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• Transport_triggered_architecture abstract "In computer architecture, a transport triggered architecture (TTA) is a kind of CPU design in which programs directly control the internal transport buses of a processor. Computation happens as a side effect of data transports: writing data into a triggering port of a functional unit triggers the functional unit to start a computation. This is similar to what happens in a systolic array. Due to its modular structure, TTA is an ideal processor template for application-specific instruction-set processors (ASIP) with customized datapath but without the inflexibility and design cost of fixed function hardware accelerators.Typically a transport triggered processor has multiple transport buses and multiple functional units connected to the buses, which provides opportunities for instruction level parallelism. The parallelism is statically defined by the programmer. In this respect (and obviously due to the large instruction word width), the TTA architecture resembles the very long instruction word (VLIW) architecture. A TTA instruction word is composed of multiple slots, one slot per bus, and each slot determines the data transport that takes place on the corresponding bus. The fine-grained control allows some optimizations that are not possible in a conventional processor. For example, software can transfer data directly between functional units without using registers.Transport triggering exposes some microarchitectural details that are normally hidden from programmers. This greatly simplifies the control logic of a processor, because many decisions normally done at run time are fixed at compile time. However, it also means that a binary compiled for one TTA processor will not run on another one without recompilation if there is even a small difference in the architecture between the two. The binary incompatibility problem, in addition to the complexity of implementing a full context switch, makes TTAs more suitable for embedded systems than for general purpose computing.Of all the one instruction set computer architectures, the TTA architecture is one of the few that has had CPUs based on it built, and the only one that has CPUs based on it sold commercially.".
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• Transport_triggered_architecture wikiPageWikiLink Abstraction_(computer_science).
• Transport_triggered_architecture wikiPageWikiLink Accumulator_(computing).
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• Transport_triggered_architecture wikiPageWikiLink Category:Computer_architecture.
• Transport_triggered_architecture wikiPageWikiLink Category:Instruction_processing.
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• Transport_triggered_architecture wikiPageWikiLink Clock_signal.
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• Transport_triggered_architecture wikiPageWikiLink Instruction_pipelining.
• Transport_triggered_architecture wikiPageWikiLink Interconnect_architecture.
• Transport_triggered_architecture wikiPageWikiLink LLVM.
• Transport_triggered_architecture wikiPageWikiLink MAXQ_(Microcontroller).
• Transport_triggered_architecture wikiPageWikiLink Macro_instruction.
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• Transport_triggered_architecture wikiPageWikiLink Operator_(computer_programming).
• Transport_triggered_architecture wikiPageWikiLink Original_Chip_Set.
• Transport_triggered_architecture wikiPageWikiLink Pipeline_(computing).
• Transport_triggered_architecture wikiPageWikiLink Processor_register.
• Transport_triggered_architecture wikiPageWikiLink Program_counter.
• Transport_triggered_architecture wikiPageWikiLink Register_file.
• Transport_triggered_architecture wikiPageWikiLink Run_time_(program_lifecycle_phase).
• Transport_triggered_architecture wikiPageWikiLink Systolic_array.
• Transport_triggered_architecture wikiPageWikiLink Very_long_instruction_word.
• Transport_triggered_architecture wikiPageWikiLink Wireworld.
• Transport_triggered_architecture wikiPageWikiLinkText "Transport Triggered Architectures".
• Transport_triggered_architecture wikiPageWikiLinkText "Transport triggered architecture".
• Transport_triggered_architecture wikiPageWikiLinkText "transport triggered architecture".
• Transport_triggered_architecture wikiPageWikiLinkText "transport-triggered".
• Transport_triggered_architecture wikiPageUsesTemplate Template:CPU_technologies.
• Transport_triggered_architecture subject Category:Computer_architecture.
• Transport_triggered_architecture subject Category:Instruction_processing.
• Transport_triggered_architecture hypernym Kind.
• Transport_triggered_architecture type Area.
• Transport_triggered_architecture type Area.
• Transport_triggered_architecture type Computer.
• Transport_triggered_architecture comment "In computer architecture, a transport triggered architecture (TTA) is a kind of CPU design in which programs directly control the internal transport buses of a processor. Computation happens as a side effect of data transports: writing data into a triggering port of a functional unit triggers the functional unit to start a computation. This is similar to what happens in a systolic array.".
• Transport_triggered_architecture label "Transport triggered architecture".
• Transport_triggered_architecture sameAs Q2329233.
• Transport_triggered_architecture sameAs Transport_triggered_architecture.
• Transport_triggered_architecture sameAs Transport_triggered_architecture.
• Transport_triggered_architecture sameAs m.085gt5.
• Transport_triggered_architecture sameAs Transport_triggered_architecture.
• Transport_triggered_architecture sameAs Transport_triggered_architecture.
• Transport_triggered_architecture sameAs Q2329233.
• Transport_triggered_architecture wasDerivedFrom Transport_triggered_architecture?oldid=693202770.
• Transport_triggered_architecture depiction Transport_Triggered_Architecture.png.
• Transport_triggered_architecture isPrimaryTopicOf Transport_triggered_architecture.