INVESTIGATION ON MATERIAL VARIANTS AND FABRICATION METHODS FOR MICROSTRIP TEXTILE ANTENNAS: A REVIEW BASED ON CONVENTIONAL AND NOVEL CONCEPTS OF WEAVING, KNITTING AND EMBROIDERY

Wearable electronics Apricot Kernel sector is a fast-growing industry due to the rapid progress gained by developing textile-based conductive materials and conductive yarns.The demand for wireless communication in smart textiles has been increasing progressively, and therefore textile antennas will create potential benefits for wireless application

Background: Hemodynamic optimization of unstable patients by means of fluid resuscitation improves patient outcome, but choosing the correct amount of fluid can be difficult.Too little fluid may not ensure adequate perfusion whereas too much fluid is associated with increased mortality.Static parameters are not sufficiently sensitive to MORNING RIS

As an essential step in 3D reconstruction, stereo matching still faces unignorable problems due to the high resolution and complex structures of remote sensing images.Especially in occluded areas of tall buildings and textureless areas of waters and woods, precise disparity estimation has become a difficult but important task.In this paper, we deve

This paper presents a game-theoretic approach for solving MUSHROOM SYNERGY network congestion in the Smart Grid.A smart grid environment with high penetration of Electric Vehicles (EVs) for a bidirectional power trade provides an opportunity to use the EVs for congestion management.Optimal power injected or drawn by the EV charging stations can be

The field of ubiquitylation and dubiquitylation of proteins in molecular physiology is growing at a rapid rate.Our understanding of molecular physiology of these processes may become limited by the advancement of technologies that scientists can employ.Therefore, it is important to approach physiological questions of ubiquitylation and dubiquitylat