本研究以針對B2B資訊系統設計之資訊系統成功模型(IS Success Model)作為假設架構，探討使用者滿意度與持續使用意願間的關係，並加入個人創新特質做為影響持續使用意願之假設，在研究架構中，分別探討資訊品質與系統品質與使用者滿意度的關係，以及使用者滿意度與個人創新特質分別對持續使用意願的關係。 本研究透過問卷法抽樣進行資料蒐集，選擇2010台北國際電子產業科技展之參展廠商作為研究對象，在回顧大量文獻與研究架構，並且排除無效問項後，進行問卷調查與分析，總共回收117份有效問卷，以PLS(Partial Least Squares)法進行分析後，得到以下結論： 使用者對於資訊系統的滿意度與系統品質及資訊品質呈現正相關，當資訊品質越高，也就是資訊系統產出的資訊之品質越好時；使用者滿意度會越高；當系統品質越高時，也就是資訊系統本身的特性越好時，使用者滿意度會越高。本研究更進一步發現，資訊系統持續使用意願受到使用者滿意度及個人創新特質影響，使用者滿意度與持續使用意願有正相關，滿意度越高時，持續使用的意願會越高；個人創新特質與持續使用意願也呈現正相關，當使用者之個人創新特質越強烈時，持續使用資訊系統的意願會越高。 / This research, based on the IS Success Model proposed by DeLone and McLean(1992), the B2B information system regarding the relationship between user satisfaction and continuance usage. Personal innovativeness was added to test its relationship with continuance usage. Within the hypothesized framework, the impacts of latent variables in system quality and information quality on user satisfaction are examined and tested, respectively. The research is conducted through sampling by a survey from companies attending the 2010 Taipei International Electronics Show. Of 121 samples collected, 117 are effective. By analyzing the samples with the PLS (Partial Least Squares) method, the research concluded the following: User satisfaction is positively influenced by system quality and information quality, which represents the characteristics of the information system itself and the form of information produced by the information system respectively. User satisfaction, together with personal innovativeness of the users, positively influence the continuance intentions to use the information systems.

當創新總是發生在不同專業領域的交界之處，團隊成員之間有效的知識互動便成為組織維持其競爭優勢的必要因素，因此為了持續創新，團隊成員必須克服不同專業領域所存在的知識邊界障礙，以便能夠整合團隊成員的知識與專長。在資訊系統的開發過程中，系統分析階段是觀察系統分析人員與使用者知識互動的最佳情境，因此本研究首先探索系統分析情境下影響互動雙方知識分享意願的前因，即創新氣氛與互動雙方的互動投入程度，並檢測這些因素之間的關係及影響。其次，本研究彙整四類邊界物件的內容，即語法的、語意的、實務的與隱喻的邊界物件，探討不同類別的邊界物件之間的關係及對專案創意的影響，並更進一步探究互動雙方的知識分享意願對各類邊界物件的影響。 研究樣本來自258位學生所扮演的系統分析人員及258位業界使用者，研究結果發現創新氣氛會同時影響系統分析人員與使用者的知識分享意願。當系統分析人員的互動投入程度越高，使用者的互動投入程度也會提高。使用者的互動投入程度會正向影響系統分析人員及使用者自身的知識分享意願；但是系統分析人員的互動投入程度卻對使用者的知識分享意願產生直接且負向的影響。 此外，系統分析人員的知識分享意願只對隱喻的邊界物件有正向影響，而使用者的知識分享意願卻對這四類邊界物件皆無顯著影響。在這四類邊界物件之中，只有實務的邊界物件對專案創意具有正向的影響，而隱喻的邊界物件則對於語法的、語意的、實務的邊界物件三者具有正向的影響，因此隱喻的邊界物件可以藉由實務的邊界物件對專案創意產生正向的間接效果。出乎意料之外，語意的邊界物件對專案創意具有負向的影響。在實務方面，本研究建議組織應該藉由增加實務的邊界物件和隱喻的邊界物件，以提高專案創意嶄露的可能性。 / As innovation happens from the boundaries between different specialty domains, effective knowledge interaction among participants has become a competitive necessity for organizations. In order to improve innovation, it is necessary for participants to deal explicitly with the interpretive barriers and further synthesize their expertise. During the development of information system, most knowledge interactions, which are conducted by systems analysts and users, can be observed in the phase of systems analysis. Thus, this study intends to explore not only factors that may affect participants’ intention to share knowledge, but also types of boundary objects in the context of systems analysis. As an innovative organizational climate and participants’ interaction involvement are identified as antecedents of participants’ intention to share knowledge, the relationships among these factors are studied. Besides, while four types of boundary objects are summarized, their effects on project innovativeness are discussed. Then, the influence of participants’ intention to share knowledge on the occurrence of four types of boundary objects was further examined. The results, based on data collected from 258 student analysts and 258 users, indicate that an innovative climate positively and directly influences both systems analysts and users’ intention to share knowledge. While systems analysts’ interaction involvement has a strong influence on users’ interaction involvement, which is measured by responsiveness, perceptiveness and attentiveness, users’ interaction involvement also has positive effects on both systems analysts and users’ intention to share knowledge; unexpectedly, systems analysts’ interaction involvement is negatively related to users’ intention to share knowledge. In addition, while systems analysts’ intention to share knowledge only influences the occurrence of metaphoric boundary objects, users’ intention to share knowledge does not demonstrate any significant effect on four types of boundary objects. Out of syntactic, semantic, pragmatic and metaphoric boundary objects, only pragmatic boundary objects had a strong positive effect on project innovativeness. As metaphoric boundary objects are shown to have positive effects on all other three types of boundary objects, metaphoric boundary object affects project innovativeness indirectly through pragmatic boundary objects. Surprisingly, semantic boundary objects negatively affects project innovativeness, although not very strongly. A practical implication is the possibility of increasing project innovativeness by enhancing both pragmatic boundary objects and metaphoric boundary objects.

The overall aim of this thesis was to identify and analyze good innovation management practices in Sweden’s most innovative large companies, excluding governmentally owned organizations. Out of 500 large organizations in Sweden, the top 25 most innovative companies have been ranked based upon over 7,000 printed press articles from 2018 available through Retriever Media. The companies are ranked by their innovations score which is calculated by the number of articles a company is mentioned in, adjusted to the company size, and multiplied with the mean sentiment score. The top 25 companies from the ranking was compared with 25 reference companies, active within the same industry based on the Swedish Standard Industrial Classification (SNI) number, that received a lower innovation score. Good innovation management practices were analyzed based on 14 qualitative interviews in 12 of the top 15 ranked companies and a quantitative survey responded by 20 top ranked and 17 reference companies. The interviews were semi structured with open ended questions to identify used practices, and the reasoning behind them. Spearman’s correlation method has been used to investigate if there was any correlation between the company’s innovation score, the mean performance score, and the mean importance score rated by respondents. The company case studies provide authentic examples on how and when different methods and concepts are used within industry. However, while theoretical frameworks often are strictly defined and described in solitary, the interviews have shown that when used within industry, it is rather the opposite. In many of the interviewed companies, frameworks and methods are modified, combined and constantly evolving. Aspects that the interviewees have expressed as important for an innovative company are: Innovation and change should be iterative, decentralized and started in small scale while receiving full support from top management. Examples of identified practices are: The innovation vision is used in the decision-making process for new ideas. Keywords connected to innovation are used for guiding new aspirations. There is an overall aim to become industry or/and digital leaders. Although the interviewed companies had similar innovation management practices, they were usually modified to fit within the company’s own organization and industry. The interviews contributed with interesting collection of practices within their authentic setting from which other companies could draw inspiration from. Lastly, a handbook was created describing how to conduct the innovation ranking annually, including a description of how to use the software as well as the required script of code. / Det övergripande syftet med denna uppsats har varit att identifiera och analysera hur ett antal stora och framgångsrika bolag bedriver innovationsledning. Av 500 svenska företag har de 25 mest innovativa rankats baserat på hur företagen framställts i över 7000 tryckta artiklar under 2018. I artiklarna som tagits fram via Retriever Media har företagen poängsatts efter antalet artiklar som de omnämnts i, korrigerat efter företagens storlek, multiplicerat med artiklarnas genomsnittliga sentimentvärde. De 25 högst rankade företagen jämfördes sedan med 25 referensföretag aktiva inom samma bransch enligt standarden för svensk näringsindelning (SNI). God innovationsledningspraxis identifierades och analyserades genom 14 intervjuer med 12 av de 15 högst rankade företagen, samt en enkätstudie som besvarades av 20 av de 25 högst rankade företagen och 17 av referensbolagen. Intervjuerna var semi strukturerade med öppna frågor för att identifiera den innovationsledningspraxis som företagen använder sig av samt bakomliggande resonemang. Spearmans rangkorrelation användes för att identifiera eventuella korrelationer mellan företagens innovationsrankning och hur företaget presterar med avseende på olika innovationsaspekter samt hur viktiga dessa aspekter anses. Analysen av innovationsledningspraxis resulterade i praktiska exempel på hur och när olika metoder, verktyg och strategier användes inom företagen. Managementteorier som kan uppfattas som strikta i litteraturen visade sig kombineras, modifieras och utvecklas i flera av de intervjuade företagen. Aspekter som företagen lyfte fram som viktiga var att innovation och förändring behöver ske iterativt, decentraliseras och startas småskaligt med full uppbackning av företagsledningen. Några av de olika sätt att framgångsrikt leda innovation som identifierats är att: Det finns en vision för hur för företaget ska jobba med innovation och denna vision ligger till grund för mycket av den beslutsfattande processen när det kommer till nya idéer. Nyckelord kopplade till olika innovationsmål används frekvent för att leda forskning och utveckling i rätt riktning. Det finns även ett övergripande mål om att bli det ledande företaget inom olika områden och näringsgrenar. Även om många av de intervjuade företagen hade liknande innovationsledningspraxis så var denna ofta modifierade för att passa det enskilda bolaget eller branschen. De intervjuade företagen bidrog med en stor mängd intressanta metoder och insikter som andra företag kan inspireras och dra nytta av för att förbättra sin innovationsledningsförmåga. Slutligen sammanställdes en handbok för att genomföra en innovationsrankning, inklusive hur man använder de programvaror som krävs samt all nödvändig kod för att möjliggöra en återkommande rankning av innovativa företag.