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ADBIWorkingPaperSeries
IN-HOUSER&D,TECHNOLOGY
TRANSFER,ANDFIRMS’PERFORMANCE
HaThiThanhDoanand
LongQuangTrinh
No.1371
April2023
AsianDevelopmentBankInstitute
HaThiThanhDoanisaneconomistattheEconomicResearchInstituteforASEANandEastAsia.LongQuangTrinhisaprojectconsultantattheAsianDevelopmentBankInstitute.
TheviewsexpressedinthispaperaretheviewsoftheauthoranddonotnecessarilyreflecttheviewsorpoliciesofADBI,ADB,itsBoardofDirectors,orthegovernmentstheyrepresent.ADBIdoesnotguaranteetheaccuracyofthedataincludedinthispaperandacceptsnoresponsibilityforanyconsequencesoftheiruse.TerminologyusedmaynotnecessarilybeconsistentwithADBofficialterms.
Discussionpapersaresubjecttoformalrevisionandcorrectionbeforetheyarefinalizedandconsideredpublished.
TheWorkingPaperseriesisacontinuationoftheformerlynamedDiscussionPaperseries;thenumberingofthepaperscontinuedwithoutinterruptionorchange.ADBI’sworkingpapersreflectinitialideasonatopicandarepostedonlinefordiscussion.Someworkingpapersmaydevelopintootherformsofpublication.
TheAsianDevelopmentBankrefersto“China”asthePeople’sRepublicofChinaandto
“Vietnam”asVietNam.
Suggestedcitation:
Doan,H.T.T.andL.Q.Trinh.2023.In-HouseR&D,TechnologyTransfer,andFirms’Performance.ADBIWorkingPaper1371.Tokyo:AsianDevelopmentBankInstitute.Available:
/10.56506/OUVE8316
Pleasecontacttheauthorsforinformationaboutthispaper.
Email:doan.ha@,tqlong@
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©2023AsianDevelopmentBankInstitute
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Abstract
Thisstudyexaminestheindividualandjointimpactoftechnologytransferandin-houseR&Donfirms’productivityandexportperformance.Weutilizeaspeciallydesignedsurveymoduleonfirms’technologycompetitivenessinVietnamesemanufacturing,whichallowsustoidentifyvariousformsoftechnologytransferdirectlyatfirm-level.Wefindthattechnologytransferexhibitsapositiveimpactonfirms’exports.Theestimatedcoefficientsonbothexportparticipation(theextensivemargin)andexportshare(theintensivemargin)arepositiveandsignificant.Intermsofproductivity,ourresultsuggeststhepresenceofverticalspillover.Technologytransferalongthesupplychainisassociatedwithhigherproductivity—thecoefficientisstrongestintermsofsignificancelevelandmagnitude.Along-termrelationshipwithbusinesspartnersalongthesupplychaincanenhancetheeffectivenessoftechnologytransfer,thusimprovingproductivity.Thisfindingsuggeststhepotentialeffectivenessofpoliciestofurtherenhancelinkagesbetweenupstreamanddownstreamfirms,throughwhichtechnologytransfercanbepromoted.Otherformsoftechnologytransfer,however,donotshowrobustimpactonproductivity.WithregardtoR&D,wefindweakevidenceofR&Dimpact.Onlyestimatedcoefficientsonexportparticipationaresignificant.Finally,thejointimpactofR&Dandtechnologytransferonlyshowsonexportsthroughfirmswhopurchaseembodiedtechnologythroughgoodsorequipment.
Keywords:researchanddevelopment,technologytransfer,firms’heterogeneity,trade,productivity
JELClassification:O3,F23
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Contents
1.INTRODUCTION 1
2.EMPIRICALSTRATEGY 3
2.1Data 3
2.2Methodology 4
2.3RobustnessCheck 5
3.TECHNOLOGYTRANSFERANDR&D—STYLIZEDFACTS 5
4.EMPIRICALRESULTS 8
5.ROBUSTNESSCHECK 13
6.CONCLUSION 15
REFERENCES 16
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1.INTRODUCTION
Thedevelopmentgapacrosscountriescanlargelybeexplainedbydifferencesinproductivity(HsiehandKlenow2009;Waugh2010),which,inturn,isdrivenbyinnovationandtechnologicalprogress.Theimportanceofinnovationactivitiesinboostingproductivityhasbeenwelldocumentedinboththeoryandempiricalresearch(AghionandHowitt1998;O’MahonyandVecchi2009).Assuch,promotingtheutilizationofadvancedtechnologycanaccelerateproductivitygrowthandnarrowthetechnologygapwiththeglobalfrontier(Fu,Pietrobelli,andSoete2011).
Tocatchupwiththeadvancedtechnologyindevelopedcountries,firmsindevelopingcountrieshavetwoavenues:in-houseR&Dandtechnologytransfer(HouandMohnen2013).Theformerisreflectedintheexpenditurespentonthedevelopment,design,andimprovementofafirm’sproducts.Thelatterreferstotheacquisitionoftechnologyfromexternalsources,suchasthepurchaseofcapitalgoods,technologylicensingfromresearchinstitutesandotherfirms,orthroughlinkageswithinputsuppliersorcustomers.
Bothvenueshavebeenshowntoboostproductivityandenhancethecompetitivenessofcountriesandfirms.Pieri,VecchiandVenturini(2018)discusstwochannelsthroughwhichR&Dcanpromoteproductivity.Theinputaccumulationchannelemphasizestheroleofcapitaldeepening,aswellastheproductivity-enhancingeffectofinvestmentinknowledgeassets—thatis,innovation.Thesecondchannelisthroughtechnologyspillover,inwhichknowledgediffusionoccursacrossfirms.Empirically,themeta-regressionanalysisbyUguretal.(2016)shows,onaverage,positiveestimatesfortherate-of-returntoR&D.
Despiteitsindisputablepositivegrowth-enhancingeffect,R&Dmaybeinfeasibleforfirmsindevelopingcountrieswithlimitedfinancialandhumanresources.R&Dprojectsareexpensive:physicalandhumancapitalrequirementsaredemanding,andsuccessisnotguaranteed.Therefore,insteadofpursuingheavyinvestmentinR&D,thesefirmsmayoptfortechnologythathasalreadybeendevelopedelsewherethroughthesecondavenue—technologytransfer.Tariffreductionhasfacilitatedthiseffortbyreducingthecostofimportedmachineryandequipment.Furthermore,foreigndirectinvestment(FDI)liberalizationhasbroughtforeignfirmswithsuperiortechnologytothedomesticmarkets.TheexpectedtechnologyspilloverfrommultinationalenterprisestodomesticfirmsthroughthediffusionofadvancedtechnologyisonekeyrationaleforFDIattractionpolicy.1
Attractiveasitmaysound,technologyspilloverfromexternalsourcesdoesnotoccurautomatically.Theeffectivenessoftechnologytransferdependsontheabsorptivecapacityofrecipientfirms—thatis,theabilitytoidentify,assimilate,andcommerciallyapplytheknowledgecreatedabroad(CohenandLevinthal1990).TheconceptofabsorptivecapacityanditsroleingeneratingproductivityspillovershasbeenwidelydiscussedintheliteratureonFDIimpactonfirms.Theintuitionisstraightforward:Firmswiththecognitivecapacitiestointernalizetheknowledgesharedbyexternaltechnologysources,suchasfrommultinationalenterprises,aremorelikelytoenhanceperformancewhenexposedtonewtechnologies.InapioneeringstudyonFDIandabsorptivecapacity,Girma(2005)findsanonlinearthresholdassociatedwiththefirm’sabsorptivecapacity.Firmswhoareunabletoutilizeknowledgefromtheirforeign
1ForstudiesonFDIspillover,see,forexample,Javorcik(2004);Sarietal.(2016);MotohashiandYuan
(2010);Lu,Tao,andZhu(2017);Bwalya(2006).
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counterpartslosethecompetition,thusexperiencingnegligibleorevennegativeFDIspillovers.
Givenboththeadvantagesanddisadvantagesofeachinnovationpath—R&Dversustechnologytransfer—thequestionforanindividualfirmiswhethertoinvestinin-houseR&Dasthekeysourceofinnovation,orrelyonexternalsources,orboth.ExistingliteraturelinkingR&Dandtechnologytransferproposestwodirections.IfforeigntechnologyandindigenousR&Dgeneratesimilarbenefitsforthefirm,andtheireffectsonfirmperformanceareindependent,firmswouldconsiderthesetwoavenuesassubstitutes.Firmswillallocatetheresourcesaccordingly—anincreaseinin-houseR&Disaccompaniedbyadecreaseintechnologytransfer.
Nevertheless,totheextentthatR&Dstimulateslearning,andthusenhancesabsorptivecapacity,in-houseR&Dcanplayacomplementaryroletotechnologytransfer.Inotherwords,largerinvestmentsinR&Dimprovetheefficacyoftechnologytransfer(Hu,Jefferson,andJinchang2005).UnderstandingtheeffectoftheinteractionofR&Dwithtechnologytransferonfirms’performancefacilitatestheformulationofinnovationstrategiestoenhancefirms’effectivetechnologyadoption.
Againstthisbackdrop,thisresearchaimstoexamineboththeindividualandjointimpactofin-houseR&DandtechnologytransferontheperformanceofVietnamesemanufacturingfirms.Ourstudyaddressestwoquestions.First,weaskwhetherR&Dandtechnologytransferperseenhancefirms’productivityandexports.Second,weexaminewhetherin-houseR&D,asaformofenhancingabsorptivecapacity,facilitatestheeffectivenessoftechnologytransfer.Ifacomplementaryrelationshipisobserved,weexpecttheinteractionbetweenR&Dandtechnologytransfertoexertpositiveimpactsonfirms’performance,andviceversa.
Toanswerthesequestions,weutilizetheVietNamEnterpriseSurvey(VES)matchedwiththeTechnologyCompetitivenessSurvey(TCS),coveringthe2009–2014period.OnekeyadvantageoftheTCSdataistheavailabilityofinformationonfirm-leveltechnologytransferandsupplylinkages.Thisinformationisusuallynotavailableinstudiesontechnologyspilloversandfirms’performance,andthusisproxiedbyindustry-levelindicators.2Usingindustry-levelvariables,inturn,maskssubstantialheterogeneityatfirm-level.Employingfirms’informationallowsustomeasurethedirecttechnologylinkagesamongfirmsalongthesupplychaininsteadofrelyingontheindirecttechnologyspillovermeasuredatindustry-level.Assuch,wecanexplicitlycontrolforfirmheterogeneityanddelvefurtherintothepotentialdifferentialimpactoftechnologyandR&Donfirmswithdiversecharacteristics.
Therestofourpaperisorganizedasfollows.Section2explainstwokeydatasourcesweuseandourempiricalsetting.Section3discussesfirms’perceptionoftechnologytransferandR&Dobservedfromourdata.Section4presentsbaselineestimates.Section5proceedswithrobustnesstests.Section6concludesanddiscussespolicyimplications.
2See,forexample,Konings(2001);Javorcik(2004);LeandPomfret(2011);Lu,Tao,andZhu(2017).
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2.EMPIRICALSTRATEGY
2.1Data
2.1.1VietNamEnterpriseSurvey
TheVietNamEnterpriseSurvey(VES)isprovidedbyVietNam’sGeneralStatisticsOffice.Datahavebeencollectedannuallysince2000,andtheVESisbyfarthemostcomprehensivedatasetavailableonVietnamesefirms;itisthemainsourceoffirm-levelstatisticsintheformalagriculture,industry,andservicesectors.TheVESincludesageneralquestionnairecoveringbasicstatisticsatthefirm-level,includingownership,assetsandliability,employment,sales,laborcosts,capitalstock,andindustrycodefromJanuarytoDecemberofaparticularyear.Aconsistentanduniquetaxcodeisassignedtoeachfirm,whichallowsustotrackthefirmacrossyears.
2.1.2TheVietNamTechnologyandCompetitivenessSurvey(TCS)
TheVESdataissupplementedwithaspecializedmoduleontechnologyadoptionatthefirm-levelcoveringthe2009–2014period.TheTCSisajointproductbetweentheGeneralStatisticsOfficeofVietNam,theCentralInstituteforEconomicManagementandtheDepartmentofEconomics,CopenhagenUniversity.
TheTCSgathersdetailedinformationontheutilizationoftechnology,supplychainlinkages,researchanddevelopment,andtechnologytransfer.Approximately7,000firmsareselectedforthesurveyfromaround52,000manufacturingfirmsintheVES.TheTCSsurveyisadministeredsimultaneouslyusingthesamedisciplineastheVES.ThesedatacanbematchedwiththemasterdatafromVESusingtheuniquefirmID.
WefollowthedefinitionoftechnologytransferasspecifiedintheTCS,whichincludesthefollowingactivities:purchasingtechnologypresentedingoods(e.g.,machine,equipment);purchasingtechnologyormachineandequipmentfromresearchinstitutesandotherenterprises;utilizingtechnologyormachineandequipmentfromotherenterprisesinthesamegroup/corporation;andutilizingtechnologyormachinesandequipmentprovidedbyasupplierormaincustomerunderalong-termcontract(3yearsandover).
Weconstructourmajorvariablesasfollows.Weuseinformationfromthequestion“Howrelevantarethefollowingtransferchannelsassourcesoftechnologyforyourenterprise?”toconstructourfirms’perceptionoftherelevanceofeachtechnologytransferchannel.Therearefivetechnologytransferchannels:(i)purchaseofembodiedtechnology(e.g.,ingoods,machinery,orequipment);(ii)purchaseoftechnologyfromresearchinstitutionsorexternalfirms;(iii)useoftechnologyprovidedbyotherfirmswithinthegroup(e.g.,shareholder(s));(iv)useoftechnologyprovidedbyfirmsoutsidethegroup(e.g.,suppliersorcustomers);(v)skillsandexperienceofnewemployees.
Therelevanceofeachtechnologytransferchannelisreportedfrom0(notatall)to10(veryrelevant).Ourtechnologychannelvariablesareconstructedasbinaryvariables,whichtakethevalueofoneifafirmreportsthespecificchannelisveryrelevant(i.e.,thefirmchooses10intheirresponse)andzerootherwise.Sincethereisnoconsensusonwhetherthethresholdvalueshouldbeusedtoconstructvariablesontechnologytransferchannels,inouropinion,ifafirmusesaspecifictechnologytransferchannel,theirresponseshouldbeveryrelevantratherthanothervalues.
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Technologytransferwithinputsupplierandcustomersisconstructedfromtwoquestionsfor2009andfourquestionsfor2010–2014.Inthe2010–2014questionnaires,thequestionsare“Doanyoftheserelationshipswithdomesticsuppliersresultintechnologytransferfromthesuppliertoyourenterprise?”;“Doanyoftheserelationshipswithforeignsuppliersresultintechnologytransferfromthesuppliertoyourenterprise?”;“Doanyoftheserelationships[i.e.,thesecontractingrelationshipswithyourVietnamesecustomers]resultintechnologytransferfromthecustomertoyourenterprise?”;and“Doanyoftheserelationships[i.e.,thesecontractingrelationshipswithyourinternationalcustomersoutsideVietNam]resultintechnologytransferfromthecustomertoyourenterprise?”Inthe2009questionnaire,thereareonlytwoquestionsforinputsuppliersandforcustomers(i.e.,itdoesnotdistinguishforeignanddomesticsuppliersandcustomers.Thisvariabletakesthevalueofoneiffirmsreportedthattheirrelationshipwitheitherinputsuppliersandcustomersresultedintechnicaltransferandzerootherwise.
TheR&Dvariableisconstructedfromthequestion:“Doesyourenterpriseundertakeresearchanddevelopment(R&D)activitiesinordertodevelopnewtechnologies?”R&DvariabletakesvalueofoneifthefirmreportedthattheyhaveR&Dactivitiesandzerootherwise.In-houseR&Dactivitiesareconstructedfromfirms'answertoquestion:“WherearetheseR&Dactivitiesperformed?”“In-houseR&Dactivities’isalsoabinaryvariable,whichtakesthevalueofoneiffirmsreportedthattheirR&Dactivitieswereperformedin-houseorbothin-houseandout-of-house,andzerootherwise.
Thedatasetalsoprovidesinformationontheshareofexportsintotalrevenue.Weusethisinformationtoconstructexport-relatedvariables.Exportingfirmsaredefinedasfirmswithapositiveexportshare.Exportshareisequaltotheshareofexportsintotalrevenue.
Inthispaper,weadopttheWooldridge(2009)approachtomeasuretotalfactorproductivity(TFP),usingthewholesamplefromtheVES2006–2014.Weusetheindustrialproducerpricetoconvertlaborcost,materialcost,capitalcosts,valueadded,andrevenuetothe2010price.Allthepriceandcostsareconvertedtothe2010USD.
2.2Methodology
WefollowHu,Jefferson,andJinchang(2005)toestimatetheperformanceoffirmsasafunctionoffirms’in-houseR&D,technologytransfer,andtheirinteractionterm.Industryfixedeffectsandtimefixedeffectsarealsoincluded.Ourregressionequationisasfollow:
Yit=F0+F1techtransferit+F2RDit+F3RDtechtransferit+FXit+uit(1)
whereiandtdenotefirmandtime,respectively.Yitrepresentsfirms’performancevariables,includingTFP,exportstatusdummy,andexportvalue.Techtransferitrepresentsmodesoftechnologytransferusedinourstudyasexplainedearlier.
WeincludeinXitasetoffirmcharacteristics—firmsize,ownership,and2-digitindustryfixedeffects,firmandyearfixedeffects.
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WeexpectapositiverelationshipbetweentechnologytransferandR&Donfirms’performanceindividually.AsforthejointimpactofR&Dandtechnologytransfer(3),apositivecoefficientimpliescomplementaritybetweenR&Dandtechnologytransfer.Inotherwords,theperformance-enhancingeffectoftechnologytransferisexpectedtoincreasewithR&Dintensity,suggestinganabsorptivecapacityargumentisinplace.TotheextentthatR&Dresultsinbetterlearningskills,weexpectevidenceofacomplementaryrelationship.
2.3RobustnessCheck
Onemaybeconcernedwithourdefinitionoftechnologytransfer.Weareconservativeinthesensethatonlyfirmswhoreporttechnologytransferas“veryrelevant,”thatis,firmschoosing10intheresponsescale,arecodedas1inourempiricalmodel,whilefirmschoosing1to9areallclassifiedasfirmswithouttechnologytransfer.Astheresponsesareperception-based,differencesbetween“relevant”(9)and“veryrelevant”(10)canbesubtle.Toaccountforthispossiblesensitivityintheresponse,weredefinefirmswithtechnologytransferasthosewhoreporttherelevancescalesof8–10andestimateequation(1).
3.TECHNOLOGYTRANSFERANDR&D—STYLIZEDFACTS
Thissectionpresentspreliminaryobservationsaboutfirms’perceptionstowardstechnologytransferandtheirengagementinR&D.Table1demonstratesthepercentageoffirmswhoconsidertechnologytransferas“veryrelevant”totheirperformancebyyear.Overall,firmsregardtechnologytransferasapotentiallyimportantactivity—from21%to34%offirmshaverankedatleastonetechnologytransferapproachasveryrelevant.Amongthesixchannelsoftechnologytransfer,havingcontractswithbuyersandsuppliersisconsideredthemostimportant,followedbythepurchaseofembodiedtechnology.Upto22%and17%ofthefirmsgiveascoreof10totheformerandthelatter,respectively.Totheextentthatfirmsexpecttechnologytransfertoimprovetheirperformance,thisobservationisconsistentwithexistingstudiesonthepositivetechnologyspillovereffectsthroughverticallinkagesandthroughtheutilizationofadvancedtechnology.
Table1:TechnologyTransfer(TT)byYear
All
2009
2010
2011
2012
2013
2014
Self-reportedrelevanceofTTapproach
TTthroughPurchaseofembodiedtechnology
17%
17%
18%
17%
16%
15%
15%
TTthroughPurchaseoftechnologyfromresearchinstitutionsorexternalfirms
7%
5%
8%
7%
8%
8%
8%
TTthroughUseoftechnologyprovidedbyotherfirmswithingroup
6%
5%
7%
7%
6%
6%
7%
TTthroughUseoftechnologyprovidedbyfirmsoutsidegroup
8%
4%
9%
9%
8%
8%
9%
TTthroughSkillsandexperienceofnewemployees
10%
0%
14%
15%
10%
9%
8%
Havingatleastone“mostrelevant”TTapproach
30%
21%
34%
33%
30%
30%
30%
TTthroughContractwithsuppliersandbuyers
22%
14%
28%
35%
20%
18%
15%
Source:Authors’calculation.
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Table2presentsamoredetailedpictureoffirms’perceptionoftechnologytransferbasedontherelevancescalefrom0to10.Responsesconcentrateonthetwoextremes—either0or10—ndthemiddlevalue5.Approximately25%to40%offirmsconsidertechnologytransferasbeingofnorelevancetotheirbusiness.Around10%ofthefirmsviewtechnologytransferassomewhatrelevant.Ontherightextreme,technologytransferthroughpurchaseofembodiedtechnologyisregardedasthemostrelevantformamongthefivetypes,withupto17%offirmsgivingthisforma10-pointscoreontherelevancescale.
Table2:Firms’PerceptionofTechnologyTransfer(TT),byRelevanceScalea
DegreeofRelevance
(0:norelevance;10;verymuchrelevant);unit%
0
1
2
3
4
5
6
7
8
9
10
Allfirms
TTthroughPurchaseofembodiedtechnology
26
8
4
4
5
12
6
5
8
5
17
TTthroughPurchaseoftechnologyfromresearchinstitutionsorexternalfirms
33
10
5
6
6
13
7
5
5
3
7
TTthroughUseoftechnologyprovidedbyanotherfirmwithingroup
41
9
5
5
5
11
6
4
5
3
6
TTthroughUseoftechnologyprovidedbyfirmsoutsidegroup
36
8
5
5
6
12
6
5
6
3
8
TTthroughskillsandexperienceofnewemployees
24
9
5
6
6
14
8
6
7
4
12
aThe6thformoftechnologytransfer,i.e.,linkageswithsuppliersandbuyers,isnotperception-based,thuswedonot
includetheresponseinthistable.Similarly,R&Dstatisticsisnotpresentedinthistable.
Source:Authors’calculation.
Theimportanceoftechnologytransfervariesnotonlyacrossformsoftechnologytransferperse,butalsoonfirms’characteristics.Table3illustratesfirmheterogeneityintermsofsize,ownership,andtradestatus.Fortheperception-basedresponses(columns2to6),thedifferencesarelesspronounced.ConsistentwithfindingsfromTable2,thedominantsourceoftechnologytransferisthepurchaseofembodiedtechnology.However,weobserveclearerheterogeneityregardingfirms’technologytransferwithsuppliersorcustomers(column7).State-ownedenterprises(SOEs)—followedbyjointventures,largerfirms,andfirmswhoareactiveinbothexportsandimports,aremorelikelytohavetechnologytransfercontractswithpartnersalongthesupplychain.
AsimilarpatternisobservedforR&Dactivities(columns8and9).Nevertheless,comparedtotechnologytransfer,R&D—especiallyin-houseR&D—islesspopularamongfirms,arguablyduetothehighermonetarycostsandmoredemandinghumanresources.
AsweareinterestedintheinteractionbetweentechnologytransferandR&D,nextweexaminetheprevalenceofR&Dactivitiesamongfirmswhoconsidertechnologytransferasveryrelevant.Figure1depictsthefindings.Approximately9%ofthesefirmsconductR&Dactivities,eventhoughtheratiofluctuatesacrosstheyears.ThemajorityofR&Dactivitiesareconductedin-house.CombinedwiththestatisticsinTable3,itseemsthatfirmswithtechnologytransferarealsomorelikelytoengageinR&D,suggestingacomplementaryrelationshipbetweenthesetwoformsofinnovation.
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Table3:TechnologyTransferandR&DbyFirmCharacteristics
TypeofTechnicalTransfer(RelevancePerspective)
AtLeastaTT
Technology
PurchaseofEmbodied
PurchaseofTechnologyfrom
ResearchInstitutionsor
ExternalFirms
UseofTechnologyProvided
byAnotherFirmwithinGroup
UseofTechnologyProvided
byFirmsOutsideGroup
SkillsandExperienceofNew
Employees
TTwithSuppliers/Customers
R&DActivity
In-houseR&DActivities
Firmownership
Cooperative/Partnership
31
18
7
3
5
13
19
5
4
State-ownedenterprises(SOEs)orSOEswith50%stateequity
34
19
7
9
7
9
37
23
23
Equitizedfirms(States<50%)
28
17
7
5
8
9
22
9
9
LTD/JointStocksCompanies
31
18
8
4
8
10
22
9
8
FDI100%foreign
31
13
7
13
9
9
24
7
6
FDI–jointventure
30
17
7
9
8
8
29
16
15
Byfirmsize
lessthan10employees
29
17
6
7
11
4
14
4
3
atleast10andlessthan20employees
29
17
7
6
10
4
16
5
5
atleast20andlessthan50employees
28
16
7
7
9
5
19
6
6
atleast50andlessthan250employees
30
17
8
8
9
7
25
11
10
atleast250employees
33
17
8
10
10
10
31
14
13
GVCstatus
Noimportandexportactivities
29
17
7
4
7
10
19
7
6
Onlyimportorexportactivities
30
16
8
6
8
10
25
12
11
Bothimportandexportactivities
32
15
8
11
9
9
28
11
10
Source:Authors’calculation.
Figure1:TechnologyTransferFirmswithR&DActivities,byYear
(%)
Source:Authors’calculationfromtheTCS.
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Table4presentsthedescriptivestatisticsofthevariablesinourmodel.
Table4:DescriptiveStatistics
Mean
Sta.Dev.
Min
Max
TFP(inlog)
40,366
1.20
0.82
–6.91
5.24
TFP(in'1000USD)
40,366
4.74
5.86
.001001
188.26
ShareofTFPinrealvalueadded
40,366
0.04
0.05
0.00
0.30
Havingexportactivities
40,366
0.35
0.48
0
1
Shareofexportsintotalrevenue
40,366
0.23
0.39
0
1
Exportvalue(in1000USD)
40,366
1,139.91
5,203.21
0.01
165,699
Havein-houseR&Dactivities
40,366
0.08
0.27
0
1
Havingatleastone“mostrelevant”technologytransfer(TT)approach
40,366
0.30
0.46
0
1
TTthroughPurchaseofembodiedtechnology
40,366
0.17
0.37
0
1
TTthroughPurchaseoftechnologyfromresearchinstitutionsorexternalfirms
40,366
0.07
0.26
0
1
TTthroughUseoftechnologyprovidedbyanotherfirmwithingroup
40,366
0.06
0.24
0
1
TTthroughUseoftechnologyprovidedbyfirmsoutsidegroup
40,366
0.08
0.27
0
1
TTthroughSkillsandexperienceofnewemployees
40,366
0.10
0.29
0
1
TTthroughContractwithsuppliersandbuyers
40,366
0.22
0.42
0
1
Usedimportedinputs
40,366
0.31
0.46
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