Sentence examples for congestion analysis from inspiring English sources

Detecting human beings accurately in a visual surveillance system is crucial for diverse application areas including abnormal event detection, human gait characterization, congestion analysis, person identification, gender classification and fall detection for elderly people.

Nowadays new sources are available to study the complexities of congestion, enabling analysis that are spatially and temporally more detailed.

Most of these studies focus on seeking sources of congestion and qualitative analysis of policies to relieve congestion.

In order to a reliable operation of power system, a probabilistic approach of network congestion for reliability analysis is used in this paper, which embeds the deterministic framework within a probabilistic approach.

A crowdsourced function, meanwhile, gives a real-time analysis of congestion on Tokyo's notoriously crowded subway lines, from Level 1 (seats available) to Level 5 (packed in, can't move) to the dreaded Level 6 (impossible to board the train at all).

A merged indicator was created based on both travelers' feelings and frequency they met from the nine congestion situations using factor analysis.

The simplicity of the approach allows for quick identification of candidate areas, however, a more detailed analysis considering congestion, and local infrastructure details, should be conducted as a next step.

Since Active Queue Management (AQM) was recommended by the Internet Engineering Task Force IETFF) as an efficient way to overcome performance limitations of Transmission Control Protocol (TCP), several studies have proven control theory to be a promising field for the design and analysis of congestion control in homogenous communication networks.

Any analysis designing congestion mitigation strategies would need to take this variability into account, but complex chemistry-transport models are computationally intensive and may be impractical if direct economic costs dominate.

Accurate modeling of queueing dynamics is important in the design and analysis of Internet congestion control.

A sensitivity analysis on passenger congestion illustrates a quantitative evidence that the non-cyclic timetables can account better for high density demand in comparison to cyclic timetables.