Sensors and Instrumentation
Scope
|
A |
Sensor materials and technology |
||
|
A.1 |
Advanced functional materials |
A.6 |
Heterogeneous integration |
|
A.2 |
Micro- and nanoscaled material properties |
A.7 |
Printing and additive manufacturing |
|
A.3 |
2D and 1D materials |
A.8 |
Modelling and simulation |
|
A.4 |
Organic and flexible materials |
A.9 |
Robustness and aging phenomena |
|
A.5 |
MEMS/NEMS technologies |
A.10 |
Reliability |
|
B |
Sensor principles and devices |
||
|
B.1 |
Physical sensors |
B.7 |
Flexible and wearable sensors |
|
B.2 |
Chemical sensors |
B.8 |
Advanced packaging and device encapsulation |
|
B.3 |
IR detectors |
B.9 |
Integrated sensors |
|
B.4 |
Micro-optical devices |
B.10 |
Micro-and nanosystems |
|
B.5 |
Bio-sensors |
B.11 |
Modelling and simulation |
|
B.6 |
Medical sensors |
B.12 |
(Accelerated) aging and reliability |
|
C |
Sensor interface electronics |
||
|
C.1 |
Readout circuits |
C.5 |
Ultra-precise interface electronics |
|
C.2 |
Signal conditioning and processing |
C.6 |
Stability under harsh environments |
|
C.3 |
Conversion and digitization |
C.7 |
Embedded systems |
|
C.4 |
Low power electronics |
||
|
D |
Sensor systems |
||
|
D.1 |
(Micro) hybrid integration |
D.6 |
Sensor and actuator systems |
|
D.2 |
Energy harvesting |
D.7 |
Ultra-low and zero power sensors |
|
D.3 |
Energy storage |
D.8 |
Packaging technologies |
|
D.4 |
Wireless communication and energy transfer |
D.9 |
Reliability and aging phenomena |
|
D.5 |
Modelling and simulation of sensor systems |
||
|
X |
Applications |
||
|
X.1 |
Industrial process technology |
X.7 |
Mobility |
|
X.2 |
Industrial manufacturing technology |
X.8 |
Safety and security |
|
X.3 |
Consumer electronics, white goods |
X.9 |
Health |
|
X.4 |
Robotics |
X.10 |
Smart living, smart homes |
|
X.5 |
Energy technology |
X.11 |
IoT |
|
X.6 |
Environmental monitoring, climate change |
