The present study investigated whether lateralized ERP components triggered during covert manual response preparation (ADAN, LDAP) reflect effector selection, the selection of movement direction, or both.
This suggests that this component might predominantly reflect effector selection, although the selection of movement direction also contributes to some degree.
Most importantly, the current design allowed us to investigate whether such components primarily reflect effector selection, the selection of movement direction, or a combination of both, by directly comparing ERP lateralizations triggered by response precues that specified either response hand or movement direction.
As expected, and analogous to Experiment 1, the LRP was triggered only when waveforms were computed in terms of cued effector (Fig. 4, right panel), thus again confirming that the LRP reflects effector-specific partial response activation, but is insensitive to other aspects of response programming such as the selection of movement direction.
A three-dimensional mapping summarizes previous results on the selection of alignment directions (parallel or perpendicular) and their pathways in terms of three dimensionless parameters: frequency, temperature and strain amplitude.
The first is the selection of descent directions and step lengths in order to handle the poorly scaled phase equilibrium problems associated with mixtures near bubble points and critical points.
Thus, admixture could boost the efficiency of selection in direction of higher survival under stressful conditions of starvation (Ellstrand and Schierenbeck 2000; Lee 2002; Facon et al. 2005).
However, the direction of the flow (stack configuration) would be the key issue to be considered in selection of the incremental direction of the manifold cross sectional area.
Multiple lever controls have a number of serious design problems associated with control selection and direction of motion of the control for a required machine output.
