PMDProgramPMDPlatform: A programmable, universally applicable, microfluidic device platform
The proposed programmable microfluidic device builds on the development of microfluidic large-scale integration (MLSI), capable of placing thousands of functional elements on a single device.
ULPLogicULPLogic: Sub-Threshold Source-Coupled Logic (ST-SCL) Circuits for Ultra Low Power Applications
This project explores the potentials of sub-threshold SCL (Source-Coupled Logic) circuits as an alternative solution for implementing ultra low power digital systems.
TWIGSTWIGS: Textiles With Integrated Gas Sensors
To improve on the state-of-the art woven textiles by fabricating thin-film temperature sensors and pressure sensors on plastic substrates, separating devices by cutting device-strips that have sub-mm widths, and weaving a true e-textile using a commercial weaving machine.
SMTSSMTS: Structure Monitoring system for high performance Transportation Systems
The development of transducer networks for large-scale structures that
have sufficient sensitivity to defects or damage and allow for localization of relevant damage sites, electronic modules for signal pre-processing, storage and wire-less transmission to a central data acquisition unit.
EnablerENABLER: Enabling Energy Efficient Tunnel FET-CMOS Co-design by Compact Modeling and Simulation
To establish the core physical modelling and derive basic compact DC models, calibrated and validated on nanowire tunnel FETs, in order to enable the emergence of future hybrid Tunnel FET - CMOS IC design.
ULPLOGICULP-Systems: Sub-Threshold Source-Coupled Logic (ST-SCL) Systems for Ubiquitous System Applications
Sub-threshold SCL circuits
An alternative solution for implementing ultra low power digital systems
SecWearSecWear: Design of very low power robust and secure nodes for wearable sensor networks
Providing Body Area Sensor Networks with strong cryptographic primitives and with robustness against physical attacks, and evaluating the effect of such design decisions on the communication protocol.
G-DEMANDEG-DEMANDE: Gestational Diabetes Expert-based Monitoring Aided by Networks of Distributed agent Environments
A pervasive healthcare infrastructure to collect, monitor and alert gestational diabetes mellitus patients and inform their caretakers with historical values. To set up this infrastructure, we plan a pervasive and ubiquitous multi agent system deployed pervasively in the environment and accessible to users by means of smart phone devices.
NaWiBoNaWiBo: In-situ interconnecting and addressing of individual nanowires
The demonstration that the fluidFM, our recent shared invention with the CSEM Neuchatel, can be successfully used i) for local functionalization of silicon nanowires with target molecules, and ii) for nano wire-bonding, i.e. for the local fabrication of interconnecting metallic nanowires.
EMoAEMoA: Embedded Mobile Agent Framework for Smart Buildings
A distributed smart camera system, based on low-power embedded systems-on-chip targeting image processing and network communication.
BioCS-NodeBioCS-Node: Enabling Ultra-Low-Power Ambulatory Monitoring of Cardiac and Neurological Bioelectrical Signals Using Compressed Sensing
Low-complexity but powerful multi-lead cardiac and neurological bioelectrical compression techniques and their supporting ultra-low-power sensor digital processing platform
NanoUpNanoUp: Core-shell superparamagnetic and up-converting nano-engineered materials for biomedical applications
Core-shell superparamagnetic and up-converting nano-engineered
materials for biomedical applications
BioAntBioAnt: Bio Implantable Antennas
The theoretical study, design and characterization of implantable antennas dedicated to in-body telemetry
micro-CombChip-scale optical frequency combs for near and mid-infrared
Chip-scale optical frequency combs for near and mid-infrared
NeoSenseNovel integrated wearable sensors for multi-parameter monitoring in critically
ill newborns
Novel integrated wearable sensors for multi-parameter monitoring in critically ill newborns
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