| International Journal of Technology Management 1998 |
| Title | Subject | Authors |
|---|
| A case study in off-line quality control: characterization and optimization of batch dyeing process design. | Science and technology | Yahya Fathi, Gulser Koksal, William A. Smith Jr., Jye-Chyi Lu, Ralph McGregor |
| A case study of the Virginia Tech Corporate Research Center in the context of the Cabral-Dahab Paradigm with comparison to other US research parks. | Science and technology | Ann E. Echols, Joe W. Meredith |
| A comparison of mission statements and their rationales in innovative and non-innovative firms. | Science and technology | Christopher K. Bart |
| A decision making framework for software total quality management. | Science and technology | Noushin Ashrafi |
| A decision support system for project portfolio selection. | Science and technology | Norman P. Archer, Fereidoun Ghasemzadeh |
| Alliances and networks: the next generation. | Science and technology | Leo Wildeman |
| An examination of organization and suborganization readiness for total quality management. | Science and technology | Mahmoud Abdelaziz Elgamal |
| An experiment in organization for innovation. | Science and technology | Tim Handyside, Janice Light |
| Application of loglinear modelling to impatient data for temporomandibular joint disorder claimants. | Science and technology | Daniel G. Shimshak, Noushin Ashrafi |
| Application of total quality management concepts to a business school. | Science and technology | T.K. Bhattacharya, Taisier AlDiab-Zoubi, Abdulhamid Sukar |
| A project for the 21st century in China: Kwanghua Science Park. | Science and technology | Bo-Qiang Ma |
| A proposal for a centralized patient record database: the need to identify patient data elements to measure costs, clinical outcomes and benchmarking. | Science and technology | Kevin J. Leonard, Catherine N. Kelly, Joy LeBlanc, John Van Deursen |
| A quality management model for research institutes responsible for government-supported R&D projects. | Science and technology | Pao-Long Chang, Chiung-Wen Hsu |
| Argentina's national innovation system. | Science and technology | Carlos M. Correa |
| A state's use of electronic medical record: a means to address Arkansas' health care responsibilities to her children - promoting access to cost-effective care. | Science and technology | E. Greer Gay |
| Automobiles: a static technology, a 'wait-and-see' industry? | Science and technology | Jean-Jacques Chanaron |
| Building a foundation for high performance. | Science and technology | Harvey Kolodny |
| Capital concentration among the food multinational enterprises and development of the world's agro-food system. | Science and technology | Selma Tozanli |
| Choosing successful technology development partners: a best practice model. | Science and technology | Robert Raeside, William J. Bailey, Ron Masson |
| Collaboration in new technology based product markets. | Science and technology | Dale Littler, Fiona Leverick, Dominic Wilson |
| Competing through modern quality principles: a forward management approach. | Science and technology | Mohamed Zairi, Mohamed A. Youssef |
| Competitive and technology management strategy: a case study of TELCO.(Tata Engineering and Locomotive Company) | Science and technology | B. Bowonder |
| Continuous quality improvements in a high-technology manufacturing environment. | Science and technology | Amrik S. Sohal, Edmund Lu |
| Corporate and individual competences: how do they match the innovation process? | Science and technology | Moreno Muffatto |
| Creativity enhancement software: a systemic approach. | Science and technology | Peter Bond, Paul Otterson |
| Customer focused performance improvement: developing a strategy for Total Quality. | Science and technology | Christopher R. Jones |
| Developing a performance measurement system for world-class distribution logistics by using activity-based costing and management: case: basic metal industries. | Science and technology | Josu Takala, Pasi Koota |
| Developing the skills of technologists in strategic decision making - a multi-media case approach. | Science and technology | David Birchall, Matty Smith |
| Development and innovation in the Japanese chemical industry. | Science and technology | Susumu Yoshida |
| Development of a research methodology for assessing a firm's business process-related technologies. | Science and technology | George Tovstiga, Bernard Chapelet |
| Electronic commerce technologies and changing product distribution. | Science and technology | Ed Rhodes, Ruth Carter |
| Enabling innovative thinking: fostering the art of knowledge crafting. | Science and technology | Edward W. Rogers |
| Ensuring cost effectiveness in support of training. | Science and technology | Gerald G. Polesky |
| European technology policy and R&D consortia: the case of semiconductors. | Science and technology | Nathalie Lucchini |
| Explaining te differences in domestic and cross-boundary strategic alliances in the pharmaceutical/biotech industry. | Science and technology | Paul M. Swamidass, William W. Jr. McCutchen |
| Food consumption models: market times, tradition times. | Science and technology | Maria Fonte |
| Forms of technology and effectiveness of infertility clinics. | Science and technology | Ran Lachman |
| Frederick E. Terman and the rise of Silicon Valley | Science and technology | James C. Wiliams |
| How managers in high technology organizations perceive the usefulness of information shared during new product development. | Science and technology | Jeffrey C. Strieter, Clint Tankersley |
| Identifying requirements for the management of medical information technology. | Science and technology | A.J.C. Blyth |
| Implementing quality improvement programs using the focusing steps of the theory of constraints. | Science and technology | Satya S. Chakravorty, J. Brian Atwater |
| Implementing TQM in the Department of Defense: current efforts and research agenda.(total quality management) | Science and technology | Jaideep Motwani, Ronald Marinch, Glenn Pitman, Deborah Schliker |
| Improving the efficiency and effectiveness of production by materials management. | Science and technology | Harri Ronnholm, Josu Takala |
| Improving the knowledge capability of cities: the case of Mainport Rotterdam. | Science and technology | Peter Nijkamp, Marina van Geenhuizen |
| Industrialization and economic growth of India: interactions of indigenous and foreign technology. | Science and technology | B. Bowonder |
| Inertia and the strategic use of politics and power: a case study in the automotive industry. | Science and technology | Frank den Hond |
| Information management and the profitability of firms in the field of medical technology. | Science and technology | P. Sergius Koku |
| Information processing theory: implications for health care organizations. | Science and technology | Douglas S. Bolon |
| Information technology and quality improvement. | Science and technology | Janice L. Dreachslin |
| Innovation and new product development in the UK medical equipment industry. | Science and technology | Brian Shaw |
| Innovation in the 'Baby Bell' companies: a comparative longitudinal analysis. | Science and technology | Lois S. Peters, Pier A. Abetti, Jei-Ching Chen |
| Innovative contractual structures for inter-organizational systems. | Science and technology | Joseph Lampel, Serghei Floricel |
| Introducing a formal quality system in a medical department: case study of the ENT (ORL) Department at the Catholic University Leuven. | Science and technology | A. Proost, L. Gelders, L. Feenstra |
| Introduction: connecting people and information for innovation: contribution to the management of technology. | Science and technology | D.W. Birchall, J.J. Chanaron |
| Introduction: indutrial policy and technological competitiveness. | Science and technology | Leslie S. Hiraoka |
| ISO 9000: Saudi export businesses' points of view. | Science and technology | Salem Al-Ghamdi |
| Japan's technology-import policies in the 1950s and 1960s: did they increase industrial competitiveness? | Science and technology | Leonard H. Lynn |
| Knowledge orientations and team effectiveness. | Science and technology | Judith Jordan, Penelope Jones |
| Management of medical technology (MMT): research, education, and practice. | Science and technology | Eliezer Geisler, Oli Heller |
| Management, technology, and what's next. | Science and technology | Robert P. Jones |
| Managing medical waste technology: how US hospitals adapted to change. | Science and technology | Dean F. Eitel |
| Mapping the terrain of hospital work: technological constraints on work design and redesign. | Science and technology | Mark John Somers, Dee Birnbaum |
| New product development and early supplier involvement (ESI): the drivers of ESI adoption. | Science and technology | Francis Bidault, Charles Despres, Christina Butler |
| On the over-investment in automotive technology. | Science and technology | Ben Dankbaar |
| Organizational culture and innovativeness of firms - an integrative view. | Science and technology | Markus Hauser |
| Organizational requirements definition for intellectual capital management. | Science and technology | Vasilis Masoulas |
| Organizational rewards for a changing workplace: an examination of theory and practice. | Science and technology | Parbudyal Singh, Naresh Agarwal |
| Organizing for innovation: parallel processing as a design principle for field-related interfirm networks. | Science and technology | Glen Hearst Taylor |
| Penetration models of new technologies in Greek small and medium enterprises. | Science and technology | A. Tassopoulos, M. Papachroni |
| Performance evaluation in the new economy: bringing the measurement and evaluation of intellectual capital into the management planning and control system. | Science and technology | Bernadette E. Lynn |
| Pharmaceutical R&D in an era of managed healthcare: using integrative teams to produce enduring competitive advantage. | Science and technology | Theresa K. Lant, Alan B. Eisner |
| Predictors of organizational performance in small and medium-sized professional service firms. | Science and technology | Ursula Glunk, Celeste P.M. Wilderom |
| Problem solving in product development: a model for the advanced materials industries. | Science and technology | Kim B. Clark, Brent D. Barnett |
| Productive inertia and technological flows in food and drink processing. | Science and technology | Ruth Rama |
| Profiting from the virtual organization of technological innovation: suggestions from an empirical study. | Science and technology | Vittorio Chiesa, Raffaella Manzini |
| Quality information systems: a unifying framework. | Science and technology | Fatemeh Zahedi |
| Recycling software - on the road to high performance in software companies. | Science and technology | Morten Thanning Vendelo |
| Requirements for successful implementation of total quality management. | Science and technology | Amrik S. Sohal, Danny Samson, Liz Ramsay |
| Science parks in developing countries: the case of BIORIO in Brazil. | Science and technology | Regis Cabral, Sonia Sapolnik Dahab |
| Services firms in the IDEON Science Park. | Science and technology | Regis Cabral, Sonia Sapolnik Dahab |
| Taxonomies in the strategic management of health technology: the case of multiperiod compartmental HIV/AIDS policy models. | Science and technology | Kurt Heidenberger, Marion Roth |
| Technology acquisition decision making revisited: lessons learned in an age of environmental uncertainty. | Science and technology | Leonard Friedman |
| Technology as a system: industrial and technological systems. | Science and technology | Dilek C. Karaomerlioglu |
| Technology brokers in the North American software industry: getting the most out of mismatched dyads. | Science and technology | Thomas A. Bryant, Robin A. Reenstra-Bryant |
| Technology management in technology-contingent SMEs.(Small and Medium-sized Enterprises) | Science and technology | Ben Dankbaar |
| Technology strategy in defence industry acquisitions: a comparative assessment of two giants. | Science and technology | Michael P. Anderson, Edward B. Roberts, Rahul N. Advani, Stephen Bowling, Donna Doane |
| Testing care-giver acceptance of new syringe technologies. | Science and technology | Arch G. Woodside, Randal Breaux, Elizabeth Briguglio |
| The agile enterprise: assessing the technology management issues. | Science and technology | Alistair Campbell |
| The concept of science park in the context of Kuwait. | Science and technology | Yousuf Al-Sultan Yacoub |
| The evolving community of knowledge practice: the Ken awakening. | Science and technology | Debra M. Amidon |
| The food industry: still a craft industry? | Science and technology | Pascal Bye |
| The high performance workplace: HR-based management innovations in Canada. | Science and technology | Keith Newton |
| The implementation of TQM in R&D.(total quality management) | Science and technology | Alan W. Pearson, Jeff Butler, Nicci Vaughan |
| The India option: perceptions of Indian software solutions. | Science and technology | Thomas Abraham, Sucheta Ahlawat, Sunita Ahlawat |
| The industrial policies of the USA and Japan. | Science and technology | Leslie S. Hiraoka |
| The influence of government science and technology policies on new product development in the USA, UK, South Korea and Taiwan. | Science and technology | Wm. E. Souder, Niles C. Schoening, Rachel Cooper, Jinjoo Lee |
| The information asymmetry and valuation effects on health care technology. | Science and technology | William H. Brent |
| The new realities in health care technology assessment in US institutions. | Science and technology | Kit N. Simpson, Curtis P. McLaughlin |
| The predictive potential of intellectual capital. | Science and technology | Sue Jones, Annie Brooking, Peter Board |
| The R&D priorities of leading food firms and long-term innovation in the agrofood system. | Science and technology | John Wilkinson |
| The role of participative management in the implementation of total quality management programs. | Science and technology | C. Ruth Harris, R. Lyn Purdy |
| The use of information technology in high-growth Asian nations. | Science and technology | Sylnovie Spann |
| The use of quality management techniques and tools: an examination of some key issues. | Science and technology | Barrie Dale, Ruth Boaden, Mark Wilcox, Ruth McQuater |
| The winds of change: digital technologies, trading information and managing intellectual property rights. | Science and technology | Puay Tang, Willem Hulsink |
| Total quality management and cultural change: a model of organizational development. | Science and technology | Cesar Camison |
| Towards a theory of dynamic control mechanisms. | Science and technology | Charles K. Park |
| TQM at Xerox: lessons worth duplicating.(total quality management) | Science and technology | Larry A. Pace, Eileen P. Kelly |
| TQM implementation barriers in academe: a framework for further investigation. | Science and technology | Mohamed A. Youssef, Patricia Libby, Abbass Al-Khafaji, Granville Sawyer Jr. |
| TQM, strategic management and business process re-engineering: the future challenge.(total quality management) | Science and technology | Mohamed A. Youssef, Abbass F. Alkhafaji, Ron Sardessia |
| Universities as research joint venture partners: does size of the venture matter? | Science and technology | Albert N. Link, William L. Baldwin |
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