Light field microscopy is a high-speed computational imaging method, which enables reconstruction of a 3-dimensional volume from a light field image.
Here, we propose a novel method which enables the control of the precision within a frequency bandwidth.
This paper reports on a novel calibration method which enables completely automatic identification of the kinematics of a walking hexapod robotic machine tool.
Here an automated scalarisation method is developed for the linear programming method which enables the multi-objective optimisation of the operational profile.
Consequently, this paper proposes a method which enables an automatic product form search or product image evaluation by means of fuzzy neural network and genetic algorithm.
The governing equations are obtained using the "Bypassing PDE׳s" method with the expanded Galerkin׳s method, which enables finding the symbolic solution of the governing equations.
This paper introduces the SoS Architecting with Ilities (SAI) method, which enables systems architects to design for ilities from the conceptual design phase.
To fulfill these requirements an accurate performance evaluation method which enables to see the effects on the exhaust gas composition is an important necessity.
This study is expected to provide a new fabrication method which enables great flexibility of designing microlens array for various optical applications.
Quantum Cellular Automata (QCA) is a novel and attractive method which enables designing and implementing high-performance and low-power consumption digital circuits at nano-scale.
The investigation proved the usefulness of XMT method, which enables the microstructural characterisation of the composed (cement rock) samples during the subsequent stages of the experiment.
