Uses of Class
at.dms.kjc.sir.linear.LinearAnalyzer

Packages that use LinearAnalyzer

at.dms.kjc.sir.linear	Provides analysis and optimization of linear portions of the stream graph.
at.dms.kjc.sir.linear.frequency	Translates linear filters into the frequency domain.
at.dms.kjc.sir.lowering.partition	Provides algorithms for adjusting the granularity of the stream graph to improve load balancing or optimization potential.
at.dms.kjc.sir.lowering.partition.linear	Applies linear optimizations to the stream graph, using a dynamic programming algorithm to calculate the most profitable set of transformations.
at.dms.kjc.slicegraph	This package aims to supersede the SIR and flatgraph representations of the stream graph with a single representation that maintains all relevant information as well as slice information.
at.dms.kjc.spacetime

Uses of LinearAnalyzer in at.dms.kjc.sir.linear

Methods in at.dms.kjc.sir.linear that return LinearAnalyzer

static LinearAnalyzer	LinearAnalyzer.findLinearFilters(SIRStream str, boolean debug, boolean refactorLinearChildren) Main entry point -- searches the passed stream for linear filters and calculates their associated matricies.
static LinearAnalyzer	LinearAnalyzer.findLinearFilters(SIRStream str, boolean debug, LinearAnalyzer lfa) Same as above, but specifies an existing to use instead of creating a fresh one.

Methods in at.dms.kjc.sir.linear with parameters of type LinearAnalyzer

static void	LinearRedundancyReplacer.doReplace(LinearAnalyzer lfa, LinearRedundancyAnalyzer lra, SIRStream str) start the process of replacement on str using the Linearity information in lfa.
static void	LinearIndirectReplacer.doReplace(LinearAnalyzer lfa, SIRStream str) start the process of replacement on str using the Linearity information in lfa.
static void	LinearDirectReplacer.doReplace(LinearAnalyzer lfa, SIRStream str) Start the process of replacement on str using the Linearity information in lfa.
static void	LinearDiagonalReplacer.doReplace(LinearAnalyzer lfa, SIRStream str) start the process of replacement on str using the Linearity information in lfa.
static void	LinearAtlasReplacer.doReplace(LinearAnalyzer lfa, SIRStream str) start the process of replacement on str using the Linearity information in lfa.
static LinearAnalyzer	LinearAnalyzer.findLinearFilters(SIRStream str, boolean debug, LinearAnalyzer lfa) Same as above, but specifies an existing to use instead of creating a fresh one.
static void	LinearDot.printGraph(SIRStream str, String filename, LinearAnalyzer lfa) Prints dot graph of to , using LinearAnalyzer lfa.
static void	LinearDotSimple.printGraph(SIRStream str, String filename, LinearAnalyzer lfa, LinearRedundancyAnalyzer lra) Prints dot graph of to , using LinearAnalyzer lfa and LinearRedundancyAnalyzer lra.
static void	LinearDot.printGraph(SIRStream str, String filename, LinearAnalyzer lfa, LinearRedundancyAnalyzer lra) Prints dot graph of to , using LinearAnalyzer lfa and LinearRedundancyAnalyzer lra.

Constructors in at.dms.kjc.sir.linear with parameters of type LinearAnalyzer

LinearAtlasReplacer(LinearAnalyzer lfa, at.dms.kjc.sir.linear.LinearDirectReplacer.LinearReplaceCalculator costs)

LinearDiagonalReplacer(LinearAnalyzer lfa, at.dms.kjc.sir.linear.LinearDirectReplacer.LinearReplaceCalculator costs)

LinearDirectReplacer(LinearAnalyzer lfa, at.dms.kjc.sir.linear.LinearDirectReplacer.LinearReplaceCalculator costs)

LinearDot(PrintStream outputstream, LinearAnalyzer anal, LinearRedundancyAnalyzer lra)
Make a LinearDot printer that prints out the dot graph using information from the linear filter analyzer to annotate the graph (eg color it silly).

LinearDotSimple(PrintStream outputstream, LinearAnalyzer anal, LinearRedundancyAnalyzer lra)
Make a LinearDotSimple printer that prints out the dot graph using information from the linear filter analyzer to annotate the graph (eg color it silly).

LinearIndirectReplacer(LinearAnalyzer lfa, at.dms.kjc.sir.linear.LinearDirectReplacer.LinearReplaceCalculator costs)

LinearRedundancyAnalyzer(LinearAnalyzer la)
Main entry point for redundancy analysis.

Uses of LinearAnalyzer in at.dms.kjc.sir.linear.frequency

Methods in at.dms.kjc.sir.linear.frequency with parameters of type LinearAnalyzer

static boolean	LEETFrequencyReplacer.canReplace(SIRStream str, LinearAnalyzer lfa) Returns whether or not we can replace with this replacer.
static void	FrequencyReplacer.doReplace(LinearAnalyzer lfa, SIRStream str) Start the process of replacement on str using the Linearity information in lfa.

Uses of LinearAnalyzer in at.dms.kjc.sir.lowering.partition

Constructors in at.dms.kjc.sir.lowering.partition with parameters of type LinearAnalyzer

FreqReplaceTransform(LinearAnalyzer lfa)

LinearReplaceTransform(LinearAnalyzer lfa)

Uses of LinearAnalyzer in at.dms.kjc.sir.lowering.partition.linear

Methods in at.dms.kjc.sir.lowering.partition.linear that return LinearAnalyzer

LinearAnalyzer

LinearPartitioner.getLinearAnalyzer()

Constructors in at.dms.kjc.sir.lowering.partition.linear with parameters of type LinearAnalyzer

LinearPartitioner(SIRStream str, LinearAnalyzer lfa)

Uses of LinearAnalyzer in at.dms.kjc.slicegraph

Fields in at.dms.kjc.slicegraph declared as LinearAnalyzer

protected LinearAnalyzer

Partitioner.lfa

Methods in at.dms.kjc.slicegraph with parameters of type LinearAnalyzer

static void

FlattenGraph.flattenGraph(SIRStream graph, LinearAnalyzer lfa, HashMap[] execCounts) Main entry point to FlattenGraph.

Constructors in at.dms.kjc.slicegraph with parameters of type LinearAnalyzer

AdaptivePartitioner(UnflatFilter[] topFilters, HashMap[] exeCounts, LinearAnalyzer lfa, WorkEstimate work, int maxPartitions, GreedyBinPacking greedyBinPacking)
Test for ASPLOS paper.

FlattenAndPartition(UnflatFilter[] topFilters, HashMap[] exeCounts, LinearAnalyzer lfa, WorkEstimate work, int maxPartitions)

Partitioner(UnflatFilter[] topFilters, HashMap[] exeCounts, LinearAnalyzer lfa, WorkEstimate work, int maxPartitions)
Create a Partitioner.

SimplePartitioner(UnflatFilter[] topFilters, HashMap[] exeCounts, LinearAnalyzer lfa, WorkEstimate work, int maxPartitions)

Uses of LinearAnalyzer in at.dms.kjc.spacetime

Methods in at.dms.kjc.spacetime with parameters of type LinearAnalyzer

static Slice[]

TraceExtractor.extractTraces(UnflatFilter[] topFilters, HashMap[] execCounts, LinearAnalyzer lfa)

Constructors in at.dms.kjc.spacetime with parameters of type LinearAnalyzer

LinearPreprocessor(LinearAnalyzer lfa)