Sentence examples for generating collision from inspiring English sources

At each contact point, there are several physical parameters that are useful for generating collision sound; see Figure 3. Engines usually provide the total impulse for the simulation frame.

With all these features in a single haptic system, it is possible to construct a three dimensional part by either haptic shape modeling or reverse engineering, then performing real-time mechanical property analysis in which the stiffness of a part can be felt and intuitively evaluated by the user, or generating collision free cutter tool path and CMM tolerance inspection path.

When n < 9, the average number of collision-set-n climbs up because of two reasons: firstly, the probability of generating collisions increases as the number of interfering readers grows, and secondly, the number of potential subsets that may generate collisions grows with the cardinality n.

In Experiment Two, the same participants were presented spatially generated collision alarms of the same reliability levels.

The Collision Risk Assessment Tool (CRASS), shall generate collision risk estimates and collision warnings based on collision probability for a time span on the order of one week.

Recent results have demonstrated that TIMS performs with high resolving power (up to 250, V/Δ V) and can be calibrated to generate collision cross section values within ∼2% of those obtained from DTIMS.

Afterwards, we introduce a collision avoidance strategy to generate collision-free measurement configurations.

The proposed method generates collision-free motion in which the robot can give way to humans.

This paper proposes a methodology to generate collision-free trajectories of free-ranging AGVs in automated container terminals, while minimizing the makespan of the whole container handling system.

With the HVCMM system, it is much easier to generate collision-free probe path than using other off-line inspection planning methods.

Based on the topological hierarchy of slice contours, the sequential multi-toolpath planning algorithm generates sequential toolpaths that avoid redundant tool movements, while the concurrent multi-toolpath planning algorithm generates collision-free concurrent toolpaths to further reduce the build-time.