New generation embedded systems demand high performance, efficiency, and flexibility.
Reconfigurable hardware can provide all these features. However, the costly reconfiguration …

Partial reconfiguration suffers from low performance and thus its use is limited when the
reconfiguration overhead is too high compared to the task execution time. To overcome this …

Reconfigurable hardware can be used to build multi-tasking systems that dynamically adapt
themselves to the requirements of the running applications. This is especially useful in …

Recent research indicates the promising performance of employing reconfigurable systems
to accelerate multimedia and communication applications. Nonetheless, they are yet to be …

Currently, reconfigurable hardware devices feature a high density of heterogeneous
resources to enable multitasking and offer flexibility in application needs. These concepts …

El análisis de imágenes hiperespectrales en observación remota de la Tierra constituye una
línea de investigación muy activa, con numerosas contribuciones en la literatura científica …

Task graph scheduling for reconfigurable hardware devices can be defined as finding a
schedule for a set of periodic tasks with precedence, dependence, and deadline constraints …

The dynamically reconfigurable Field Programmable Gate Arrays (FPGAs) are most
frequently employed for developing adaptive embedded systems. They are also being …

Reconfigurable hardware devices are increasingly being adopted in the design of emerging
complex embedded systems since they offer novel reconfiguration capabilities and a high …

With the advent of run-time partial reconfiguration, the most recent reconfigurable devices
support reconfiguring hardware tasks individually, without interrupting the remaining tasks …