Useful Task Techniques
This section explains programming techniques for making best use of the scheduler.
Parent topic: The Task Scheduler
For more complete information about compiler optimizations, see our Optimization Notice.
Intel® Threading Building Blocks Documentation
- Legal Information
- Getting Help and Support
- Introducing the Intel® Threading Building Blocks (Intel® TBB)
- Intel TBB Benefits
- Notational Conventions
- Intel® Threading Building Blocks (Intel®TBB) Developer Guide
- Package Contents
- Parallelizing Simple Loops
- Parallelizing Complex Loops
- Parallelizing Data Flow and Dependence Graphs
- Parallelizing Data Flow and Dependency Graphs
- Basic Flow Graph Concepts
- Graph Application Categories
- Predifined Node Types
- Flow Graph Tips and Tricks
- Estimating Flow Graph Performance
- Exceptions and Cancellation
- Containers
- Mutual Exclusion
- Atomic Operations
- Timing
- Memory Allocation
- The Task Scheduler
- Design Patterns
- Appendix A Costs of Time Slicing
- Appendix B Mixing With Other Threading Packages
- References
- Task Isolation
- Intel® Threading Building Blocks Developer Reference
- General Conventions
- Environment
- Algorithms
- Splittable Concept
- Range Concept
- Partitioners
- parallel_for Template Function
- parallel_reduce Template Function
- parallel_deterministic_reduce Template Function
- parallel_scan Template Function
- parallel_do Template Function
- parallel_for_each Template Function
- pipeline Class
- parallel_pipeline Function
- parallel_sort Template Function
- parallel_invoke Template Function
- Containers
- Container Range Concepts
- tbb_hash_compare Class
- concurrent_unordered_map and concurrent_unordered_multimap Template Classes
- concurrent_unordered_set and concurrent_unordered_multiset Template Classes
- concurrent_hash_map Template Class
- concurrent_queue Template Class
- concurrent_bounded_queue Template Class
- concurrent_priority_queue Template Class
- concurrent_vector
- Flow Graph
- Thread Local Storage
- Memory Allocation
- Synchronization
- Mutexes
- Mutex Concept
- Speculative locking (Transactional Lock Elision)
- mutex Class
- recursive_mutex Class
- spin_mutex Class
- speculative_spin_mutex Class
- speculative_spin_rw_mutex Class
- queuing_mutex Class
- ReaderWriterMutex Concept
- spin_rw_mutex Class
- queuing_rw_mutex Class
- null_mutex Class
- null_rw_mutex Class
- atomic Template Class
- PPL Compatibility
- C++11 Synchronization
- Mutexes
- Timing
- Task Groups
- Task Scheduler
- Scheduling Algorithm
- task_scheduler_init Class
- task Class
- task Allocation
- Explicit task Destruction
- Recycling Tasks
- Synchronization
- task Context
- Cancellation
- Priority
- Floating-point Settings
- Affinity
- task Debugging
- empty_task Class
- task_list Class
- task_group_context
- task_arena Class
- task_scheduler_observer
- Catalog of Recommended task Patterns
- Exceptions
- Threads
- Appendices
- Compatibility Features
- PPL Compatibility
- Known Issues
- Preview Features
- What is a Preview Feature?
- Enabling a Preview Feature
- Flow Graph
- Run-time loader
- Scalable Memory Pools
- Serial subset
- concurrent_lru_cache Template Class
- aggregator Class
- task_scheduler_observer Class Extentions
- parallel_invoke Variadic Template Function
- global_control Class
- task_scheduler_init Class extensions
- blocked_rangeNd Template Class
