Ptychographic Iterative Engine
Ptychographic Iterative Engine - An optical alignment and a corresponding reconstruction algorithm are proposed to realize a single shot ptychographical iterative engine (pie). Ptychographic iterative engine (pie) is proposed to retrieve the scattered wavefront from diffraction patterns that are recorded at a set of laterally scanning positions with a specific. The first occurrence of an iterative algorithm was the ptychographic iterative engine (pie) [5], which addressed the ptychographic reconstruction problem through sequential updates. Our results demonstrate that these new techniques significantly improve the convergence properties of the pie numerical optimization problem. The ptychographic iterative engine (pie) algorithm [7] proposed by prof. In this paper, we revisit the first such algorithm, the ptychographical iterative engine (pie), and show how a simple revision and powerful extension can deliver an order of magnitude speed.
Multiple light beams generated by. The ptychographic iterative engine (pie) algorithm [7] proposed by prof. Our results demonstrate that these new techniques significantly improve the convergence properties of the pie numerical optimization problem. An optical alignment and a corresponding reconstruction algorithm are proposed to realize a single shot ptychographical iterative engine (pie). The first occurrence of an iterative algorithm was the ptychographic iterative engine (pie) [5], which addressed the ptychographic reconstruction problem through sequential updates.
(PDF) Ptychographic iterative diffraction microscopy with laser light Othmar Marti Academia.edu
The ptychographic iterative engine (pie) algorithm [7] proposed by prof. In this paper, we revisit the first such algorithm, the ptychographical iterative engine (pie), and show how a simple revision and powerful extension can deliver an order of magnitude speed. Rodenburg is a powerful phase retrieval method with the advantages of cdi [8] and ptychography [9, 10]. Multiple light beams.
Iterative optimization cycle for a Stirling engine regenerator performance Download Scientific
Our results demonstrate that these new techniques significantly improve the convergence properties of the pie numerical optimization problem. In this paper, we revisit the first such algorithm, the ptychographical iterative engine (pie), and show how a simple revision and powerful extension can deliver an order of magnitude speed. The ptychographic iterative engine (pie) algorithm [7] proposed by prof. Rodenburg is.
Diagram of the ptychographic iterative engine (PIE) algorithm. Download Scientific Diagram
The ptychographic iterative engine (pie) 12,13 is an iterative phase retrieval approach employing the diffraction patterns as a known illumination function. An optical alignment and a corresponding reconstruction algorithm are proposed to realize a single shot ptychographical iterative engine (pie). Multiple light beams generated by. Ptychographic iterative engine (pie) is proposed to retrieve the scattered wavefront from diffraction patterns that.
Diagram of the ptychographic iterative engine (PIE) algorithm. Download Scientific Diagram
The ptychographic iterative engine (pie) 12,13 is an iterative phase retrieval approach employing the diffraction patterns as a known illumination function. Ptychographical iterative engine (pie) is an attractive modality of phase retrieval that can provide the quantitative phase of the sample and extend the field of view. Multiple light beams generated by. The ptychographic iterative engine (pie) algorithm [7] proposed.
(PDF) Further improvements to the ptychographical iterative engine
In this paper, we revisit the first such algorithm, the ptychographical iterative engine (pie), and show how a simple revision and powerful extension can deliver an order of magnitude speed. An optical alignment and a corresponding reconstruction algorithm are proposed to realize a single shot ptychographical iterative engine (pie). The first occurrence of an iterative algorithm was the ptychographic iterative.
Ptychographic Iterative Engine - The first occurrence of an iterative algorithm was the ptychographic iterative engine (pie) [5], which addressed the ptychographic reconstruction problem through sequential updates. The ptychographic iterative engine (pie) 12,13 is an iterative phase retrieval approach employing the diffraction patterns as a known illumination function. In this paper, we revisit the first such algorithm, the ptychographical iterative engine (pie), and show how a simple revision and powerful extension can deliver an order of magnitude speed. Ptychographical iterative engine (pie) is an attractive modality of phase retrieval that can provide the quantitative phase of the sample and extend the field of view. Ptychographic iterative engine (pie) is proposed to retrieve the scattered wavefront from diffraction patterns that are recorded at a set of laterally scanning positions with a specific. Rodenburg is a powerful phase retrieval method with the advantages of cdi [8] and ptychography [9, 10].
An optical alignment and a corresponding reconstruction algorithm are proposed to realize a single shot ptychographical iterative engine (pie). Ptychographic iterative engine (pie) is proposed to retrieve the scattered wavefront from diffraction patterns that are recorded at a set of laterally scanning positions with a specific. The first occurrence of an iterative algorithm was the ptychographic iterative engine (pie) [5], which addressed the ptychographic reconstruction problem through sequential updates. The ptychographic iterative engine (pie) 12,13 is an iterative phase retrieval approach employing the diffraction patterns as a known illumination function. The ptychographic iterative engine (pie) algorithm [7] proposed by prof.
Ptychographic Iterative Engine (Pie) Is Proposed To Retrieve The Scattered Wavefront From Diffraction Patterns That Are Recorded At A Set Of Laterally Scanning Positions With A Specific.
In this paper, we revisit the first such algorithm, the ptychographical iterative engine (pie), and show how a simple revision and powerful extension can deliver an order of magnitude speed. As a lensfree imaging technique, ptychographic iterative engine (pie) can provide quantitative amplitude and phase distributions of samples in an extremely large field of view. Our results demonstrate that these new techniques significantly improve the convergence properties of the pie numerical optimization problem. Rodenburg is a powerful phase retrieval method with the advantages of cdi [8] and ptychography [9, 10].
Ptychographical Iterative Engine (Pie) Is An Attractive Modality Of Phase Retrieval That Can Provide The Quantitative Phase Of The Sample And Extend The Field Of View.
The first occurrence of an iterative algorithm was the ptychographic iterative engine (pie) [5], which addressed the ptychographic reconstruction problem through sequential updates. The ptychographic iterative engine (pie) algorithm [7] proposed by prof. Multiple light beams generated by. The ptychographic iterative engine (pie) 12,13 is an iterative phase retrieval approach employing the diffraction patterns as a known illumination function.