WebIt deals with dataflow queries that involve user-defined operators, stores the operators’ properties in profiles, and uses those to optimize queries at several levels. Optimization may be based on diverse optimality criteria and constraints but currently focuses on the conventional cpu work parameters. WebJan 26, 2024 · Crucially, this encodes the dataflow directly in the IR, allowing for a host of optimizations that leverage dataflow analysis. We discuss how to map existing quantum …
Fugu-MT 論文翻訳(概要): Enabling Dataflow Optimization for …
WebEnabling Dataflow Optimization for Quantum Programs ACM Transactions on Quantum Computing January 26, 2024 We propose an IR for quantum computing that directly exposes quantum and classical data... WebCrucially, this encodes the dataflow directly in the IR, allowing for a host of optimizations that leverage dataflow analysis. We discuss how to map existing quantum programming languages to the input dialect and how to lower the resulting IR to the optimization dialect. ... We present a prototype implementation based on MLIR that includes ... shunda thompson banks
⚙ D126751 [mlir] Add a generic data-flow analysis …
WebThe ideal thing would be to find a way to use MLIR's type system. Not ideal for DF models that don't have kernel and graph separation For instance, languages such as LUSTRE have … WebJun 6, 2024 · This patch introduces a (forward) sparse data-flow analysis implemented with the data-flow analysis framework. The analysis interacts with liveness information that can be provided by dead-code analysis to be conditional. This patch re-implements SCCP using dead-code analysis and (conditional) constant propagation analyses. Depends on D127064 WebMLIR is a generic framework that allows you to define your customized IR using MLIR’s generic primitives (i.e., an indirection layer). From MLIR’s perspective, your IR is just one of the many dialects it supports. More importantly, … the outgroup homogeneity effect is