The OpenMP standard is the primary mechanism used at high performance computing facilities to allow intra-process parallelization. In contrast, many HEP specific software (such as CMSSW, GaudiHive, and ROOT) make use of Intel's Threading Building Blocks (TBB) library to accomplish the same goal. In this talk we will discuss our work to compare TBB and OpenMP when used for scheduling algorithms to be run by a HEP style data processing framework (i.e. running hundreds of interdependent algorithms at most once for each event read from the detector). This includes both scheduling of different algorithms to be run concurrently as well as scheduling concurrent work within one algorithm. As part of the discussion we present an overview of the Open...
OpenMP is in the process of adding a tasking model that allows the programmer to specify independent...
Modern computer architectures expose an increasing number of parallel features supported by complex ...
Abstract—OpenMP has been very successful in exploiting structured parallelism in applications. With ...
The OpenMP standard is the primary mechanism used at high performance computing facilities to allow ...
The OpenMP standard is the primary mechanism used at high performance computing facilities to allow ...
OpenMP can be used in real-time applications to enhance system performance. However, predictability ...
In this work, we present an OpenMP implementation suitable for multiprogrammed environments on Intel...
The introduction of task constructs in the OpenMP programming model offers a user a new way to speci...
The recent addition of task parallelism to the OpenMP shared memory API allows programmers to expres...
High-level parallel programming models (PMs) are becoming crucial in order to extract the computatio...
OpenMP, a directive-based API supports multithreading programming on shared memory systems. Since O...
In light of continued advances in loop scheduling, this work revisits the OpenMP loop scheduling by ...
The need for parallel programming models that are simple to use and at the same time efficient for c...
Choosing the appropriate assignment of loop iterations to threads is one of the most important decis...
The rise in node-level parallelism has increased interest in task-based parallel runtimes for a wide...
OpenMP is in the process of adding a tasking model that allows the programmer to specify independent...
Modern computer architectures expose an increasing number of parallel features supported by complex ...
Abstract—OpenMP has been very successful in exploiting structured parallelism in applications. With ...
The OpenMP standard is the primary mechanism used at high performance computing facilities to allow ...
The OpenMP standard is the primary mechanism used at high performance computing facilities to allow ...
OpenMP can be used in real-time applications to enhance system performance. However, predictability ...
In this work, we present an OpenMP implementation suitable for multiprogrammed environments on Intel...
The introduction of task constructs in the OpenMP programming model offers a user a new way to speci...
The recent addition of task parallelism to the OpenMP shared memory API allows programmers to expres...
High-level parallel programming models (PMs) are becoming crucial in order to extract the computatio...
OpenMP, a directive-based API supports multithreading programming on shared memory systems. Since O...
In light of continued advances in loop scheduling, this work revisits the OpenMP loop scheduling by ...
The need for parallel programming models that are simple to use and at the same time efficient for c...
Choosing the appropriate assignment of loop iterations to threads is one of the most important decis...
The rise in node-level parallelism has increased interest in task-based parallel runtimes for a wide...
OpenMP is in the process of adding a tasking model that allows the programmer to specify independent...
Modern computer architectures expose an increasing number of parallel features supported by complex ...
Abstract—OpenMP has been very successful in exploiting structured parallelism in applications. With ...