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|Title=Conference on Computing in High Energy and Nuclear Physics |Field=Computing in High Energy Physics

|Title=24th International Conference on Computing in High Energy and Nuclear Physics (CHEP 2019) |Field=Computing High Energy Physics

|Title=International Workshop on Complex Sciences in the Engineering of Computing Systems 2012 |Superevent=ARCS 2012 - Architecture of Computing Systems

* Big Data, Scalable & High-Performance Computing Techniques * High Energy Physics

• Advances in Pervasive Sensing and Computing for Manufacturing Systems • Green Energy System Manufacturing

...rmance portability; Trading off locality and load balancing; Complex multi-physics models; Multiscale methods;Emerging programming models;Hybrid parallel prog Urban Simulations; Scalable cortical computing; Molecular dynamics supercomputing; Petascale biomolecular simulations; Dat

...hysical aspects of dynamics and engineering that must abide by the laws of physics. ...nsor networks. Similarly, examples of applications include transportation, energy, water, medical, and robotic systems, and other challenges for the twenty-f

...ows for NoCs and MP-SoC platforms, NoC performance and trade-off analysis, Energy efficiency, Bio-inspired aspects * Device Physics and Interconnects

environments; Fog computing in industrial IoT-context; Mobile Edge Computing (MEC); Cloud-based: networking (NaaS), multimedia (MaaS),

...nd home environments; Fog computing in industrial IoT-context; Mobile Edge Computing (MEC); Cloud-based: networking (NaaS), multimedia (MaaS), videogames (VaaS) ...tualization and Cloud; Internet and Big Data; Sensing and sensor networks; Energy-aware networks; Content-oriented networking; Cellular cognitive networks; F

...graph theory, percolations and phase transitions, methods from statistical physics, geometric random graphs Algorithms for computing dormant/active sending periods