Sentence examples for address the important problem from inspiring English sources

We address the important problem of the mutual pairing of users, which directly governs the overall network performance.

In this article we address the important problem of robust control design for an underactuated manipulator robot with three joints.

In this paper, we address the important problem of minimizing average communication latency for the active flows while providing energy-efficiency in wireless sensor networks.

Another stated that his mentor "pointed out.the critical nature of trying to identify and address the important problem", which became a key component of his heuristic of pursuing important research questions.

But on a day commemorating the life of a leader who did not back down when faced with hard problems, it is worth remembering that we have the tools to address the important problems affecting the management of resources, like water, food and energy.

This paper addresses the important problem of detecting pulsing denial of service (PDoS) attacks which send a sequence of attack pulses to reduce TCP throughput.

Demestichas et al. [18] identified and addressed the important problem of service configuration and distribution in a composite radio environment (SCD-CRE).

This trend addresses the important problem of chronic illnesses, highlighted by multiple international organizations as a core issue in future healthcare.

This study addresses the important problem of the effect of adsorbate interactions and surface heterogeneity on a surface reaction in the presence of pore diffusional resistance (expressed through the conventional effectiveness factor plots).

The present work addresses the important problem of resilience or nonfragility which is the maintenance of convergence or performance when the observer is erroneously implemented due possibly to computational errors, e.g., round off errors in digital implementation or sensor errors.

The present work addresses the important problem of stochastic resilience or non-fragility of a discrete-time Luenberger observer which is the maintenance of convergence and/or performance when the observer is erroneously implemented possibly due to computational errors i.e. round off errors in digital implementation or sensor errors, etc.