Slides available here!

Speaker:

Dr. Emil Matus, Technical University Dresden, Germany

Title:

Data Plane Framework for Software Defined Radio Access Networks

Abstract:

Advances in semiconductor technology leads increasingly to densification of computation and storage resources, which affects directly the architecture of radio access networks. Scalable computing capacity in a small space allows to centralize and virtualize radio access protocols, network functions and edge services on common hardware platform. This, however, calls for new approaches enabling efficient design, implementation and simultaneous operation of multiple protocol instances. This talk presents the framework comprising computation model, programming interface and runtime environment for data plane protocol processing applications allowing seamless application portability and scalability across multiple many-core platforms.

Bio:

Dr. Emil Matus is a senior scientist at Vodafone Chair Mobile Communications Systems department of Technische Universitaet Dresden where he is leading signal processing hardware research group. He received MS and PhD degrees in EE at TU Kosice (Slovakia) where he focused on wavelet transform and image compression research. He is with Vodafone chair since 2003 and his research interests include algorithms and programmable architectures for baseband signal processing. His group introduced Tomahawk MPSoC framework dedicated to scalable signal processing and data intensive applications.



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