However, these studies acknowledge that the sequence data accumulated so far is of draft quality, which may contain errors and omissions to be resolved by subsequent studies.
The errors are largely random and unlikely to be resolved by further training.
Efforts have been made to utilize global positioning system (GPS) devices to record running speed and estimate expenditure relative to speed [1], but these devices exhibit relatively low resolution, and some problems inherent to the technology have yet to be resolved (e.g. altitude errors, errors on curved courses) [2], [3].
"It needs to be resolved.
Identified errors will be resolved between the data coordination centre and clinical sites.
These errors could be resolved by additional sequences generated by other technologies.
As noted above, the beauty of the spinal reflex arc is that proprioceptive prediction errors can be resolved simply, quickly and automatically by agonist and antagonist muscles.
If the precision of high-level representations supervenes, then proprioceptive prediction errors will be resolved through classical reflex arcs and movement will ensue.
The process of gene annotation identifies assembly and sequencing errors, but as full finishing will only be performed on the X chromosome it is unlikely that these errors will be resolved under current plans.
However, there is a potential problem here: If proprioceptive prediction errors can be resolved by classical reflexes or changing (proprioceptive) expectations, how does the brain adjudicate between these two options?
However, if proprioceptive precision is higher, then proprioceptive prediction errors may well be resolved by changing top-down predictions to accommodate the fact that no movement is sensed.
