Phase estimation using an approximate eigenstate

Consistent estimation using approximate likelihoods

Firing Rate Estimation Using an Approximate Bayesian Method

Spike sequence is generated from an underlying firing rate „ Spike sequence (activity of a single neuron) time 1 t 2 t 3 t 6 t … 7 t 8 t BACKGROUND Firing rate function Firing rate conveys information Estimation of firing rate from spike sequence | Firing rate estimation from a single sequence

Steering an eigenstate to a destination

The control of time evolution of a quantum state under various physical constraints is investigated and solved in the context of a two-level system. We have discovered a general scheme of steering an eigenenergy state to a destination without net nonadiabatic transitions, and we discuss how the result may be tested and utilized in practice.

Approximate maximum-likelihood estimation using semidefinite programming

We consider semidefinite relaxations of a quadratic optimization problem with polynomial constraints. This is an extension of quadratic problems with boolean variables. Such combinatorial problems can in general not be solved in polynomial time. Semidefinite relaxations has been proposed as a promising technique to give provable good bounds on certain boolean quadratic problems in polynomial ti...

Linear Three-phase State Estimation for Lv Grids Using Pseudo Measurements Based on Approximate Power Distributions

The large increase of distributed generation (DG) of photovoltaic (PV) systems in low voltage (LV) grids results in increasing voltage magnitudes and line loadings. Due to a lack of network observability in present LV grids, distribution system operators (DSOs) cannot detect and respond to any limit violations. Even with data collected by the expected rollout of smart meters, full network obser...