exceedance probability 
For estimation algorithm optimization, we applied a minimax approach with the risk measure in the form of the exceedance probability of the estimate of a prescribed level by an error.


Quantiles of these distributions are estimated to characterize the levels of water flow and turbidity with a given exceedance probability.


In the latter case, the distribution censored by the nonexceedance probability threshold, FT, was considered.


The usually calculated exceedance probability curves of ground motion are reduced as cumulative probability curves of normal distribution on some assumptions in this paper.


The larger the uncertainty, the flatter the exceedance probability curve is.


Therefore, the more important structure with longer service periods will be designed for higher seismic loads, in case the exceedance probability of seismic hazard in different service period is same.


Output from multiple runs is processed to calculate the exceedance probability for cumulative exposure over a range of occupation types, locations and exposure periods.


Alternatively, methods focusing on the expected exceedance probability can be used.


Influence of weak trends on exceedance probability


Studying the hypothetical case of a trend superimposed on a random stationary variable, we highlight the strong influence of possible nonstationarities on exceedance probability.


This paper presents a method based on the firstorder reliability method (FORM) to assess the exceedance probability of a target dissolved oxygen concentration in a stream, using a StreeterPhelps prototype model.


Furthermore, a parametric sensitivity analysis was conducted to show the effect of selection of different probability distribution functions for the three most important parameters on the design point, exceedance probability, and importance factors.


The hazard at the selected sites is given by "the hazard curve" that is represented by the relationship between the peak ground acceleration and its annual exceedance probability.


Considering the mean results from the two models, the annual exceedance probability of the expected ground acceleration from ASM is approximately ten times higher than the annual exceedance probability from LSM.


Then, they are used for the numerical calculation of both the specific rain attenuation and the exceedance probability function, in the case of a hypothetical satellite link located in various climatic regions.


ON THE ACCURATE MODELING OF MILLIMETER WAVE FIXED WIRELESS CHANNELS EXCEEDANCE PROBABILITY


These expressions are employed and an analytical method to evaluate the rain attenuation exceedance probability over a fixed wireless access link is presented.


At an exceedance probability of 103 per annum, the median value of peak ground acceleration on rock at the site is 0.31g, and at an exceedance probability of 104 per annum, the median peak ground acceleration at the site is 0.39g.


Conduct probabilistic seismic hazard analysis and determine ground motion level corresponding to the target exceedance probability.


Exceedance probabilitydistributions shifted in a complex way depending on the measurement height as the plume evolved downstream.

