Sentence examples for steering constraints from inspiring English sources

MRI steering constraints and physiological parameters for the chemoembolization of liver tumors were taken into account to design magnetic iron cobalt nanoparticles encapsulated into biodegradable poly d,l-lactic-co-glycolic acid) (PLGA) microparticles with the appropriate saturation magnetization (Ms).

It is shown that the local steering constraint performs best, at the cost of increasing the size of the problem.

To ensure manufacturability, a steering constraint is introduced: the norm of the gradient of the fibre angle distribution is constrained.

This robot is capable of forward and backward motion, subject to a maximal steering angle constraint.

Efficiency in energy consumption is attracting greater and greater attention in recent years to the point that it is becoming one of the major constraints steering the evolution of our society.

This paper deals with the active control with steering angle saturation constraint in vehicle to improve the safety and its stability.

In [22, 23], we realized this concept explicitly by designing a transmit-nulling SDMA (TN-SDMA) codebook satisfying both null-steering and orthogonality constraints, where each precoding matrix comprises mutually N−1 (N denotes the number of transmit antennas) orthonormal vectors that are orthogonal to the array steering vector in the direction of a coexisting system.

Research on ICR-based motion controllers has focused on handling structural singularities and misses a more general consideration of the chassis' kinematic and physical constraints like steering, velocity and acceleration constraints.

In [19], assuming either the peak sidelobe level (PSL) or the integrated sidelobe level (ISL) as figure of merit, the robust waveform covariance matrixes design has been addressed for the purpose of optimizing the worst-case transmit beampattern over steering mismatches accounting for power constraint and 3 dB main-beam width constraint.

The experimental test platform is an autonomous ground vehicle with Ackermann steering geometry which brings nonholonomic constraints to the vehicle.

Two guidance laws are proposed to solve this problem, and both explicitly take into account the constraints on the steering angle and ensure tracking an arbitrarily curved path.