*Modern Design,we developed the electric parts to make the machine size much smaller.
We show that the degree of over-constraint depends on machine size.
The engineering base and computational tools have to be developed to match machine size and volume.
The compromise between potential dynamism and machine size can be improved by using redundant drives.
As cost, machine size, and ease of use continue to improve, the applications of field ultrasound may continue to increase.
We store benchmark data in a directory structure based on benchmark, provider, operating system, region, date, and machine size.
This compensates the main disadvantage of parallel kinematic machines, i.e. the sometimes poor ratio of workspace to machine size.
Thus, a two-turn ERL may be a feasible path to reduce the linac cost and machine size.
Scenario parts represent a deployment information knowledge base for different independent parts of the cluster containing e.g. machine size and image information, key pair names, and files.
A downscaled desktop manufacturing machine that can control multi-DOF motions rapidly and smoothly on the basis of a reduced machine size was developed to meeting this demand.
