Add to ORKGMode S Secondary Surveillance Radar establishes selective and univocally addressed transactions with aircraft within its coverage while using efficiently the available budgets of time and energy. This benefits are key to supporting high-traffic density. A preliminary interleaving algorithm for the scheduling of Short Length Message transactions is presented and tested under a heavy load simulated scenario.IX Workshop Procesamiento de Señales y Sistemas de Tiempo Real (WPSTR)Red de Universidades con Carreras en Informática (RedUNCI
Real-time resource allocation is crucial for phased array radars to undertake multi-task with limite...
In recent years phased array antenna technology has been maturing rapidly and this form of transduct...
This thesis formulates a stochastic scheduler for use in adaptive resource management of a single Gr...
Mode S Secondary Surveillance Radar establishes selective and univocally addressed transactions with...
The increasing trend in air traffic density will continue in the near future with the addition of di...
International audienceAirborne radars are widely used to perform a large variety of tasks in an airc...
Electronic Support Measures (ESM) receivers exist that are capable of detecting the transmissions fr...
Airborne radars are widely used to perform a large variety of tasks in an aircraft (searching, track...
Grouping of a set of Secondary Surveillance Radar (SSR) Mode S stations into functional entities cal...
Radars equipped with an Electronically Scanned Antenna (ESA) have the potential of directing the ele...
The problem of scheduling the searching, verification, and tracking tasks of a ground based, three-d...
In a multifunction radar, the maximum number of targets that can be managed or tracked is an importa...
Includes bibliographical referencesThe findings presented in this thesis support the hypothesis that...
Abstract: Managing resources in a radar system is a challenging task that requires integrated optimi...
The new generation of air defence frigates has to be equipped with a high performance sensor suite t...
Real-time resource allocation is crucial for phased array radars to undertake multi-task with limite...
In recent years phased array antenna technology has been maturing rapidly and this form of transduct...
This thesis formulates a stochastic scheduler for use in adaptive resource management of a single Gr...
Mode S Secondary Surveillance Radar establishes selective and univocally addressed transactions with...
The increasing trend in air traffic density will continue in the near future with the addition of di...
International audienceAirborne radars are widely used to perform a large variety of tasks in an airc...
Electronic Support Measures (ESM) receivers exist that are capable of detecting the transmissions fr...
Airborne radars are widely used to perform a large variety of tasks in an aircraft (searching, track...
Grouping of a set of Secondary Surveillance Radar (SSR) Mode S stations into functional entities cal...
Radars equipped with an Electronically Scanned Antenna (ESA) have the potential of directing the ele...
The problem of scheduling the searching, verification, and tracking tasks of a ground based, three-d...
In a multifunction radar, the maximum number of targets that can be managed or tracked is an importa...
Includes bibliographical referencesThe findings presented in this thesis support the hypothesis that...
Abstract: Managing resources in a radar system is a challenging task that requires integrated optimi...
The new generation of air defence frigates has to be equipped with a high performance sensor suite t...
Real-time resource allocation is crucial for phased array radars to undertake multi-task with limite...
In recent years phased array antenna technology has been maturing rapidly and this form of transduct...
This thesis formulates a stochastic scheduler for use in adaptive resource management of a single Gr...