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Platform for automatic parallelisation of sequential codes using dynamic graphs partitioning and based on user adaptable load balancing

机译：使用动态图分区并基于用户自适应负载平衡自动并行化顺序代码的平台

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摘要

Tesis doctoral inédita. Universidad Autónoma de Madrid, Escuela Politécnica Superior, octubre de 2011

机译：未发表的博士论文。马德里自治大学，高等专科学校，2011年10月

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Navarrete Navarrete, Carmen;
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年度 2011
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正文语种 eng
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1. Application execution path analysis for the automatic parallelisation of binary codes in the Intel x86 platform [J] . Andre M. Eberle, Rodrigo F. de Mello Parallel algorithms and applications . 2016,第5a6期

机译：英特尔x86平台中二进制代码自动并行化的应用程序执行路径分析
2. MPI plus X: task-based parallelisation and dynamic load balance of finite element assembly [J] . Garcia-Gasulla Marta, Houzeaux Guillaume, Ferrer Roger, International journal of computational fluid dynamics . 2019,第1a5期

机译：MPI Plus X：有限元组件的基于任务的平行和动态负载平衡
3. The semi-automatic parallelisation of scientific application codes using a computer aided parallelisation toolkit [J] . C.S.Ierotheou, S.P.Johnson, P.F.leggett Scientific programming . 2001,第2期

机译：使用计算机辅助并行化工具包对科学应用程序代码进行半自动并行化
4. Graph-Based Automatic Dynamic Load Balancing for HPC Agent-Based Simulations [C] . Claudio Marquez, Eduardo Cesar, Joan Sorribes Workshop on big data management in clouds;Euro-Par 2015 International workshops;Workshop on parallel and distributed computing education for undergraduate students;Workshop on algorithms, models, and tools for parallel computing on heterogeneous platforms;Workshop on large-scale distributed virtual environments;Workshop on on-chip memory hierarchies and interconnects: organization, management and implementation;Workshop on parallel distributed agent-based simulations;Workshop on performance engineering for large-scale graph analytics;Workshop on reproducibility in parallel computing;Workshop on resiliency in high-performance computing with clouds, grids, and clusters;Workshop on runtime and operating systems for the many-core era;Workshop on unconventional high performance computing;Workshop on virtualization in high-performance cloud computing . 2015

机译：基于图的自动动态负载平衡，用于基于HPC Agent的仿真
5. Automatic selection of dynamic loop scheduling algorithms for load balancing using reinforcement learning. [D] . Dhandayuthapani, Sumithra. 2004

机译：使用强化学习自动选择用于负载均衡的动态环路调度算法。
6. Coded Permutation Entropy: A Measure for Dynamical Changes Based on the Secondary Partitioning of Amplitude Information [O] . Huan Kang, Xiaofeng Zhang, Guangbin Zhang 2020

机译：编码置换熵：基于幅度信息的次要分区的动态变化的度量
7. The automatic implementation of a dynamic load balancing strategy within structured mesh codes generated using a parallelisation tool [O] . Rodrigues Jacqueline Nadine 2003

机译：在使用并行化工具生成的结构化网格代码中自动实施动态负载平衡策略

Platform for automatic parallelisation of sequential codes using dynamic graphs partitioning and based on user adaptable load balancing

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