Feasibility Analysis of Reconfigurable Computing in Low-Power Wireless Sensor Applications. - Andreas Engel 003; Björn Liebig; Andreas Koch 001 (ARC, 2011)

Energy-efficient heterogeneous reconfigurable sensor node for distributed structural health monitoring. - Andreas Engel 003; Björn Liebig; Andreas Koch 001 (DASIP, 2012)

HaLOEWEn: A heterogeneous reconfigurable sensor node for distributed structural health monitoring. - Andreas Engel 003; Björn Liebig; Andreas Koch 001 (DASIP, 2012)

Hardware-Accelerated Data Compression in Low-Power Wireless Sensor Networks. - Andreas Engel 003; Andreas Koch 001 (ARC, 2014)

Synthilation: JIT-compilation of microinstruction sequences in AMIDAR processors. - Christian Hochberger; Lukas Johannes Jung; Andreas Engel 003; Andreas Koch 001 (DASIP, 2014)

An energy-efficient wireless routing protocol for distributed structural health monitoring. - Andreas Engel 003; Andreas Koch 001 (WMNC, 2014)

Accelerated clock drift estimation for high-precision wireless time-synchronization. - Andreas Engel 003; Andreas Koch 001 (LCN Workshops, 2015)

A heterogeneous system architecture for low-power wireless sensor nodes in compute-intensive distributed applications. - Andreas Engel 003; Andreas Koch 001; Thomas Siebel (LCN Workshops, 2015)

Heterogeneous Wireless Sensor Nodes that Target the Internet of Things. - Andreas Engel 003; Andreas Koch 001 (IEEE Micro, 2016)

A Heterogeneous System Architecture for Low-Power Wireless Sensor Nodes in Compute-Intensive Distributed Applications. - Andreas Engel 003 (2016)

Energy-efficient reconfiguration of flash-based FPGAs in heterogeneous wireless sensor nodes. - Andreas Engel 003; Andreas Koch 001 (ReConFig, 2017)

UltraSynth: Integration of a CGRA into a Control Engineering Environment. - Dennis Wolf 001; Tajas Ruschke; Christian Hochberger; Andreas Engel 003; Andreas Koch 001 (ARC, 2019)

UltraSynth: Insights of a CGRA Integration into a Control Engineering Environment. - Dennis Wolf 001; Andreas Engel 003; Tajas Ruschke; Andreas Koch 001; Christian Hochberger (J. Signal Process. Syst., 2021)