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Articles 61 - 63 of 63
Full-Text Articles in Engineering
E-Quality: Using Dimensional Index Values Towards Improving Classification Accuracy, Prashanth Devaram
E-Quality: Using Dimensional Index Values Towards Improving Classification Accuracy, Prashanth Devaram
Open Access Theses & Dissertations
E-quality is a process through which inspection of the process and quality of the part produced is done online resulting in the improvement of the process and reduction in the amount of time consumed for the overall process. Automated quality control involves using a methodology to classify the parts based on the dimensions of the features on a part. However, achieving 100% classification accuracy is not an easy task, especially in area of quality control where small differences in dimensions result in part fall into a different category. In this study, a novel approach for modifying the data before being …
Design Of A Low Voltage Analog To Digital Converter, Praveen Kumar Palakurthi
Design Of A Low Voltage Analog To Digital Converter, Praveen Kumar Palakurthi
Open Access Theses & Dissertations
For the past 40 years, the number of transistors per chip has been increasing at an exponential rate confirming Moore's Law regarding the growth of chip complexity. Increases in transistor count have led to enhancements in functionality and made possible products with features that were unimaginable ten years ago. Consequently, the resulting increase in digitization in all electronics, across a wide range of applications, requires the Analog-to-Digital Converters (ADCs) with a higher resolution and lower power consumption. The evolution of the integrated circuit technologies and scaling methodologies partially helps in providing faster circuits and allowing complex functionalities in a given …
Health Prognisis Of Electronics Via Power Profiling, Jonathan Amilcar Cervantes
Health Prognisis Of Electronics Via Power Profiling, Jonathan Amilcar Cervantes
Open Access Theses & Dissertations
The objective of this research is to investigate a new approach for the early detection of latent defects in electronic devices in the field. Reliability is assessed through the non-traditional approach of recording and evaluating the power profile of electronic devices within a deterministic state of operation. Traditionally, measuring the quiescent current (Iddq) of a device has been employed in manufacturing tests to detect defective parts prior to deployment to the field. However, the monitoring of the deterministic power signature (i.e. boot up or during a self-test routine) has never been exploited to monitor the health of a device in …