Menlo Systems GmbH

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Research interests: • High Performance Computing, Partitioned Global Address Space (PGAS) • Computer networks: Software Defined Networks (SDN), Network Function Virtualization (NFV) • Wait-free and Lock-free progress properties • Parallel programming models • Embedded- and real-time application development, especially digital signal processing Industry focus: • Software engineering for medical platforms (C++, C#) • Communication interfaces (TCP/IP, USB, Bluetooth, ..., RS-232, ... ) • Embedded software for medical devices (ARM STM32, M16, Renesas SH-4, ...) • Embedded multicore systems (ARM Cortex A9) • Real-time signal processing in medical applications, mostly using RTAI

pgas c++ hpc mpi dash data structure distributed locality multidimensional dgemm array matrix portable efficiency pdgemm padal heterogeneous topology discovery hwloc hierarchy data distribution wait-free algorithms data structures master's thes wachstum komplexitt modellierung eigen das spiel

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Menlo Systems GmbH

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Das Spiel (Eigen, Winker, 1975)

Wait-free data structures on embedded multi-core systems

Expressing and Exploiting Multi-Dimensional Locality in DASH

DASH Locality Hierarchies (PADAL'16)

DASH: A C++ PGAS Library for Distributed Data Structures and Parallel Algorithms (HPCC'16)

A Multidimensional Distributed Array Abstraction for PGAS (HPCC'16)

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