In this paper, we first analyze discrete-time finite-horizon hands-off control, where we give a feasibility condition based on the system controllability, and also develop an equivalence theorem between ℓ 0- and ℓ 1-optimal controls based on the idea of RIP.
Slaveholders also developed an equivalence unit called "the prime field hand". They assigned certain capabilities to the prime hand, such as expected production per day.
It should be noted that although polynomial-time algorithms have been developed for equivalence test and unique representation form problems for bounded degree graphs [32, 33] and chemical compounds [34], they are not directly applicable to efficient enumeration of chemical graphs.
Also notable is a recent effort to develop a Neurotoxic Equivalence Scheme that would take into account multiple mechanisms [ 94].
We use this equivalence to develop sensitivity analysis for the nonconvex variational inequalities without assuming the differentiability of the given data.
More remains to be done to develop techniques for evaluating exam equivalence and student equivalence.
To approach this problem area, we define equivalence between driving cycles based on mean tractive force, and develop algorithms and methods for equivalence-modification and equivalence-transformation of driving cycles.
Therefore, an intelligent design of the kinematic chain can be made using the equivalence developed here.
Group classification with respect to the arbitrary velocity function has been performed using a newly developed technique of equivalence transformations.
This paper develops a payoff equivalence theorem for mechanisms with ambiguity averse participants with preferences of the Maxmin Expected Utility (MEU) form (Gilboa and Schmeidler, 1989).
In order to further reveal this peeling process, a model of two-dimensional finite element analysis was developed, where an equivalence of rectangular sections to cylindrical sections of CNTs and a bilinear cohesive law were employed.
