Determination of control rod worth new decoding algorithm for the binary systematic 47 24 11 qua.docx

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Determination of control rod worth new decoding algorithm for the binary systematic 47 24 11 qua.docx

Determinationofcontrolrodworthnewdecodingalgorithmforthebinarysystematic472411qua

189

SPECT3D–Amulti-dimensionalcollisional-radiativecodeforgeneratingdiagnosticsignaturesbasedonhydrodynamicsandPICsimulationoutput  OriginalResearchArticle

HighEnergyDensityPhysics,Volume3,Issues1-2,May2007,Pages181-190

J.J.MacFarlane,I.E.Golovkin,P.Wang,P.R.Woodruff,N.A.Pereyra

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AbstractAbstract|Figures/TablesFigures/Tables|ReferencesReferences

Abstract

SPECT3Disamulti-dimensionalcollisional-radiativecodeusedtopost-processtheoutputfromradiation-hydrodynamics(RH)andparticle-in-cell(PIC)codestogeneratediagnosticsignatures(e.g.images,spectra)thatcanbecompareddirectlywithexperimentalmeasurements.Thisabilitytopost-processsimulationcodeoutputplaysapivotalroleinassessingthereliabilityofRHandPICsimulationcodesandtheirphysicsmodels.SPECT3Dhasthecapabilitytooperateonplasmasin1D,2D,and3Dgeometries.Itcomputesavarietyofdiagnosticsignaturesthatcanbecomparedwithexperimentalmeasurements,including:

time-resolvedandtime-integratedspectra,space-resolvedspectraandstreakedspectra;filteredandmonochromaticimages;andX-raydiodesignals.Simulatedimagesandspectracanincludetheeffectsofbacklighters,aswellastheeffectsofinstrumentalbroadeningandtime-gating.SPECT3Dalsoincludesadrilldowncapabilitythatshowswherefrequency-dependentradiationisemittedandabsorbedasitpropagatesthroughtheplasmatowardsthedetector,therebyprovidinginsightsonwheretheradiationseenbyadetectororiginateswithintheplasma.

SPECT3Dhasthecapabilitytomodelavarietyofcomplexatomicandradiativeprocessesthataffecttheradiationseenbyimagingandspectraldetectorsinhighenergydensityphysics(HEDP)experiments.LTE(localthermodynamicequilibrium)ornon-LTEatomiclevelpopulationscanbecomputedforplasmas.Photoabsorptionratescanbecomputedusingeitherescapeprobabilitymodelsor,forselected1Dand2Dgeometries,multi-angleradiativetransfermodels.Theeffectsofnon-thermal(i.e.non-Maxwellian)electrondistributionscanalsobeincluded.Tostudytheinfluenceofenergeticparticlesonspectraandimagesrecordedinintenseshort-pulselaserexperiments,theeffectsofbothrelativisticelectronsandenergeticprotonbeamscanbesimulated.

SPECT3Disauser-friendlysoftwarepackagethatrunsonWindows,Linux,andMacplatforms.AparallelversionofSPECT3DissupportedforLinuxclustersforlarge-scalecalculations.WewilldiscussthemajorfeaturesofSPECT3D,andpresentexampleresultsfromsimulationsandcomparisonswithexperimentaldata.

ArticleOutline

1.Introduction

2.MajorfeaturesofSPECT3D

2.1.Plasmaanddetectorgeometries

2.2.Backlightermodels

2.3.Radiativetransferandfluxatthedetector

2.4.Atomickinetics

2.5.Graphicaloutput

2.6.Userinterface

2.7.Platforms

3.Exampleapplications

4.Summary

AppendixA.Appendix

References

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190

Areal-timealgorithmforerrorrecoveryinremotevideo-basedsurveillanceapplications  OriginalResearchArticle

SignalProcessing:

ImageCommunication,Volume17,Issue2,February2002,Pages165-186

ClaudioSacchi,FabrizioGranelli,CarloS.Regazzoni,FrancoOberti

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Abstract

Thisworkpresentsareal-timepost-processingerror-recoveryalgorithmexplicitlydevotedatenhancingtheperformancesofoutdoorvideo-surveillancesystemsworkinginremotemodality.Theaimoftheproposedalgorithmistodistinguishbetweenchangedblocksduetovariationsintheobservedsceneandnoise-alteredblocksthatcontainerrorscausedbychannelnoise.Sucherrorscanbecorrectedbydirectlyexploitingtheconsiderablespatio-temporalredundancyoftheencodeddigitalsourcewithoutusinganyadditionalinformation.Experimentalresults,obtainedthroughcolourJPEGtransmissionsimulationsperformedinthecontextofanactualremotevideo-surveillancesystem,comparetheproposedschemewithdifferentconcealmentschemes.Itisproventhatsubstantialimprovementsbothintermsofperceptualqualityandperformanceoftheoverallvideo-surveillancesystemarepossible,byusingtheproposedalgorithmasastand-alonemoduleorinconjunctionwitharelativelylow-redundancyFECcoding.

ArticleOutline

1.Introduction

2.Theproposedpost-processingerrorconcealmentalgorithm

3.Theremotevideo-basedsurveillanceapplication

3.1.Systemoverview

3.2.Low-levelimageprocessing(LLIP)modules

3.3.High-levelimageprocessing(HLIP)modules

3.4.Imageunderstanding(IU)modules

3.5.Architectureofaremotevideo-basedvideo-surveillancesystemforpreventionofvandalisminunmannedmetrostations

4.Theperformanceevaluationtoolemployed

4.1.ComparisonbetweendifferentROCcurvesandparameterselectioncriterion

5.Experimentalresults

6.Conclusions

References

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191

Geneticalgorithmsincomputer-aideddesign  OriginalResearchArticle

JournalofMaterialsProcessingTechnology,Volume117,Issues1-2,2November2001,Pages216-221

I.J.Graham,K.Case,R.L.Wood

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Abstract

Thispaperdescribesprogressinresearchintothedevelopmentofacomputer-aideddesign(CAD)toolthataidsdesignersingeneratingtheformofaproductbytheuseofevolutionarytechniques.Geneticalgorithm(GA)softwarehasbeendevelopedandcombinedwithacommercialCADsolidmodellingsystem.Thesystemcreatesobjectsthatinitiallyhavetheappearanceofbeingrandominform,butwhichcanbesubjectedtoauser-directedselectivebreedingprogrammewhichisalsoguidedbypre-setinternal,orenvironmental,factors.Userscoringofeachobject,oranobjectivefunction,determineswhichobjectsareconsideredtobethe‘fittest’,andthuslikelytobecomeparentsofthenextgeneration.

Throughtheco-operationoftheuserandthepre-setenvironmentalfactors,theformsonthescreenprogressivelybecomemorethananabstractcollectionofgeometricprimitives.Itisbelievedthatthiscanprovideusefulinspirationwithregardtotheaestheticsandfunctionalcharacteristicsofproducts,andthepotentialexistsforthisapproachtobethebasisofanewdesignmethodology.

Earlyworkdemonstratedthatthesoftwarehadtheabilitytoevolveinterestingshapesinlinewithauser’sparticularcriteriaforratingobjects.However,itwasalsoobviousthattheobjectsgeneratedneededenhancementtoconvincinglyrepresentsomeofthegeometriccomplexitiesofrealproducts.UsingtheCADsoftware’sblendfunctionwithintheevolutionaryprocesshasprovidedthatcomplexity,producingexcellentresultsandgreatlywideningthefieldofapplication.Inadditiontosimplycreatingsecondarygeometrythroughthesmootheningofsharpedgesorcreationofcurvedfilletsbetweenadjoiningsolids,moresignificantandcomplexprimarygeometricformshavebeengeneratedbyallowingrelativelylargeblendradii.

Thecurrentchallengeistocombinetheexistingabilitytopredictablyevolvesimplegeometricshapes,withtheaddedcomplexityarisingfromtheuseofblends,tomaketheconceptgenuinelyuseful.Theoutcomeofgeneticmanipulationneedstobepredictable,totheextentthatdesirablefeaturesfromobjectsarereproducedinsubsequentgenerations.Thekeytothisisthewaythegeneticshapedefiningdataisstoredandprocessed,especiallythewaytheblendinstructionsareintegratedintotheexistinggeneticstructure,andthisisthemajorfocusofcontinuingresearch.

ArticleOutline

1.Introduction

2.Theevolutionaryformdesignsystem

3.Datastructure

3.1.Objectsformedfrom‘teams’ofmembers

3.2.Singlememberobjects

4.Conclusions

References

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192

AbstractsofRecentArticlesandLiterature  

Computers&Security,Volume20,Issue1,31January2001,Pages70-74

ChloëPalmer,HelenMeyer

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AbstractAbstract

Abstract

Lawoncrackingsecuritycodestoughened,AmyHarmon.TheUScopyrightofficehaspassedanewlawmakingitillegaltobreakthesecuritymethodsinplacetopreventthecopyingofdigitalmusic,booksandmovies.Thelawwillupdatetheexisting1998DigitalMillenniumCopyrightActandwillcomeintoeffectimmediately.ThedecisionwasopposedbygroupssuchasUniversities,programmersandlibrarieswhoarguethatcopyrightedworkshouldbearchivedandleantout.Programmersalsoclaimedthatreverse-engineeringwasavalidtechniqueinthecauseoflearninghowtechnologyworks.TheAssociationofAmericanUniversitieshasstatedthatinordertomaintaincivilliberties,theremustbebroadexemptionstoallowfor“fairuse”ofpurchasedcopyrighteddigitalgoods.TheTorontoStar,30October,E3.

Abstract

GamecouldholdkeytoNetsecurity,GarethCook.Accordingtotopmathematicians,thekeytocrackingencryptionalgorithmscouldbelinkedtothepopularMinesweepergamewhichcomesfreewiththeWindowsoperatingsystem.Theproblem,the‘PversusNPconjecture’,askswhysomeproblemsaresodifficulttosolveusingacomputer,whileotherscanbesolvedveryquickly.Problemslikeputtingalistintoalphabeticalorder,whichareeasilysolvedbyacomputerareclassifiedasPproblems,and

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