2, we discuss the fundamentals of the mean shift algorithm, the available speedup strategies and the most important mean shift-based image segmentation methods.
Here we discuss the fundamentals of cancer prevention including the targets, cohorts, agents, endpoints, mechanistic biomarkers, designs, and strategies employed in preventive drug development.
This chapter will discuss the fundamentals of a cryogenics system and its requirements for HTS, wet and dry system cooling methods, cryogenics issues with cooling sources, heat sources and measurement, cryostat construction, practical thermometry in dry/cryogen-free systems, development and applications using cryogenics and HTS, and associated challenges.
In this article, we discuss the fundamentals of the bioelectrical signals recording, and the advancements in the field of nano-bioelectronics, that is, the different kinds of materials and designs used to improve the cellular-device interface to enable recording and stimulation of the neuronal cells.
The main purpose of this article is to discuss the fundamentals of the need for bone to experience the effects of loading and disuse, why bone loss due to disuse occurs, and how it is the target of skeletal physiology which drives pathological bone loss in conditions that may not be seen as being primarily due to disuse.
We have introduced the semantics in our previous work [ 9, 10, 14], for completeness sake, we will briefly discuss the fundamentals of Model Checking in this work again.
In this chapter we discuss the fundamental principles of electron-impact excitation of atoms (mainly illustrated with argon) and experimental results that are relevant to plasma applications.
Starting from the Chua model [1] which provides the basics of memristors, we discuss the fundamental definition of memristors.
We discuss the fundamental constants of physics within the Standard Model of particle physics.
In this article, I discuss the fundamental characteristics of imaging data in the context of studying plant networks and give an overview of existing skeletonization concepts.
Here, we discuss the fundamental functions of each GI tract organ and summarize the diversity of epithelial structures present along the cephalocaudal axis of the GI tract.
