Multi-environment trials are often analyzed using mixed models (Annichiarico 2002,Smith et al. 2005).
Property rights of shared scientific data are often analyzed by applying formal intellectual property law.
The manipulator performances are often analyzed using the manipulability ellipsoids which depend on the manipulator Jacobian.
Multi-environment trials are often analyzed to assess the yield stability of genotypes.
Adenine (A) and guanine (G), important bases of nucleic acids, are often analyzed by separation coupled spectroscopic detection methods.
At the level of the sample, contextual factors are often analyzed for comparison (e.g., age, socioeconomic background), as well as motivational aspects and computer experience.
Steel building frames are often analyzed for stability in an elastic way, while most of their columns behave inelastically at the buckling stage.
Neural records of cells in the visual system are often analyzed in terms of the cell's receptive field and its temporal response.
Laboratory column experiments involving steady flow in homogeneous soil are often analyzed assuming that the flow is spatially uniform in any plane transverse to the longitudinal axis aligned with the column centerline.
Among these studies, birth sequence, education level, health status, income, and family status are often analyzed as influential independent variables, while fertility policies and the effects of the traditional fertility culture are rarely expressed in the sophisticated quantitative models, or, only as background factors and reference variables to differentiate periods of time.
In particular, RSP-aided ILEA sprinting involves humans and RSPs, as well as the kinematic and dynamic interactions between them, and its kinematics and dynamics analyses are technically complex compared with those of general rigid body systems that are often analyzed in the robotics field.
