Applications in Electronics Pervading Industry, Environment and Society: APPLEPIES 2014

Developments and Applications of Electronic Nose Systems for Gas Mixtures Classification and Concentration Estimation.- Machine learning-based system for detecting unseen malicious software.- Implementation of a spread-spectrum-based smart lighting system on an embedded platform.- Self-powered active cooling system for high performance processors.- High Speed VLSI architecture for finding the first W maximum/minimum values.- Design and implementation of a portable fNIRS embedded system.- Advancements on Silicon Ultrasound Probes (CMUT) for Medical Imaging Applications.- Open platforms for the advancement of ultrasound research.- A robust tracking algorithm for super-resolution reconstruction of vehicle license plates.- c-Walker: a Cyber-Physical System for Ambient Assisted Living.- 2D and 3D Palmprint extraction by an Automated Ultrasound System.- AA-Battery Sized Energy Harvesting Power Management Module for Indoor Light Wireless Sensor Applications.- A Framework for Network-On-Chip comparison based on OpenSPARC T2 processor.- A GPU 3D segmentation framework for medical imaging.- Augmented Reality tools for Structural Health Monitoring applications.- Squeeze the lemon: balancing as a way to use every drop of energy in a Lithium-ion battery.- Fully Integrated 60 GHz Transciever for Wireless HD/WiGig Short-range Multi-Gbit Connections.- Low cost FMCW radar design and implementation for harbour surveillance applications.- Healthcare System for Non-invasive Fall Detection in Indoor Environment.- Analysis of Spread-Spectrum Clocking Modulations Under Synchronization Timing Constraint.- Towards a Frequency Domain Processor for Real-Time SIFT-based Filtering.- A real-time FPGA-based solution for binary image thinning.- Low cost electrical current sensors with extremely wide measurement range.- Pathological Voice Analysis via Digital Signal Processing.- A Platform-based Emulator for Mass-storage Flash Cards Evaluation in Embedded Systems.- A Model-Based Methodology to Generate Code for Timer Units.