), and Ground-Based Augmentation System (GBAS) are used to enhance GNSS accuracy, integrity, availability and continuity for aviation applications. GNSS enables more efficient flight paths and procedures but also faces challenges around availability, interference and database accuracy.
This document discusses the key uses of computers in airports, including ensuring flight schedules and safety, facilitating passenger services like baggage handling and flight information displays, enabling air traffic control through communication and tracking of planes, and assisting plane mechanics with technologies like autopilot and fly-by-wire systems. Computers are central to airport operations and allow for efficient passenger services, air traffic management, and plane maintenance.
The note is compiled with reference from many sites and According to the syllabus of Real Time System (6th semester CSIT). Drive deep to the never ending knowledge.
A tecnologia existente para navegação indoor requer muito hardware e serviços, gerando alto custo para apenas triangular a localização de smartphones. A nova tecnologia não requer hardware, torna o mapeamento e implantação mais fáceis, mostra a localização e direção do usuário com precisão milimétrica e permite integrar experiências de realidade aumentada e recomendações personalizadas.
Activities and results report from the 1st edition of IBAS - International Brazil Air Show, that was held at Tom Jobim International Airport - RIOgaleão - Rio de Janeiro - Brazil from March 29th to April 02nd.
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Today, mission planners and pilots must access and process an overwhelming volume of information (e.g. NOTAMs, special activity airspace data, airport data and weather), of which only a small portion of that information is relevant to the mission. In this presentation, we will demonstrate a Semantic Decision Support Tool (SDST) that pulls together information from disparate sources and delivers context-specific information to an end user (e.g. a pilot or an air traffic controller) based on, among other things, flight mission, phase of flight, and type of aircraft.
The document discusses the future development of air traffic control systems. It outlines how systems will transition from radar-based to satellite-based navigation to allow more direct flight paths and increased airspace capacity. NextGen will implement satellite technology by 2025 to guide aircraft with greater accuracy. This will help controllers manage the increasing number of flights and reduce delays by allowing planes to avoid weather and fly more direct routes.
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Provides insights based on domain stakeholder information in an integrated portfolio to support effective decision-making in modernizing the National Airspace System
As you might know, EASA will change some of its regulations on technical records. The changes will have significant impact on the usage of MRO software and will be applicable to all countries and their operators having a cooperation with EASA
Airport Collaborative Decision Making (A-CDM) provides a framework for airports, airlines, air traffic control and ground handlers to share operational information in real-time to improve efficiency. Key elements of A-CDM include sharing estimated and actual times of arrival and departure, implementing variable taxi times for more accurate predictions, and using pre-departure sequencing to balance runway usage. A-CDM can help manage disruptions and enhance capacity utilization during adverse conditions through improved communication. Linking airports to air traffic flow management networks allows for more accurate estimated times of take-off and integrated priority handling. Overall A-CDM benefits include improved predictability, resource efficiency, and situational awareness for all stakeholders.
The document outlines NASA's research into developing an unmanned aerial system traffic management (UTM) system to safely manage low-altitude airspace and UAS operations. NASA's near-term goal is to enable initial UAS operations within 5 years and accommodate increased operations autonomously within 10-15 years. The research is led by Parimal Kopardekar and involves building a cloud-based UTM architecture to support airspace management, weather integration, congestion management, obstacle avoidance, separation assurance and more.
The FAA is pursuing strategic efforts to advance simplified vehicle operations (SVO) through research and development partnerships. Automation is seen as the next step to enhance safety by reducing loss of control accidents, which are still the largest cause of fatal accidents. Past partnerships with NASA and industry that developed technologies like GPS and glass cockpit displays are credited with major safety improvements. The FAA's approach involves specific, targeted R&D to solve safety issues and plan for the future in a step-wise manner focused on aircraft, airmen, and integration. Purposeful partnerships that test innovations can yield real-world safety benefits. The presentation outlines the FAA's vision and plans to continue progressing aircraft automation safely through a methodical
1) Autonomous vehicles like UAVs and UGVs can collaborate to complete complex missions involving mapping multiple locations simultaneously or tracking multiple targets. Using multiple lower-cost autonomous vehicles increases mission flexibility and reduces risk compared to a single vehicle.
2) Proposed applications of UAV collaboration include convoy protection, search and rescue assistance, and coordinated border surveillance. A centralized ground control could task and coordinate multiple UAVs for efficient convoy protection with continuous look-ahead coverage.
3) Software enables users to define missions and tasks, which are then decomposed and assigned to agents. Agents communicate to coordinate plans and synchronize information while accomplishing tasks robustly and efficiently.
The object of the hackathon was to demonstrate thought leadership through the sharing of knowledge, best practices, and networking on topics and themes related to digital innovation in supply chain management and operations. The hackathon competition was meant to inspire, empower and enable emerging talent to innovate by developing new solutions, approaches, and applications to existing challenges in the supply chain.
Our application, Trux, which stood for Transportation Reusability User Experience, is aimed at understanding and correcting structured traffic congestion for companies within the supply chain and operations areas of the import and export industry. Trux helps commercial businesses who seek to better understand how new technology and innovation will impact their supply chain.
The advantages of Trux , allows entities like the Port of Los Angeles to monitor trucks in route from their location to the warehouse to the port and vice versa. Allows a one-hour window period for given location(e.g. warehouse) pickup. Uses a 10-minute window for Drop-off at Port Of Los Angeles with respect to
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The document provides an overview of the SESAR program and SWIM (System Wide Information Management). It discusses that SESAR is a public-private partnership focused on modernizing European ATM through three phases: definition, development, and deployment. It then explains that SWIM is the future way of managing and exchanging ATM information between stakeholders in a standardized way. Some key benefits of SWIM include improved collaboration, flexibility, and cost efficiency. The document outlines upcoming joint interoperability demonstrations between SESAR and other regions to showcase global SWIM interoperability.
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This document provides an overview of Global Navigation Satellite Systems (GNSS) and their use in aviation. It describes the need for GNSS due to limitations of existing ground-based navigation systems. The key components of GNSS include satellite constellations, aircraft receivers, augmentation systems, and integrity monitoring. Augmentation systems like Aircraft-Based Augmentation System (ABAS), Satellite-Based Augmentation System (SBAS), and Ground-Based Augmentation System (GBAS) are used to enhance GNSS accuracy, integrity, availability and continuity for aviation applications. GNSS enables more efficient flight paths and procedures but also faces challenges around availability, interference and database accuracy.
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Embry-Riddle is the world's largest accredited aerospace university founded in 1926. It educates students for the entire aviation industry through over 80 programs including a 4-year Bachelor of Science in Aeronautical Science. This program involves 120 credits, flight training, and resources like simulators, laboratories, and a training fleet to prepare students to fly aircraft. Embry-Riddle boasts that over 93% of its graduates find employment or continue their education within a year.
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4. Reducing Delays and Increasing Capacity Management
Requires Transformation of the System
Current efforts are based on providing
information to the controller who then…
ª needs to make a decision
AND THEN
ª relays this information with voice
AND THEN
ª provides all the monitoring with minimal
support.
We must transform aviation
to meet our challenges
5. Transformation of Methods
Surveillance Based Control:
Control on Where We Know the
Aircraft Is
• VOR/DME
• RADAR
Trajectory Based Control:
Control on Where We Know
the Aircraft Will Be
• RNP
• ADS-B
• DataComm
6. FAA ATM Transformation
6
Trajectory Based Operations: Time Based Management with
Performance Based Navigation
Past Practices NextGen Improvements
• Controllers and operators do not have same
information to inform decisions
• Future time and position of the aircraft not known
by all parties*
• Routing limited by ground-based
navigational infrastructure
• Controllers communicate by voice to each
individual aircraft
• Operational choke points across phases
of flight
• Tactical and reactive air traffic control
• Shared information (e.g., weather, traffic, system
status) for collaborative decision-making
• Future intended time and position of aircraft known
for optimal flight and traffic flow
• More efficient flight routes and aircraft performance
based procedures using GPS navigation
• Controllers communicate via digital messages to
multiple aircraft at a time
• Operations integrated across phases of flight for
gate-to-gate efficiency
• Strategic air traffic management
*Operators, aircrews, pilots, dispatchers, controllers, operations centers and traffic managers
7. Delivering NextGen Improvements
7
Communication, Navigation, Surveillance, Information Sharing, Weather
National Airspace System (NAS) Voice System (NVS), Data Communications (Data Comm), Automatic Dependent
Surveillance-Broadcast (ADS-B), System Wide Information Management (SWIM), Common Support Services-
Weather (CSS-Wx), NextGen Weather Processor (NWP)
Foundational Infrastructure
Automation Platforms for Terminal, En Route, Tower and Traffic Flow Management
7
Departure Queue
Management, Pre-departure
Reroutes, Collaborative
Trajectory Options Program,
Integrated Departure/Arrival
Capability
Airborne Trajectory
Negotiation, Adjacent and
Extended Metering,
Airborne Reroutes
Ground Interval
Management, Path Stretch,
Terminal Sequencing and
Spacing
9. Drivers of Our Future
• New Entrants (Commercial
Space, Unmanned Aircraft
Systems)
• Cybersecurity
• International Collaboration
• Equipage
Cybersecurity
UAS
9
10. 10
Looking Beyond NextGen
• FAA is conducting early work to look at future
possibilities in the 2040 timeframe.
• FAA has a partnership with NASA to create
technologies to help NextGen fulfill its promise.
• The goal is to clearly define the most compelling
technical challenges facing the aviation industry, and
retire these challenges in a time frame that is
supported by the stakeholders and required by NASA’s
customers.