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Invasive computing for timing-predictable stream processing on MPSoCs
Stefan Wildermann
,
Michael Bader
, Lars Bauer
, Marvin Damschen
, Dirk Gabriel
,
Michael Gerndt
, Michael Gla
, Jorg Henkel
, Johny Paul
, Alexander Poppl
, Sascha Roloff
, Tobias Schwarzer
, Gregor Snelting
,
Walter Stechele
, Jurgen Teich
, Andreas Weichslgartner
, Andreas Zwinkau
Informatics 5 - Associate Professorship of Hardware-aware algorithms and software for HPC
Informatics 10 - Associate Professorship of Architecture of Parallel and Distributed Systems
Chair of Integrated Systems
Friedrich Alexander Universität Erlangen-Nürnberg
Humanoid Technologies Lab (H2T)
Technical University of Munich
University of Ulm
Research output
:
Contribution to journal
›
Article
›
peer-review
3
Scopus citations
Overview
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Keyphrases
Multi-processor System-on-chip (MPSoC)
100%
Stream Processing
100%
Invasive Computing
100%
Timing Analysis
66%
Design Analysis
66%
Dynamic Workload
66%
Time Application
33%
Mapping Method
33%
Robot System
33%
Time Constraints
33%
Dynamic Robot
33%
Real-time Vision
33%
Resource Configuration
33%
Computing Power
33%
Design Space Exploration
33%
Architectural Design
33%
Dynamic State
33%
Timing Properties
33%
Application Mapping
33%
Real-time Requirements
33%
Dynamic Resource Allocation
33%
Computer Vision Applications
33%
Individual Application
33%
Time Predictability
33%
Real-time Guarantees
33%
Resource Reservation
33%
Composable
33%
Application Architecture
33%
Application Analysis
33%
System Scenarios
33%
Optimization Analysis
33%
Scientific Applications
33%
Hybrid Application Mapping
33%
Program Optimization
33%
Embedded Applications
33%
Runtime Management
33%
Computer Science
System on a Chip
100%
Stream Processing
100%
Multiprocessor System
100%
Timing Analysis
66%
Dynamic Workload
66%
Computer Hardware
66%
Real-Time Application
33%
Resource Configuration
33%
Design-Space Exploration
33%
Timing Requirement
33%
Hybrid Application
33%
Architecture Design
33%
Time Requirement
33%
Dynamic Resource Allocation
33%
Computer Vision Applications
33%
Application Architecture
33%
Resource Reservation
33%
Scientific Application
33%
System Scenario
33%
Optimization Analysis
33%
Time Management
33%
Case Study
33%
Embedded Application
33%
Computing Power
33%