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| [1] Visualization of biological systems regulatory dynamics, Engineering Principles in biological systems |
| Authors: |
Hardy S., Robillard, P.N. |
| Reference: |
Cold Spring Harbor conference |
| Page(s): |
x-x |
| Date/Year: |
Dec. 2006 |
| None available. |
|
| [2] Activity Based Costing for Component-Based Software Development |
| Authors: |
Robert G. Fichman; Chris F. Kemerer |
| Reference: |
Information Technology and Management 3(1) |
| Page(s): |
137-160 |
| Date/Year: |
Jan 2002 |
| In order for gains to be realized from such technologies the management practices surrounding the implementation of the new technology must also change. It is with this view that we propose the adoption of a complementary management approach called activity based costing (ABC) to allow organizations to properly account for and recognize the gains from a component-based approach. ABC enables a management environment where appropriate incentives are created for the development and reuse of software components. |
|
| [3] SPI patterns: learning from experience |
| Authors: |
Blanca, M.; Gutierrez, P.; Satriani, G. |
| Reference: |
IEEE Software , Volume: 18 Issue: 3 |
| Page(s): |
28-35 |
| Date/Year: |
May-June 2001 |
| They provide information about the organizations' state and the time spent moving from one level to the other, but say nothing about the different ways used to reach that state. Unfortunately, such information is embedded in experiences that are not public. However, initiatives such as the European Systems and Software Initiative facilitate some of these experiences. |
|
| [4] Potential pitfalls in the process of commercializing university developed software |
| Authors: |
Patti, A.L.; Lannes, W.; Inozu, B.; Trammell, M.L. |
| Reference: |
Change Management and the New Industrial Revolution, 200. IEMC '01 Proceedings. |
| Page(s): |
118-123 |
| Date/Year: |
2001 |
| This article highlights some of the potential pitfalls that may be encountered when attempting to commercialize university-developed software technologies |
|
| [5] From MCC to CMM: technology transfers bright and dim |
| Authors: |
Curtis, B. |
| Reference: |
Software Engineering, 2000. Proceedings of the 2000 International Conference on |
| Page(s): |
521-530 |
| Date/Year: |
2000 |
| The author's fifth and current life involves co-founding TeraQuest and helping companies to improve their software development capability. The paper includes 25 lessons in technology transfer and a career transfer model. |
|
| [6] Limited software warranties |
| Authors: |
Voas, J.M. |
| Reference: |
Engineering of Computer Based Systems, 2000. (ECBS 2000) Proceedings. Seventh IEEE International Conference and Workshopon the |
| Page(s): |
56-61 |
| Date/Year: |
2000 |
| This paper presents a framework for customizing certification methodologies according to: (1) the specific needs of the organization requesting assurances about the software's integrity, and (2) the pecularities of that type of software. |
|
| [7] Empirical Studies Applied to Software Process Models |
| Authors: |
David Raffo |
| Reference: |
Empirical Software Engineering 4(4) |
| Page(s): |
353-369 |
| Date/Year: |
Dec 1999 |
| This paper addresses some relevant aspects of the multifaceted relationship between empirical studies and the building, deployment and usage of software process models. The paper draws on a variety of experiences and perspectives of process modelling and suggests techniques and questions for further investigation. |
|
| [8] Seeding, Evolutionary Growth and Reseeding: Constructing, Capturing and Evolving Knowledge in Domain-Oriented Design Environments |
| Authors: |
Gerhard Fischer |
| Reference: |
Automated Software Engineering 5(4) |
| Page(s): |
447-464 |
| Date/Year: |
Oct 1998 |
| Our theoretical work builds upon our existing knowledge of design processes and focuses on a software process model and architecture specifically for systems that must evolve. Our theories are instantiated and assessed through the development and evolution of domain-oriented design environments (DODEs)—software systems that support design activities within particular domains and that are built specifically to evolve. |
|
| [9] Effective coordination in the software process-historical perspectives and future directions |
| Authors: |
IR McCHESNEY |
| Reference: |
Software Quality Control 6(3) |
| Page(s): |
235-246 |
| Date/Year: |
Jan 1997 |
| A critical factor in delivering quality software products is the quality of the software process. Software development is characterized by its multi-party activity (MPA), and a major challenge in managing the software process is the coordination of its constituent activities, resources and people. In this paper, we review approaches and techniques for managing multi-party activity in the software process in terms of their originating domain and the coordination features they address. |
|
| [10] An industry/academic partnership that worked: an in progress report |
| Authors: |
Macke, S.; New, J.; Coxon, J.; Manente, B.; Khajenoori, S.; Hirmanpour, I.; Ceberio, A. |
| Reference: |
Software Engineering Education, 1996. Proceedings., Ninth Conference on |
| Page(s): |
234-245 |
| Date/Year: |
1996 |
| Although published reports indicate that collaboration between universities and industry can be beneficial to both, many companies are skeptical of such partnership because of the risk. This paper is a report on lessons learned and experiences gained, and results achieved thus far as the work is still in progress. |
|
| [11] Executing process models: activity and project management |
| Authors: |
Chroust, G.; Hardt, S. |
| Reference: |
Engineering of Computer-Based Systems,1996. Proceedings., IEEE Symposium and Workshop on |
| Page(s): |
364-370 |
| Date/Year: |
1996 |
| The integration of these two areas (the logical/technical prescription of the process model with the resource-oriented planning and control of project management), however, still needs further discussion and clarification. We discuss the relation of the components of a software development process and their counterparts in project management. |
|
| [12] Integrating software process models and design rationales |
| Authors: |
Dellen, B.; Kohler, K.; Maurer, F. |
| Reference: |
Knowledge-Based Software Engineering Conference, 1996., Proceedings of the 11th |
| Page(s): |
84-93 |
| Date/Year: |
1996 |
| We describe an approach which allows us to acquire, represent and manage fine-grained causal dependencies between products. |
|
| [13] Pioneering an effective multi-media software development process for use in a tertiary curriculum |
| Authors: |
Reid-Searl, K.; Stewart, S. |
| Reference: |
Multi Media Engineering Education, 1996., IEEE International Conference on |
| Page(s): |
99-105 |
| Date/Year: |
1996 |
| This paper supplements a demonstration which addresses the creation of multi-media being incorporated into computer assisted learning (CAL) programs in a tertiary setting. These programs were designed and implemented in a Faculty of Health Science where nursing was predominantly the focus, hence expertise in the area of computer technology was limited. The paper addresses the advantages of using multi-media in the curriculum, in addition to describing the multi-media development process from a novice perspective. |
|
| [14] Providing configuration management support in software engineering environments |
| Authors: |
Han, J. |
| Reference: |
Software Engineering Conference, 1995. Proceedings., 1995 Asia Pacific |
| Page(s): |
282-291 |
| Date/Year: |
1995 |
| In this paper, we present an overview of our approach to software engineering environments and demonstrate how CM can be achieved in such environments with minimal effort by codifying a CM model. Issues addressed include the structures and consistency of CM components and their relationships, the definition and activation of CM operations, and the definition of presentation views that facilitate CM activities. |
|
| [15] The use of the national information infrastructure and high performance computers in industry |
| Authors: |
Fox, G.C.; Furmanski, W. |
| Reference: |
Massively Parallel Processing Using Optical Interconnections, 1995., Proceedings of the Second International Conference on |
| Page(s): |
298-312 |
| Date/Year: |
1995 |
| We review current and future World Wide Web technologies, which could underlie these services. In particular we suggest an integration framework WebWork for high performance (parallel and distributed) computing and the NII. We point out that pervasive WebWork and WebWindows technologies will enable, facilitate and substantially accelerate such complex software processes on the NII. |
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