Sentence examples for scientific workload from inspiring English sources

However the embedded solution also faces the operating system (OS) design challenge which the thread invoking overhead is higher for fine-grained scientific workload, the message passing among threads is not managed efficiently enough and the OS does not provide convenient enough service for parallel programming.

Alexandru analyzes the performance based on the premise if current clouds can execute MTC-based scientific workload with similar performance and at lower cost that the current scientific processing systems.

The proposed scheduler exploits the data-driven feature of scientific workloads to reduce the thread invoking overhead.

The broadening of the Grid architecture to include commercial as well as scientific workloads raises the possibility of commercial datacentres allocating computational resources on demand.

The talk will also cover the growing and shifting nature of the scientific workloads that require advanced capabilities, the technology shifts and challenges the community is currently facing, and the ways TACC has and is restructuring to face these challenges.

Second, I de ne an abstract model, the Functional Data Model with Relational Covers (FDM/RC), for representing scientific workloads and a language for de ning and manipulating instances (schemas) of the model.

We identify a mismatch between the size of the S6s reconfigurable fabric and the available interface bandwidth as the major bottleneck limiting performance which makes it a poor choice for scientific workloads relying on native support for floating-point arithmetic.

C. de Alfonso et al. explored the practical feasibility of running scientific workloads with high throughput requirements on containers [16].

Considering virtual machines and cloud elasticity property Xiaomin Zhu et al. have proposed an algorithm, FASTER, [37] that overlap workload tasks to improve reliability of scientific workloads in virtual clouds.

According to Alexandru, scientific workloads often require High-Performance Computing capabilities, in which scientific computing community has started to focus on MTC, this means high performance execution of loosely coupled applications comprising many tasks.

It is shown that searches using Level Caches work better than level-global knowledge for a typical scientific computing workload.