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In Zero to One, he argues that successful companies are those that have created a monopoly by solving a single problem while those that fail are businesses which have not successfully avoided competition.
The second is global or all-together approach by solving a single optimization problem.
For most of the instances, globally optimal integer solutions are obtained by solving a single convex problem.
As a consequence, the optimal controller transfer matrix can be obtained by solving a single one-sided polynomial matrix equation, two spectral factorizations, and three matrix fraction conversions.
After evaluation of (AK = A – KC, C) from the identified observability matrix, the method computes (BK = B – KD, D, K) and the initial condition by solving a single (well conditioned even for unstable systems) Least Squares problem.
This new formulation is nor sequential nor iterative, doesn't require use of Laplace or Fourier transform and provides a g-function by solving a single system of linear equations assembled in a block matrix system.
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Recent results in output-feedback controller design make possible an efficient computation of static output-feedback controllers by solving a single-step LMI optimization problem.
Moreover, it is based on recent advances in static output feedback control, which make possible the efficient computation of decentralized velocity-feedback controllers by solving a single-step optimization problem with Linear Matrix Inequality constraints.
However, instead of assigning function-specific network weights, we simultaneously optimize the weights on a group of related function categories by solving a single-constrained linear regression problem.
Mostafavi et al. [ 16] introduced a method, called SW, that simultaneously optimizes the weights on individual networks with respect to a group of related functional labels by solving a single-constrained linear regression problem.
The core idea of a parametric algorithm is scalarization, by which a multiobjective shortest path problem can be tackled by repeatedly solving a single-objective subproblem.
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by solving a direct
by solving a tri-level
by solving a blind
by solving a two-level
by solving a Laplacian
by solving a real
by solving a recursive
by solving a specific
by solving a suitable
by solving a nonhomogeneous
by solving a quadratic
by solving a dynamic
by solving a large
by solving a wide
by solving a simple
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Justyna Jupowicz-Kozak
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