In this article the current methodologies for low-temperature thin film deposition in microelectronics are reviewed.
An overview of topics is presented related to noise characterization and modeling of linear, active devices for microwave applications, as well as to advanced methodologies for low-noise design.
A design methodology for low power 3D-NoCs applications is needed to achieve the best performance.
This study established a methodology for low cost, high volume glass optics for possible solar concentrator applications.
The purpose of this work is to therefore provide a new forecasting methodology for low permeability, undersaturated CBM wells.
This paper presents a gm/ID based design methodology for low voltage current mode circuits using standard CMOS technology.
This paper presents the following novel contributions: (a) novel fault tolerant HLS methodology for simultaneously providing multi-cycle (control step) and multi-unit transient fault tolerance for loop based control data flow graphs (b) novel HLS methodology for low cost design solution through exploration of fault tolerant hardware configuration and loop unrolling factor.
Overall, this work demonstrates an improved laboratory screening methodology for low-salinity waterflood and similar EOR methods.
In this paper, a methodology for low-speed rotational energy harvesting using piezoelectric transduction and frequency up-conversion is analysed.
To efficiently and effectively achieve the aim of eco-friendly electronic product design, this paper develops a decision-making methodology for low-carbon electronic product design.
Concepts of hierarchical modeling, distributed control and decentralized process data acquisition are studied in order to design a methodology for low-cost development of advanced supervision and control systems in industry.
