Inverse problems occur in a wide range of scientific applications, such as in the fields of signal processing, medical imaging, or geophysics. This work aims to present to the field practitioners, in an accessible and concise way, several established and newer cutting-edge computational methods used in the field of inverse problems—and when and how these techniques should be employed.
WComp, a Middleware for Ubiquitous Computing
Computational Spectrum of Agent Model Simulation
Applications of Soft Computing in Engineering Problems
A Yorta Yorta man’s seventy-three-year search for the story of his Aboriginal and Indian ancestors including his Indian Grampa who, as a real mystery man, came to Yorta Yorta country in Australia, from Mauritius, in 1881 and went on to leave an incredible legacy for Aboriginal Australia. This story is written through George Nelson’s eyes, life and experiences, from the time of his earliest …
Towards Conformal Interstitial Light Therapies: Modelling Parameters, Dose Definitions and Computational Implementation
Uncertainty and Error Handling in Pervasive Computing: A User's Perspective
Content Adaptation in Ubiquitous Computing
An approach to representation of type-2 fuzzy sets using computational methods of computer graphics
Bioprocess optimization is important in order to make the bioproduction process more efficient and economic. The conventional optimization methods are costly and less efficient. On the other hand, modeling and computer simulation can reveal the mechanisms behind the phenomenon to some extent, to assist the deep analysis and efficient optimization of bioprocesses. In this chapter, modeling and c…