KI 2016 - International Symposium on Cloud Computing and Services for High Performance Computing Systems

“Cloud” is a common metaphor for an Internet accessible infrastructure, hiding most of the implementation and deployment details of the system from users. Cloud computing delivers IT-related capabilities as services over the Internet, allowing resources be managed and accessed in an Internet scale. Cloud computing has been envisaged to be one of the main-stream powering technologies of future IT systems.
This symposium focuses on techniques, experiences, applications, and lessons learned for interoperable services in the cloud, particularly in the realms of high performance computing. For instance, HPC may be used for the construction of mathematical models and numerical solutions and techniques for solving scientific, socio-scientific and engineering problems. It often requires a huge number of computing and storage resources to perform large-scale analyses and experiments. Users could get access to their own virtualized HPC cluster in a self-service, dynamically scalable and fully configurable environment. Cloud computing can address many of the aforementioned concerns. Such a computing paradigm shift provides a flexible high performance computing environment.
The symposium aims at providing a forum to bring together researchers and scientists to share and exchange cloud computing related research, technologies, experiences, and lessons for building various types clouds with interoperability and coordination capabilities in a high performance and high availability setting.
The InterCloud-HPC Symposium topics include (but are not limited to) the following:
Middleware Frameworks
Cloud Architectures
Cloud Interoperability and Federation Protocols
Programming Models for HPC Clouds
Semantic Web Services Definitions for Clouds
Directory of Services for Clouds
Management of Interoperability and Federation for Clouds
Interoperable and Federated Cloud Security and Trust
Cloud Interoperability and Federation Governance and Regulatory
HPC Cloud-based Services
QoS/SLA in Interoperable and Federated Clouds
Converged Implementations of Clouds and Grids
Geo-balancing in Interoperable and Federated Clouds
Common Programming Models across Clouds
Cloud Broker, Exchange, Arbitrage architectures
Semantic Web for Clouds
Cloud Protocols
Virtualization Technologies and Techniques
Virtualization Techniques for HPC GPU/Multicore Systems
Management of Clouds
Performance Evaluation and Monitoring of HPC Clouds
Scalable Fault Resilience Techniques for HPC Clouds
Cloud Application
Experiences and Lessons