Recently, MapReduce and its open-source implementation Hadoop have emerged as prevalent tools for big data analysis in the cloud. Fair resource allocation in-between jobs and users is an important issue, especially in multi-tenant environments such as clouds. Thus several scheduling policies have been developed to preserve fairness in multi-tenant Hadoop clusters. At the core of these schedulers, simple (non-) preemptive approaches are employed to free resources for tasks belonging to jobs with less-share. For example, Hadoop Fair Scheduler is equipped with two approaches: wait and kill. While wait may introduce a serious violation in fairness, kill may result in a huge waste of resources. Yet, recently some works have introduced new preemp...
Hadoop, an open source implementation of MapReduce, uses slots to represent resource sharing. The nu...
MapReduce is emerging as an important programming model for large-scale data-parallel applications s...
Abstract. We claim that the current scheduling systems for high performance computing environments a...
Recently, MapReduce and its open-source implementation Hadoop have emerged as prevalent tools for bi...
Cloud computing is a power platform to deal with big data. Among several software frameworks used fo...
Job scheduling affects the fairness and performance of shared Hadoop clusters. Fairness measures how...
The past decade have seen the rise of data-intensive scalable computing (DISC) systems, such as Hado...
As organizations start to use data-intensive cluster comput-ing systems like Hadoop and Dryad for mo...
Multi-cluster schedulers can dramatically improve average job turn-around time performance by making...
MapReduce has become a popular high performance computing paradigm for large-scale data processing. ...
For large scale parallel applications Mapreduce is a widely used programming model. Mapreduce is an ...
International audienceLarge-scale data analysis has increasingly come to rely on MapReduce and its o...
MapReduce is an emerging paradigm for data intensive processing with support of cloud computing tech...
This dissertation focuses on algorithm design and prototype implementation of fair sharing policies ...
International audienceHadoop has been recently used to process a diverse variety of applications, sh...
Hadoop, an open source implementation of MapReduce, uses slots to represent resource sharing. The nu...
MapReduce is emerging as an important programming model for large-scale data-parallel applications s...
Abstract. We claim that the current scheduling systems for high performance computing environments a...
Recently, MapReduce and its open-source implementation Hadoop have emerged as prevalent tools for bi...
Cloud computing is a power platform to deal with big data. Among several software frameworks used fo...
Job scheduling affects the fairness and performance of shared Hadoop clusters. Fairness measures how...
The past decade have seen the rise of data-intensive scalable computing (DISC) systems, such as Hado...
As organizations start to use data-intensive cluster comput-ing systems like Hadoop and Dryad for mo...
Multi-cluster schedulers can dramatically improve average job turn-around time performance by making...
MapReduce has become a popular high performance computing paradigm for large-scale data processing. ...
For large scale parallel applications Mapreduce is a widely used programming model. Mapreduce is an ...
International audienceLarge-scale data analysis has increasingly come to rely on MapReduce and its o...
MapReduce is an emerging paradigm for data intensive processing with support of cloud computing tech...
This dissertation focuses on algorithm design and prototype implementation of fair sharing policies ...
International audienceHadoop has been recently used to process a diverse variety of applications, sh...
Hadoop, an open source implementation of MapReduce, uses slots to represent resource sharing. The nu...
MapReduce is emerging as an important programming model for large-scale data-parallel applications s...
Abstract. We claim that the current scheduling systems for high performance computing environments a...