To overcome this drawback, a rotary intake and exhaust system was designed in which the valves open and close quickly.
A multivariate model was designed in which the contributions due to the height of the buildings and the distance between buildings had a significant effect on the received power signal.
In [2], a linear optimal tracking controller was designed, in which the main idea is to simplify the dynamics of the three-wheeled OMR as a linear time invariant model by using the kinematics.
Based on this, a 1×2 splitter is designed, in which the beam-splitting ratio can be adjusted by changing the eccentricity of the elliptical core.
A robust proportional-integral-differential controller is designed, in which the mechanical resonance, the coupling of inertia moment and torque, nonlinear of ultrasonic motor are considered.
A cascade configuration of MPC and PI controllers is designed in which the setpoints of the PI controllers are determined via a shrinking-horizon MPC.
A comparative study was designed in which the agreement of data from a DNA microarray assay used for typing Salmonella spp. between two different labs was assessed.
For scaling up purposes, a new configuration of the reactor was designed, in which the worms were positioned horizontally in the carrier material.
Based on these perturbations, a Markov chain Monte Carlo method is designed in which the inverse of the acceptance ratios is polynomial bounded.
An overhead stirring set-up was designed in which the presence and magnitude of the contact between the stir bar and the container could be manipulated.
A synthetic gene was designed in which the codon sequence in the LHRH decapeptide was modified by substituting the codon for 6-glycine with that of l-leucine.
