Ease of development and maintenance, support for dynamic behaviour, high performance, soft and hard real-time constraints, and reduction of physical footprint are just some of the requirements of mission-critical Java developers.
With the increased penetration into mission-critical and the expected eventual integration into safety-critical applications, the need to assure that Java can deliver reliable operation without exceeding resource constraints has increased. To meet these demands, real-time Java has moved increasingly into the mission-critical domain.
Examples of such applications include management of network infrastructure, automation of manufacturing processes and control of power generating equipment.
As the complexity of embedded applications evolves, real-time Java is increasingly being used in large-scale applications that demand higher levels of abstraction, portability, and dynamic behaviour.
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