Add to ORKGIn high-performance processors, increasing the number of instructions fetched and executed in parallel is becoming increasingly complex, and the peak bandwidth is often underutilized due to control and data dependences. A trace processor 1) efficiently sequences through programs in large units, called traces, and allocates trace-sized units of work to distributed processing elements (PEs), and 2) uses aggressive speculation to par-tially alleviate the effects of control and data dependences. A trace is a dynamic sequence of instructions, typically 16 to 32 instructions in length, which embeds any number of taken or not-taken branch instructions. The hierarchical, trace-based approach to increas-ing parallelism overcomes basic inefficiencies...
The use of Trace Caches is a well known technique to overcome the problem of limited instruction fet...
The trace cache is a recently proposed solution to achieving high instruction fetch bandwidth by buf...
Instruction fetch throughput is one of the most significant performance bottlenecks of a Simultaneou...
In high-performance processors, increasing the number of instructions fetched and executed in parall...
In trace processors, a sequential program is partitioned at run time into "traces." A tra...
Trace processors rely on hierarchy, replication, and prediction to dramatically increase the executi...
To maximize the performance of a wide-issue superscalar processor, the fetch mechanism must be capab...
As the instruction issue width of superscalar proces-sors increases, instruction fetch bandwidth req...
As the issue width of superscalar processors is increased, instruction fetch bandwidth requirements ...
Trace cache, an instruction fetch technique that reduces taken branch penalties by storing and fetch...
Techniques such as out-of-order issue and speculative execution aggressively exploit instruction lev...
In superscalar processors, capable of issuing and executing multiple instructions per cycle, fetch p...
Trace-level reuse is based on the observation that some traces (dynamic sequences of instructions) a...
By compiling ordinary scientific applications programs with a radical technique called trace schedul...
The Software Trace Cache is a compiler transformation, or a postcompilation binary optimization, tha...
The use of Trace Caches is a well known technique to overcome the problem of limited instruction fet...
The trace cache is a recently proposed solution to achieving high instruction fetch bandwidth by buf...
Instruction fetch throughput is one of the most significant performance bottlenecks of a Simultaneou...
In high-performance processors, increasing the number of instructions fetched and executed in parall...
In trace processors, a sequential program is partitioned at run time into "traces." A tra...
Trace processors rely on hierarchy, replication, and prediction to dramatically increase the executi...
To maximize the performance of a wide-issue superscalar processor, the fetch mechanism must be capab...
As the instruction issue width of superscalar proces-sors increases, instruction fetch bandwidth req...
As the issue width of superscalar processors is increased, instruction fetch bandwidth requirements ...
Trace cache, an instruction fetch technique that reduces taken branch penalties by storing and fetch...
Techniques such as out-of-order issue and speculative execution aggressively exploit instruction lev...
In superscalar processors, capable of issuing and executing multiple instructions per cycle, fetch p...
Trace-level reuse is based on the observation that some traces (dynamic sequences of instructions) a...
By compiling ordinary scientific applications programs with a radical technique called trace schedul...
The Software Trace Cache is a compiler transformation, or a postcompilation binary optimization, tha...
The use of Trace Caches is a well known technique to overcome the problem of limited instruction fet...
The trace cache is a recently proposed solution to achieving high instruction fetch bandwidth by buf...
Instruction fetch throughput is one of the most significant performance bottlenecks of a Simultaneou...