Structural reliability methods aim at computing the probability of failure of systems with respect to some prescribed performance functions.
This paper presents an efficient approach to contact force distribution, which is aimed at computing optimal contact forces to generate the required wrench for grasping an object.
Our formulations and techniques are not aimed at computing individual realizations, i.e., sample paths, for the solution of the SNLSE á la Monte Carlo.
This paper presents improvements of a method (Stum et al., 2011) aimed at computing the water vapor path delay correction of altimeter sea surface height, using total precipitable water measurements from scanning microwave radiometers.
To realize this, we compare well-known rule learners, such as CN2, RIPPER, PART, FOIL and C5.0 rules, with the benchmark system SL2 that explicitly aims at computing small rule sets with few literals.
Therefore, the proposed article aims at computing the solution to the problem (3).
We thus aimed at computing the pressure-induced phase transition of 3C SiC by formulating an effective interatomic potential.
The reliability analyses aim at computing the probability of failure regarding a specific failure scenario known as limit state.
According to the LO theory, we aim at computing the minimum of problem (25) to calculate the minimal energy consumption.
On the downlink, [4, 5] aimed at computing an averaged OCIF over the cell by numerical integration in hexagonal networks.
