Sentence examples for application-specific constraints from inspiring English sources

From these aspects, it is clear that the design of sensor networks under energy, bandwidth, and application-specific constraints spans all layers of the protocol stacks and it is very important to have a common framework enabling all these points be taken into account even if with different approximation degrees.

However, in certain application cases, unique identification is either inherently impossible, such as in multiple-source localization, or infeasible because of application-specific constraints.

Hence, we present a mixed integer programming model to optimize the performance of graphical rendering and simulation performance while satisfying application specific constraints.

An ontology may be decomposed into a layer of binary fact types and a layer of application specific constraints imposed on these fact types.

This interdependence can be exploited, through cross-layer cooperation, to guarantee application-specific QoS constraints.

We present a multi-objective optimization methodology for self-organizing, adaptive wireless sensor network design and energy management, taking into consideration application-specific requirements, communication constraints and energy-conservation characteristics.

We present a memetic algorithm that dynamically optimizes the design of a wireless sensor network towards energy conservation and extension of the life span of the network, taking into consideration application-specific requirements, communication constraints and energy consumption of operation and communication tasks of the sensors.

Furthermore, there are always application-specific requirements and constraints, and it is close to impossible to design a good general-purpose algorithm.

The design of efficient optimization techniques is important to synthesize application-specific distributed systems with timing constraints.

The motivation behind the proposed architecture stems from the current trend to overcome the constraints of application-specific WSNs and provide a federated system that is more efficient, flexible, and adaptive in a wide sense.

Among the available technologies, microcontrollers and digital signal processors (DSPs) are not valid due to processing and real-time constraints, while application-specific integrated circuits (ASICs) are discarded since their development time is too high for a prototype (although they offer better performance).