Sentence examples for flexible paradigms from inspiring English sources

In this paper, our main objective is to explore how Linux Software Routers (SRs) can deploy advanced and flexible paradigms for supporting novel control-plane functionalities and applications.

This highly flexible paradigm has been successfully applied in engineering, statistics, computer science, and economics to solve a broad range of dynamical systems problems.

Relevant to these intelligent systems is the use of (a) Multiagent systems provides a flexible paradigm to model the different levels of autonomy and dependency that each component can have in a Smart Environment [21 23], and (b) Robots: providing a valuable tool both as an interface and as an actuator within a smart environment.

Unfortunately, this ignores really important and different features of the various methods available, including the one used in our study, and the highly flexible paradigm designs that ASL based methods now afford neuroscience (compared to positron-emission tomography (PET)) to probe brain activity in very different ways and with varying degrees of improved signal-to-noise (SNR).

Events can also pave the way for flexible interaction paradigms.

CRs received considerable attention the last decade, towards providing a flexible communications paradigm.

Consequently, this mandates the requirement of a flexible visualization paradigm to ensure effective and efficient perception and comprehension of the data.

In this paper we study a particular type of vehicle routing problem that arises in the context of scheduling an automatic guided vehicle (AGV) in the Flexible Manufacturing paradigm.

To demonstrate the potential for a cost-effective and flexible computing paradigm for regional seismic simulation, the computational framework is applied to perform seismic simulation of a virtual city with 50 high-fidelity structural models and 100,000 moderate-fidelity building models.

This leads to a flexible space-aware paradigm supporting the indirect communication between organisms, including both message passing and data sharing.

Instead, the data fit a more flexible LD group paradigm, where SNPs in high LD are not required to be contiguous.