Abstract: The NFFP project Challenges in Airborne communication is dedicated to the study of network management and quality of service in future airborne networks. In communication networks with airborne assets, the primary challenges are related to the dynamics with changing topologies and link performance. CAN will address fundamental aspects related to the monitoring and control of these networks to maximise overall system performance. Develop requirements for future airborne networks related to services, performance, network management and quality of service. Identification of communication architectures and technologies relevant to the airborne network of tomorrow. Develop principles and solutions for airborne platforms acting as intelligent nodes in airborne networks. Study the migration of legacy systems to leverage future upgrades. Develop requirements for future airborne networks related to services, performance, network management and quality of service. Identification of communication architectures and technologies relevant to the airborne network of tomorrow. Develop principles and solutions for airborne platforms acting as intelligent nodes in airborne networks. Study the migration of legacy systems to leverage future upgrades. (Svenskt referat ej tillgängligt).Abstract: The NFFP project Challenges in Airborne communication is dedicated to the study of network management and quality of service in future airborne networks. In communication networks with airborne assets, the primary challenges are related to the dynamics with changing topologies and link performance. CAN will address fundamental aspects related to the monitoring and control of these networks to maximise overall system performance. Develop requirements for future airborne networks related to services, performance, network management and quality of service. Identification of communication architectures and technologies relevant to the airborne network of tomorrow. Develop principles and solutions for airborne platforms acting as intelligent nodes in airborne networks. Study the migration of legacy systems to leverage future upgrades. Develop requirements for future airborne networks related to services, performance, network management and quality of service. Identification of communication architectures and technologies relevant to the airborne network of tomorrow. Develop principles and solutions for airborne platforms acting as intelligent nodes in airborne networks. Study the migration of legacy systems to leverage future upgrades.