Contributions to Risk Assessment with Edgeworth–Sargan Density Expansions (I): Stability Testing

Stability of $g$-Frame Expansions

In this paper we investigate the stability of one-sided perturbation to g-frame expansions. We show that if $Lambda$ is a g-frame of a Hilbert space $mathcal{H}$, $Lambda_{i}^{a}=Lambda_{i}+Theta_{i}$ where $Theta_{i} in mathcal{L}(mathcal{H},mathcal{H}_{i})$, and $widetilde{f}=sum_{i in J}Lambda_{i}^{star}widetilde{Lambda}_{i}^{a}f$, $widehat{f}=sum_{i in J}(Lambda_{i}^{a})^{star}widetilde{Lam...

Vestibular contributions to visual stability

Kaptein RG and Van Gisbergen JAM. Effect of gravity cues on spatial updatingduring sinusoidal rotation. Program No. 168.6. Abstract viewer/Itinerary Planner.Washington, DC: Society for Neuroscience, 2005 Kaptein RG and Van Gisbergen JAM. Bistable perception of verticality duringroll tilt. Program No. 868.3. Abstract Viewer/Itinerary Planner. Washington, DC:Society for Neuroscien...

Attachment I - - Final Risk Assessment

Phenotypic modifications to conspecific density arising from predation risk assessment

Organisms often perceive predation risk through visual, auditory, or chemical cues that accompany or persist after an attack on other prey individuals. In this paper an argument is developed that suggests that it is adaptive for species that use such indirect cues to include conspecific density in the assessment of predation risk, and to respond to conspecific density by modifying phenotype (e....

Passive and Active Contributions to Glenohumeral Stability

Fresh-frozen shoulder specimens were used to evaluate restraining forces provided by capsuloligaments and muscles crossing the glenohumeral (GH) joint to better understand various factors contributing to GH stability. The humeral head was translated in the posterior-anterior (PostAnt), inferior-superior (Inf-Sup), and medial-lateral (MedLat) directions, and rotated about the humeral long axis r...