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Personality Traits and self-disclosure to social media usage research
[[abstract]]在現代社會由於網路的普及下,人們與人們彼此建立友誼的方式已經不僅只有過去面對面的方式,而跟隨網路普及而興起的社群媒體,讓人可以不分地點、不分時間,隨時隨地與他人建立起友誼,然而建立友誼關係的始終是人,社群媒體只是提供另一種方式達成友誼的建立,本研究從最基本的人格特質面下去探討不同的人格特質如何透過自我揭露進而與他人建立友誼關係,並通過使用社群媒體,是否可以更容易與他人建立友誼關係。本研究採用問卷調查法,以Google網路問卷調查,使用IBMSPSSStatistics20以及Amos結構方程模式進行分析。研究結果顯示,社群媒體的使用在人格特質與自我揭露之間具有中介效果。[[abstract]]Inmodernsociety,becauseofthepopularityoftheInternet,peopleandpeopletoestablishfriendshipwitheachotherhasnotonlythewaytofacetofaceinthepast,andfollowthepopularityofthecommunityandtheriseofthemedia,peoplecanregardlessoflocation,regardlessoftime,atanytimeWherethefriendshipisestablishedwithothers,buttheestablishmentoffriendshipisalwaysthepeople,thecommunitymediaisonlytoprovideanotherwaytoachievetheestablishmentoffriendship,thestudyfromthemostbasicpersonalitytraitstoexplorehowdifferentpersonalitytraitsthroughself-disclosureandOtherscanbuildfriendshipsandusecommunitymediatomakeiteasiertobuildrelationshipswithothers.Thisstudywasconductedusingthequestionnairesurvey,usingtheGooglewebsurvey,usingtheIBMSPSSStatistics20andtheAmosstructuralequationmodeling.Theresultsshowthatthesocialmediausehasanintermediaryeffectbetweenpersonalitytraitsandself-disclosure
The impact of Product attitude、 Corporate Image and Corporate trust on the Purchase Intention of Peripheral Product
[[abstract]]近年來許多企業創造自身的卡通代言人,作為企業傳播與溝通的角色。從統一7-11企業的“Open小將”,到高雄捷運的“高捷少女”,企業卡通代言人已身兼企業理念傳達者並且企業透過販售其周邊商品,以增加企業額外的收益以及傳達企業形象。本研究想要了解帶有企業卡通代言人的周邊商品態度是否會為企業本身帶給消費的信任與形象作為干擾因素進一步影響消費者對於周邊產品購買意圖,因此挑選了台灣知名的統一7-11企業與其卡通代言人Open小將作為研究案例。本研究透過卡通代言人、產品態度、企業形象、企業信任與購買意圖相關國內外參考文獻,作為本研究的架構參考。本研究使用問卷作為調查工具,採用隨機抽樣在網路發放和紙本問卷。問卷共發放200份問卷,有效問卷為152份,無效問卷為28份,並以套裝軟體SPSS20.0分析驗證,即提出假設分析、信度效度分析、描述性統計分析。研究結果如下(1)企業形象對周邊產品購買意圖具有正向影響。(2)企業信任對周邊產品購買意圖具有直接的正向影響。(3)周邊產品態度在企業形象與周邊產品購買意圖中具有干擾效果。(4)周邊產品態度在企業信任與周邊產品購買意圖中不具有干擾效果。本研究基於以上研究結果,提出實務意涵,並提出未來建議。[[abstract]]Representingthecorporatephilosophyofcommunicationspokescharactersalsocreatebusinessopportunitiesbysellingitsperipheralproducts,increasingcorporaterevenuesandcorporateimage.Thisstudyintendstoexplorewhethercorporateimageandtrustpositivelyimpactsthepurchaseintentionofperipheralproducts,andwhethertheattitudetowardsthespokes-charactershasamoderatingeffectontheserelationships.UsingSPSS20.0fordataanalysis.Theresultsareasfollows:(1)corporateimagehasapositiveimpacttoperipheralproductpurchaseintention.(2)Corporatetrusthasapositiveimpactonperipheralproductspurchaseintention.(3)Attitudetowardsperipheralmoderatestherelationshipbetweencorporateimageandperipheralproductspurchaseintention.(4)Attitudetowardsperipheraldoesnotmoderatetherelationshipbetweencorporateimageandperipheralproductspurchaseintention
A Study on the Holding Pressure & Feeding Back-Pressure Control for Hydraulic Plastic Injection Molding Machine
[[abstract]]射出成型過程中射壓、射速、射溫、鎖壓、進料量等各項因素皆會對射出成型品質有相當影響。為了深入研究影響因素眾多且複雜的成型特性,本研究首先建立模型以了解塑膠射出成型運作中各項因素的動態行為,模型的建立並可與實機驗證對照而確保控制系統設計的切實性。本研究特針對射切保之壓力轉換、後段保壓及入料背壓之控制性能進行探討與提出改進方式,傳統控制上使用者設定每段的螺桿位置、射速、保壓、背壓以及入料轉速,系統根據設定值之螺桿位置及時間由原狀態立即切換至下個階段,除了切換猛烈,亦導致射切保壓力產生凸波或凹陷之不平順現象,且入料終點不精準而影響滿模點穩定性。本研究在射切保之壓力轉換上,依使用者之設定滿模點為基準點,預留前一距離做速度減速,當壓力達上限轉平時加入壓力控制迴路平順銜接至第一段保壓壓力,在後段保壓命令規劃上,階梯式降壓方式本研究經模擬發現期間膠料仍會流進流出,因此從第一段保壓結束,後段保壓以無段等斜率降壓方式之命令規劃;入料背壓上,射出油壓缸持續維持背壓,入料馬達依S曲線上升至設定值維持等速,當射出油壓缸退後至入料終點前一定位置,入料馬達依距入料終點之距離減速至最低轉速,最後當射出油壓缸退後至入料終點,入料馬達立即停止,此時射出油壓缸會維持背壓,而精準停止於入料終點。關鍵字:射切保轉換、無段保壓、入料背壓[[abstract]]Intheinjectionmoldingprocess,theinjectionpressure,theinjectionvelocity,theinjectiontemperature,theclampingforce,thefeedingquantityandotherfactorswillhaveinfluenceonthequalityoftheinjectionmolding.Inordertostudythecomplicatedformingcharacteristics,firstly,weestablishthemoldingprocessmodeltounderstandthedynamicbehavioroftheplasticinjectionmoldingoperation.Theestablishedmodelcanbefurtherverifiedwiththerealmachinetoensurethecontroldesign.Inthisresearch,westudythecontrolperformanceoftheinjection-holdingtransition,holdingpressureandthefeedingback-pressure.Basedonthosestudiessomeimprovingmethodswereproposed.Fortheinjection-holdingtransitioncontrol,theinjectionscrewpositionisdeceleratedbeforetheinjectionendingpoint,andwhenthepressureturnsflatthesystemswitchtopressurecontrolloopwithS-curvesmoothlychangingthepressuretothefirstsectionholdingpressure.Fortheholdingpressurecontrol,constantpressurewithprecisetimeperiodwascontrolledforthefirstsectionpressurecontroltomakethemoldpreciselypacked.Afterthat,asmoothlydeclinedholdingpressurecontrolwasproposedtopreventtheplasticsflowin/outofthemoldduringthecoolingstage.Forthefeedingbackpressurecontrol,theinjectionhydrauliccylindercontinuestomaintainbackpressure,andthefeedingmotorrisesthespeedtothesetvaluewithS-curveandmaintainsconstantspeedthereafter.Whentheinjectionhydrauliccylinderreachestothepointbeforetheendfeedingpositionwithacertaindistance,thefeedingmotordeceleratestotheminimumspeedlinearlyaccordingtothedistancetotheendfeedingposition.Finally,whentheinjectionhydrauliccylinderreachestheendfeedingposition,thefeedingmotorstopsimmediately.Atthispoint,theinjectionhydrauliccylinderwillmaintainthebackpressure,anditwillbestoppedpreciselyattheendfeedingposition.Keyword:injection-holdingtransition,smoothlydeclinedholdingpressure,feedingback-pressur
Quality Measurement and Analysis of Wireless Telecommunication Signal
[[abstract]]在此論文中,將開發一套能夠分析訊號品質的手機應用程式做為測量工具,並針對量測到的訊號加以分析,作為未來改進與優化基地台配置的參考。因為無線通訊技術的進步與普及,使得通訊科技在生活上的應用迅速的發展,特別是3G/UMTS與4G/LTE高速存取技術的發展,讓無線數據網路的使用更加便利。然而,無線網路的預設效能,與使用者在應用層面上的感受經驗有很大的差距,這些都是因為蜂巢式系統的建置無法達到完美狀態,因此這個課題成為各家無線電信業者非常希望改善,也持續投入大量資源在量測、檢討與改善訊號的品質。鑑於業界對於能有效維持訊號品質的強烈需求,本論文針對無線數據訊號的量測方式與數據存取等技術,開發與建構有效的量測工具,並將量測到的訊號加以分析,另外因為訊號量測點的設定有非常多的可能,所以在動態的量測中,會產生大量的數據,我們將產生的數據以資料倉儲的方式來加以保存。在本論文中使用AndroidStudio軟體,開發手機上做為測量工具的應用程式,由於AndroidStudio軟體具有整合「Gradle」構建工具、編輯頁面與即時預覽等特性,若與常用來開發Android手機應用程式的Eclipse相比,AndroidStudio軟體在啟動速度、響應速度、內存占用需要花費時間與資源方面佔有優勢,另外,AndroidStudio軟體具有更快的開發速度,可達到快速開發應用程式的效益。在此論文使此應用程式將採集的數據回傳至資料庫並做分析,利用簡易的方法與通訊上的知識,對市面上常見的電信業者提供的網路服務做比較與分析,讓使用者更簡單瞭解訊號品質的優劣。然而,手機硬體也會影響接收的訊號品質,但經費由於有限,本論文無法對市面上所有手機做訊號品質的比較與分析。[[abstract]]Inthisthesisasetofcellular-phone-basedapplicationprogram,asameasurementtool,isdevelopedtoanalyzesignalqualityofmobiledatatransmission.Themeasuredsignaldataareanalyzedandcouldbeemployedtoimproveandoptimizethebasestationconfiguration.Becausetheprogressandpopularizeofwirelesscommunicationtechnology,theapplicationsofwirelesscommunicationtechnologyinlifehavebeenrapidlydeveloped.Especiallythedevelopmentof3G/UMTSand4G/LTEhigh-speedaccesstechnologyenablestheuseofwirelessdatanetworksbecomemoreconvenient.However,theusersexperienceabiggapofqualityperformance,intheapplicationlevel,tothedefaultperformanceofwirelessnetworks.Thisisbecausetheconstructionofthecellularsystemcannotachievetheperfectconfiguration,andthisissuebecomesavarietyofwirelesscarrierswhoareverymuchhopetoimprove.Theycontinuetoinvestalotofresourcesinthemeasurement,reviewandimprovementofsignalquality.Duetotheindustry'sstrongdemandforeffectivemaintenanceofsignalquality,inthispaper,basedonthewirelessdatasignalmeasurementmethodsanddataaccesstechnology,effectivemeasurementtoolsaredevelopedandconstructedtoanalyzethemeasuredsignals.Inaddition,thesignalmeasurementpointssetalotofpossibilities,soitwillproducealotofdatainthedynamicmeasurement.Thegenerateddatawillbesavedintheformofdatawarehouse.Inthisthesis,usingofAndroidStudiosoftware,measurementapplicationtoolsaredevelopedbasedonmobilephones.AndroidStudiosoftwarehasfeaturessuchas"Gradle"buildtools,editpagesandlivepreviews.AscomparedtoEclipse,whichisacommonlysoftwaretodevelopAndroidphoneapps,AndroidStudiosoftwarehasadvantagesinthebootspeed,responsespeed,andtheaccessingtimeofmemory.Inaddition,AndroidStudiosoftwarehasashorterdevelopmenttimeandcanachievethebenefitsofrapidimplementationoftheapplicationprograms.Here,theapplicationprogramscananalyzethecollecteddatathataretransmittedbacktothedatabase,withasimpleapproachbasedontelecommunicationtheory,tocompareandanalyzetheonlineservicesprovidedbydifferentwirelesscarriers.Thisprogramcanhelpuserstounderstandthemeritsofsignalqualityprovidedbytheirwirelesscarriers.However,qualityofmobilephonecanalsoaffectthequalityofthereceivedsignal,butduetolimitationinfund,thisthesisdoesnotcomparethesignalqualityfordifferentmobilephones
Bit-Series Calculation Architecture Design for Segment Accumulation Algorithm
[[abstract]]臺灣、日本、韓國等一些已開發的亞洲國家正面臨高齡化社會的衝擊。老人照護和醫療問題越來越受到重視。應用高科技來協助老人健康狀態的監測和預防是未來的趨勢,其中心電圖(Electrocardiography,ECG)資料的長期記錄是重要的醫療資訊之一。心電圖是一種經由偵測皮膚表面微量電流的非侵入式診療技術,廣泛運用於心臟疾病的診斷。為了長時間的觀察和記錄,結合無線傳輸功能和訊號感測技術之穿戴式裝置是最佳的選擇之一。穿戴式裝置有三個基本要求:體積小、重量輕以及低功率。由於無線傳輸相當耗能,其功耗率與資料傳輸量成正比,為減少資料量並保存醫療診斷訊息,我們於先期研究中開發了一個具品質保證機制的小波心電圖資料即時壓縮系統。本系統由三個功能處理單元串接成管線型處理結構,分別為:無損失四捨五入小波轉換、具有品質保證機制的非均勻量化和不失真改良式階層樹集合分割編碼(SetPartitioninginHierarchicalTrees,SPIHT)。無損失四捨五入小波轉換是一種整數型運算,使用最小位元長度的濾波器係數以求得不失真的轉換係數。由於此小波轉換使用非遞迴式濾波器,需要大量的乘法器,不利於穿戴式系統的應用。我們於先前研究開發出一區段累加演算法(SegmentAccumulationAlgorithm,SAA),此演算法使用區段折疊技術和循環位移記憶體可有效克服高階分解需級數成長的乘法器。此演算法不僅無位元和乘法器成長效應,亦無傳統折疊架構存在的時間延遲問題。唯11階分解仍需相當多的乘法器。本論文提出以位元串列(Bit-Series)處理架構來消除區段累加法中所需的乘法運算,以取代乘法器架構,在不影響Throughput的條件下,可有效減少硬體面積和功率消耗。[[abstract]]Taiwan,Japan,SouthKoreaandotherdevelopedAsiancountriesarefacingtheimpactofagingsociety.Theoldercareandmedicalproblemsaregainingmoreandmoreattention.Useofhightechnologytohelpthehealthmonitoringandpreventionoftheelderlyisthefuturetrend,whichlong-termrecordsofElectrocardiography(ECG)dataisoneoftheimportantmedicalinformation.ECGisanon-invasivediagnosisandtreatmenttechniquethatdetectsmicro-currentonthesurfaceoftheskinandiswidelyusedinthediagnosisofheartdisease.Forlongperiodsofobservationandrecording,awearabledevicethatcombineswirelesstransmissionandsignalsensingtechnologyisoneofthebestoptions.Wearabledeviceshavethreebasicrequirements:smallsize,lightweightandlowpower.Asthewirelesstransmissionisquiteenergy-consuming,itspowerconsumptionisproportionaltotheamountofdatatransmission.Inordertoreducetheamountofdataandsavemedicaldiagnosticinformation,wehavedevelopedonwavelettransform-basedECGcompressionsystemwithqualityassurancemechanismintheearlystudy.Thesystemconsistsofthreefunctionalprocessingunitsinseriesintoapipelineprocessingstructure,respectively:LosslessroundingofWavelettransform,Quantificationofqualityassurancemechanism,SetPartitioninginHierarchicalTrees(SPIHT).LosslessroundingofWavelettransformisanintegeroperationfocusesonminimumbitlengthnotation,anditusesalotofmultiplierstousetheNon-Recursivefilters,improperapplicationtowearablesystems.Wedevelopedsegmentaccumulationalgorithm(SAA)inthepreviousstudy.Itusessectionfoldingtechnologyandcyclicdatamovementtoeffectivelyovercomethehigh-orderdecompositionofthenumberoffactorstogrowthemultiplier.Only11classesalsorequirealotofmultipliers.ThispaperispresentedwithBit-SeriesprocessingarchitecturetoeliminatethemultiplicationrequiredinSAA,toreplacethemultiplier.Withoutaffectingthethroughputconditions,itcaneffectivelyreducethehardwareareaandpowerconsumption
Generic Indoor Positioning Framework
[[abstract]]本論文研究通用室內定位框架,可以依據不同的場域應用,彈性替換無線通訊技術中的感測層裝置、網路傳輸層裝置、以及其中的微控制器(MCU)。現今室內定位系統結合無線通訊技術解決了GPS受到建築物遮蔽的限制,可以安裝於特殊的環境條件中,準確地針對特定人或物進行定位,是物聯網(InternetofThings,IoT)中非常重要的一環。然而,目前這些無線通訊技術並不容易依據情境與環境需求來實現,例如應用場域中感測距離的改變,來更換通訊模組或是微控制器,不同通訊模組之間也不容易進行整合,無法建構一個可以隨著場域應用變換的彈性系統。本論文定義一個室內定位系統框架,用以建立一個系統開發工具(SDK)的雛形,在環境與場域應用變更時,不需要全部重新撰寫程式,只需要在既有的框架下修改部分程式,就可以實現不同場域的室內定位應用。由於,目前看到的各種無線通訊模組,其與微控制器的介面主要以UART(UniversalAsynchronousReceiver/Transmitter)為主,所以在本框架中只要替換各家不同微控制器的UART設定或API就可以替換無線通訊模組。因此在本框架中,我們利用C語言的技巧把UART設定或者相關API定義在不同的標頭檔(HeaderFile)中,方便設計者更換模組與MCU。在定位系統本身的通訊協定相關的參數方面,本論文將它們分為可變與固定兩大類,也定義在標頭檔中,變更場域時,只要更新這些標頭檔內的參數,即可保有室內定位的定位效果及穩定性。本論文實驗中,可互相替換的無線通訊模組有Sub-GHzASK(315MHz、433.92MHz)、LoRa(915MHz)、Wi-Fi,可互相替換的微控制器有Microchip的微控制器晶片(PIC18F26K22)以及STC的微控制器晶片(STC15W204S),證明所提出的室內定位框架的彈性及實用性。目前團隊開發的Sub-GHz結合Wi-Fi的室內定位系統,已於協力廠商的公司內部環境進行實驗測試,將應用於醫療照護及工業廠房等環境。[[abstract]]Westudythegenericindoorpositioningframeworkwheresensormodules,networkmodules,andmicrocontrollers(MCUs)areeasilyexchangeableaccordingtotherequirementsofdifferentapplicationareas.ModernindoorpositioningsystemsareabletolocatingspecificpeopleandfacilitiesregardlessofbuildingfloorplansandareessentialpartsoftheInternetofThings(IoT).However,theunderlyingwirelesscommunicationtechniquesaredifficulttoapplytodifferentscenarioswithvarietiesofenvironments.OneobviousexampleisthatvaryingsensingdistancerequireschangesofcommunicationmodulesandMCUswhiletheintegrationofdifferentcommunicationmodulesandMCUsischallenging.Therefore,weneedaflexiblesystemthatcanadapttorequirementsofapplicationareas.Wedefineaframeworkasthesystemdevelopmentkit(SDK)ofindoorpositioningsystems.Whenenvironmentoftheapplicationareaischanged,softwareprogramredesignarenotrequired.Basedontheframework,engineersareabletofigureoutthenecessarymodificationstoadapttodifferentindoorpositioningrequirements.DuetotheprimaryinterfacebetweenMCUandcommunicationmodulesistheUniversalAsynchronousReceiver/Transmitter(UART),intheproposedframework,oneneedsonlytomodifyUARTconfigurationsandrelatedAPIsofMCUsforreplacingthewirelesscommunicationmodules.WedefinetheUARTconfigurationsprovidedbyMCUvendorsintheClanguageheaderfilesforconvenienceofengineersinthereplacement.Fortheprotocol-relatedparameters,wedividedthemintovariablesandconstantswhicharealsodefinedintheheaderfile.Itiseasytopreservetheperformanceandstabilitywhenchangingapplicationareasbyonlyreconfiguringthevariableparameters.Intheexperiments,theexchangeablewirelesscommunicationinterfacesincludeSub-GHzASK(315MHzor433.92MHz),LoRa(915MHz),andWi-FiwhiletheexchangeableMCUsincludeMicrochipPIC18F26K22andSTCSTC15W204S.Weprovetheflexibilityandfeasibilityoftheproposedframeworkandtheteamworkedprototypesystemisundertestinginhealthcareandindustrialplants
New Southward Policy Study - A Case Study of Textile Industry
[[abstract]]本研究期望能釐清台灣新南向政策實質的定義及該政策如何領導產業前進東協市場。透過顯示性比較優勢(RevealedComparativeAdvantage,RCA)找出東協十國與台灣之間,哪一種產業是台灣比較具出口競爭力的,而這些產業在台灣與東協之間的貿易往來是否還有成長空間?透過文獻分析法(DocumentAnalysis)整理該產業的策略發展及因應之道,藉此期望能由學術角度切入、站在實務立場上對於政府的新南向政策給予建議。[[abstract]]ThisstudyisexpectedtoclarifythedefinitionofTaiwan'snewsouthwardpolicyandhowthepolicywillleadtheindustryforwardtotheASEANmarket.Andthroughthecomparativeadvantage(RevealedComparativeAdvantage,RCA)tofindbetweenthetencountriesandTaiwan,whichindustryisTaiwanhavemorecompetitivethanAEC10countries.Supplementedbythehistoricalliteratureforthethestrategyoftheindustrydevelopmentandresponse.Withaviewtotheacademicpointofview,standingonthepracticalpositionofthegovernment'snewsouthpolicytogiveadvice
Exploring the Impact of Mobile Advertising Characteristics on Consumers’ Advertising Attitude and Mobile Advertising Effect
[[abstract]]本研究藉由探討不同行動廣告特性下,消費者的廣告態度以及行動廣告本身之效果,作為企業利用行動廣告行銷品牌或產品時的參考。本研究利用實驗法探討不同行動廣告特性對消費者的廣告態度及行動廣告效果的影響。共有四份不同的問卷,分別為干擾性低搭配互動性低、干擾性低搭配互動性高、干擾性高搭配互動性低及干擾性高搭配互動性高的二因子設計。實驗研究結果顯示,當行動廣告特性中之互動性低時,干擾性低的廣告較干擾性高的廣告能使消費者有較佳的廣告態度;當互動性高時,干擾性高的廣告較干擾性低的廣告能使消費者有較佳的廣告態度。消費者的廣告態度對品牌態度之影響是具有顯著性的。消費者的廣告態度對行動廣告效果之影響是具有顯著性的,並且對於衡量行動廣告效果中之「點擊」、「閱讀」、「分享」與「蒐集相關資訊」等四項指標之影響力依序為:點擊>蒐集相關資訊>閱讀>分享。當消費者之科技準備度低時,干擾性低的行動廣告,消費者的廣告態度優於干擾性高的消費者廣告態度,而互動性高的消費者廣告態度優於互動性低的消費者廣告態度;當消費者之科技準備度高時,干擾性高的行動廣告,消費者的廣告態度優於干擾性低的廣告態度,而互動性高的消費者廣告態度優於互動性低的消費者廣告態度。[[abstract]]Inthisstudy,weexploretheimpactofmobileadvertisingcharacteristicsonconsumers’advertisingattitudeandmobileadvertisingeffect,andpresenttheresulttoenterpriseswhoareusingmobileadvertisingtomarkettheirbrandsorproductsasareference.Therefore,thestudy,usingtheexperimentalmethodtoexploretheimpactofmobileadvertisingcharacteristicsonconsumers’advertisingattitudeandmobileadvertisingeffect.Therearefourdifferentkindsofquestionnairedesignedbytwofactors:lowirritationwithlowinteractivity,lowirritationwithhighinteractivity,highirritationwithlowinteractivityandhighirritationwithhighinteractivity.Theexperimentalresultsshowthatwhiletheinteractivityislow,themobileadvertisingwhichirritationislowhasabetterconsumers’advertisingattitudethenthehigherone;whiletheinteractivityishigh,themobileadvertisingwhichirritationishighhasabetterconsumers’advertisingattitudethenthelowerone.Theimpactofconsumers’advertisingattitudesonbrandattitudesissignificant.Theinfluenceofconsumers’advertisingattitudeonmobileadvertisingeffectarelisted:click-through>gatherrelevantinformation>read>share.Whileconsumers’technologyreadinessarelow,themobileadvertisingwhichirritationislowhasabetterconsumers’advertisingattitudethenthehigherone;themobileadvertisingwhichinteractivityishighhasabetterconsumers’advertisingattitudethenthelowerone.Whileconsumers’technologyreadinessarehigh,themobileadvertisingwhichirritationishighhasabetterconsumers’advertisingattitudethenthelowerone;themobileadvertisingwhichinteractivityishighhasabetterconsumers’advertisingattitudethenthelowerone
The relationship between intellectual capital and enterprise value: an empirical study of online game industry in Taiwan
[[abstract]]本研究主要探討台灣上市櫃線上遊戲公司的智慧資本與企業價值之關係,並以2006至2015年之資料進行分析研究;本文利用市場附加價值(MVA)、經濟附加價值(EVA)與Tobin’sQ作為衡量企業價值的指標,並且以智慧資本的四個構面(包含人力資本、顧客資本、創新資本、流程資本)角度切入分析,探討智慧資本與線上遊戲產業之企業價值兩者間的關係,進行實證研究。實證結果顯示:智慧資本與市場附加價值及經濟附加價值間有顯著的正相關,與Tobin’sQ模型之關係則不顯著。這代表國內投資者在評估企業價值時,較重視財務資本面的相關資訊,而忽略了智慧資本的重要性。[[abstract]]ThisstudyisaimedtoinvestigatetherelationshipbetweenintellectualcapitalandenterprisevalueofonlinegamefirmslistedontheTaiwanStockExchnage.Thedataobservationisrangedfrom2006to2015.Inthispaper,MarketValueAdded(MVA),EconomicValueAdded(EVA)andTobin'sQareusedasindicatorstomeasurethevalueoffirms.Inaddition,fourdimensionsofintellectualcapital,includinghumancapital,customercapital,innovationcapital,processcapital,areusedtoinvestigatetherelationshipbetweenintellectualcapitalandenterprisevalueofonlinegameindustry.TheempiricalresultsshowthattherelationshipbetweenintellectualcapitalandMVAandEVAaresignificant.However,therelationshipwithTobin'sQisnotsignificant.Itindictatesthat,intheassessmentofcorporatevalue,domesticinvestorswillpaymoreattentiononthefinancialcapitaloftherelevantinformation,whileignoringtheimportanceofintellectualcapital
Design and Implementation for Transforming Web Framework to Support Web Surfing in Mobile Internet Device
[[abstract]]現今行動網路及無線網路的環境技術成熟,人們使用行動裝置上網的比例超越了桌上型電腦,網頁開發者也須因應趨勢,根據使用者裝置提供良好的瀏覽介面,然而開發行動網站或重新架構網頁是十分耗費時間的。本研究提出可讓開發者透過簡單的步驟,將傳統網站架構轉換為響應式網頁架構的方法。本研究所開發之系統,在運行時可分為三個階段,第一階段根據開發者提供的資訊,透過本研究系統自動解析原網站內容並進行初步轉換。第二階段開發者可根據需求於本研究系統介面自行拖曳內容於框架,使畫面更具彈性。第三階段根據前階段所拖曳結果進行畫面設置,開發者可儲存轉換結果,進行後續開發,大幅減輕重新架構網頁的負擔。最後本研究以兩個無支援響應式網頁的架構為應用案例,實際操作本研究系統,成功地將原架構轉換為響應式網頁架構,以驗證本研究所設計之系統有效性。[[abstract]]Inordertorespondtothewebsurfingtrendsthatusingmobileinternetdevicesispopularthandesktops,itisanecessarymissiontoprovidetheviewersofvariousscreensizeshaveconvenientwebbrowsing.However,re-developingofamobilewebsiteorthere-arrangingfromtheoriginalwebpageswouldbeverylaboriousandtime-consumingwork.Tosolvethisissue,thisthesispresentsanovelweb-basedsystemforwebsiterearranges.Theproposedsystemwasconductedinthreestages.Inthefirststage,thewebsitesourcecodewastransferredtosupportwebsurfinginmobileinternetdevicebyparsingwebsite’sDocumentObjectModelTree(DOMTree).Inthesecondstage,thewebdeveloperusedrag-and-droptoprovisioningframeworkbythissystem.Atthefinalstageofthissystem,thewebdevelopercansaverearrangeresult,andconnectdatabasefortheirwebsiteapplications.Toevaluatetheproposedapproachinthisstudy,weadopttwowebsiteasexperimentationforvalidating.Andtheresultsshowthattheproposedsystemcanrearrangecosteffectively