A.3 Modelling PLC / Simple PLC / DSPCAD Research Group / Eurofunk Kappacher / Modelling PLC / /
Country
Austria / United States / /
Facility
Tobias Kazmierczak University of Applied Sciences Salzburg Information Technology / Salzburg University of Applied Sciences Master Program Information Technology / University of Applied Sciences / University of Maryland / hospital Schwarzach / /
IndustryTerm
digital signal processors / realtime processing capabilities / signal processing / digital signal processing / /
NaturalFeature
RTP Streams / /
Organization
Salzburg University of Applied Sciences Master Program Information Technology & Systems Management / University of Maryland / Tobias Kazmierczak University of Applied Sciences Salzburg Information Technology and Systems Management Title / International Office / Austrian Marshall Plan Foundation / University of Applied Sciences / /
Person
Simon Kranzer / Anna / Julia / Zheng Zhou / William Plishker / Shuvra Bhattacharyya / Sarah / Tobias Kazmierczak / George Zaki / Chung-Ching Shen / Hsiang-Huang Wu / Simon Kranzer Salzburg / Lai-Huei Wang / /
Position
VAD Encoder Actor / Supervisor / VAD Decoder Actor / MUX Actor / CNG Decoder Actor / Actor / VAD Algorithm Actor / CNG Encoder Actor / overlap_add actor / designer / Store and Forward Actor / Head of Research Inst. / Signal Processing Supervisor / low-level programmer / Real-time scheduler / Simple PSDF actor / saf actor / Head / DTX Algorithm Actor / /
ProvinceOrState
Maryland / /
Technology
VAD algorithms / CNG algorithms / PLC algorithms / Information Technology / API / RTP algorithms / DSP / digital signal processors / 29 Scheduling Algorithms / /
MASTERTHESIS The usage of model-based design for signal processing of an RTP stream prepared at the Salzburg University of Applied Sciences