A two-phase energy-aware scheduling approach for cpu-intensive jobs in mobile grids
The profusion of mobile devices over the world and their evolved computational capabilities
promote their inclusion as resource providers in traditional Grid environments. However …
promote their inclusion as resource providers in traditional Grid environments. However …
Battery-aware centralized schedulers for cpu-bound jobs in mobile grids
Given the relentless growing number of mobile devices, researchers have pointed out that
distributed computing environments, such as clusters or even computational Grids, could …
distributed computing environments, such as clusters or even computational Grids, could …
Reducing energy usage in resource-intensive Java-based scientific applications via micro-benchmark based code refactorings
M Longo, AV Rodriguez, CM Mateos Diaz… - 2019 - ri.conicet.gov.ar
In-silico research has grown considerably. Today's scientific code involves long-running
computer simulations and hence powerful computing infrastructures are needed …
computer simulations and hence powerful computing infrastructures are needed …
The Effect of Loop Unrolling in Energy Efficient Strassen's Algorithm on Shared Memory Architecture
NZ Oo, P Chaikan - 2021 36th International Technical …, 2021 - ieeexplore.ieee.org
Energy efficiency for high-performance computing has become the main concern in many
scientific applications on modern core architecture. Although the performance of most …
scientific applications on modern core architecture. Although the performance of most …
Improving scientific application execution on android mobile devices via code refactorings
The increasing number of mobile devices with ever‐growing capabilities makes them useful
for running scientific applications. However, these applications have high computational …
for running scientific applications. However, these applications have high computational …
Mobile devices-aware refactorings for scientific computational kernels
The increasing number of mobile devices with ever-growing processing capabilities, make
them interesting for scientific applications development. However, we must take into account …
them interesting for scientific applications development. However, we must take into account …
Optimizing inter-nest data locality in imperfect stencils based on loop blocking
Y Seyfari, S Lotfi, J Karimpour - The Journal of Supercomputing, 2018 - Springer
With the interesting growth in high-performance computing, the performance of data-driven
programs is becoming more and more dependent on fast memory access, which can be …
programs is becoming more and more dependent on fast memory access, which can be …
A methodology for speeding up mvm for regular, toeplitz and bisymmetric toeplitz matrices
VI Kelefouras, AS Kritikakou, K Siourounis… - Journal of Signal …, 2014 - Springer
Abstract The Matrix Vector Multiplication algorithm is an important kernel in most varied
domains and application areas and the performance of its implementations highly depends …
domains and application areas and the performance of its implementations highly depends …
Energy implications of common operations in resource-intensive java-based scientific applications
Today's scientific applications usually take considerable time to run, and hence parallel
computing environments, such as Grids and data centers/Clouds, have emerged. Indeed …
computing environments, such as Grids and data centers/Clouds, have emerged. Indeed …
多线程环境下基于多预取点的文件预取
刘金， 胡创， 胡明， 龚奕利 - 计算机应用, 2012 - joca.cn
为解决当前Linux 内核的预取算法在多线程情况下出现预取误判的问题, 依据多线程环境下进程
对磁盘文件的访问特点, 提出一种基于多预取点的预取算法. 在Linux 内核原有的预取算法的 …
对磁盘文件的访问特点, 提出一种基于多预取点的预取算法. 在Linux 内核原有的预取算法的 …