Titlebook: Deployment and Operation of Complex Software in Heterogeneous Execution Environments; The SODALITE Approac Elisabetta Di Nitto,Jesús Gorro?

chlorosis

不真

Eric Eller,Christine Hennighausenuch applications in execution contexts where the usage of heterogeneous resources (HPC, Cloud and Edge) coexist. An overview of the state of the art to highlight gaps and open issues is also presented.

不理會

Malte Constantin Dreher,Henning V?peling the SODALITE deployment and operation features, and the three specific case studies that have been used as first experimental playground for the approach. In this chapter we wrap up by first providing an overview of how the SODALITE results are being packaged in ready-to-use tools and then discussing about future research challenges.

Reclaim

Orchestrating Heterogeneous Applications: Motivation and State of the Art,uch applications in execution contexts where the usage of heterogeneous resources (HPC, Cloud and Edge) coexist. An overview of the state of the art to highlight gaps and open issues is also presented.

排他

極端的正確性

Quality Assurance and Design-Time Optimization,ogeneous resources also make performance optimization of applications complex. In this chapter, we will present the quality assurance and application optimization support of the SODALITE framework, which offers the capabilities for verifying deployment models, detecting bugs and smells in them, and

現(xiàn)實

歡笑

SODALITE in Context, specific focus on OpenStack, AWS EC2, Kubernetes, and PBS Torque/Slurm. While Chap.?. provides a deep dive into the operational environment of the individual use cases, this chapter will focus more on general application and deployment patterns of SODALITE alongside existing deployments, demonstrat

PANEL

SODALITE Use Cases,erational environment supported by SODALITE: Snow (Cloud/OpenStack), Clinical Trials (HPC/Torque), and Vehicle IoT (Cloud + Edge / Kubernetes). Each section includes an overview of the specific challenges faced by the use case, an overview of the use case system architecture, target infrastructure,

洞察力