P´eneau, P.Y., Bouziane, R., Gamati´e, A., Rohou, E., Bruguier, F., Sassatelli, G., Torres, L., Senni, S.: Loop optimization in presence of stt-mram caches: A study of performance-energy tradeoffs. In: Power and Timing Modeling, Optimization and Simulation (PATMOS), ...
The technique used to produce this optimization is called loop tiling,[1] also known as loop blocking[2] or strip mine and interchange.OverviewLoop tiling partitions a loop's iteration space into smaller chunks or blocks, so as to help ensure data used in a loop stays in the cache until ...
The present invention provides a loop optimization method and a compiler suitable for improving the execution time of a loop including assumed-shape array. A loop optimizer detects the outermost loop included in a subroutine, then traverse every statements in the outermost loop (including any inner ...
A detailed implementation of this procedure on the IBM Quantum hardware is presented in the example below. 2. Fine IQ channel calibration Use automated closed-loop optimization (or scripting) to determine two additional scaling factors (Samp,Srel) γ(t)=Samp(SrelAI(t)+iAQ(t)). The Srel fact...
We then bring together algebraic, algorithmic, and performance analysis results to design a tractable optimization algorithm over this highly expressive space. Our framework has been implemented and validated experimentally on a representative set of benchmarks running on state-of-the-art multi-core ...
In subject area: Computer Science 'Loop Unrolling' refers to a loop transformation technique where the loop body is repeated a certain number of times to reduce the loop iteration space. This optimization method increases parallelism and allows for other optimizations in the loop body. ...
Memory access coalescing is an optimization performed on some computation architectures where multiple data elements can be loaded or stored at the same time (e.g., coalesced by GPU hardware [13]). Loop transformations can be used to allow coalescing by aligning memory accesses and by transforming...
I've been able to get the II down to 1 with the optimization in Figure 3-5 and setting the shift register size to 32. The first problem I was having was that setting the shift register size to the actual MAC latency was still getting an II~6 for an "Undetermined re...
Debray, Sauyma K.; “Unfold/Fold Transformations and Loop Optimization of Logic Programs”; ACM SIGPLAN '88, Conference on Programming Language Design and Implementation; Jun. 1988; pp. 297-307. Allan et al.; “Petri Net versus Modulo Scheduling for Software Pipelining”; IEEE Proceedings of ...
“Synthesis and Optimization of Digital Circuits”, Giovanni De Micheli, Mc Graw-Hill Inc., published 1994, Chapter 5, Scheduling Algorithms, pp. 185-228.* Advanced Computer Design & Implementation, Steven S. Muchnick, pp. 548-551 Aug. 19, 1997. ...