Dynamic Decision Support for Electronic Requirements Negotiations
| AUTHOR | Lenz, Annika |
| PUBLISHER | Springer Gabler (07/17/2020) |
| PRODUCT TYPE | Paperback (Paperback) |
Annika Lenz develops an interactive preference measurement method, which provides dynamic preference adjustment, to assess alternatives in terms of utility for an individual decision maker throughout the requirements negotiation process. Consequently, interactive dynamic decision support is designed, which can handle changes related to requirements dynamically. An empirical study shows that the newly developed method is both objectively and subjectively more efficient than a static alternative. Thus, it is argued that efficient preference adjustment enables decision support based on up-to-date preferences. The designed support component is compared to two state-of-the-art approaches for decision support in requirements negotiations.
Contents
- Decision Problems in Requirements Negotiations
- Assessment of Multi-Criteria Preference Measurement Methods for a Dynamic Environment
- DynASE - A Method for Dynamic Preference Adjustment in Electronic Negotiations
- Designing Dynamic Decision Support for Electronic Requirements Negotiations
- Scientists and students in the field of business information systems
- Practitioners working in the area of requirements engineering
Annika Lenz develops an interactive preference measurement method, which provides dynamic preference adjustment, to assess alternatives in terms of utility for an individual decision maker throughout the requirements negotiation process. Consequently, interactive dynamic decision support is designed, which can handle changes related to requirements dynamically. An empirical study shows that the newly developed method is both objectively and subjectively more efficient than a static alternative. Thus, it is argued that efficient preference adjustment enables decision support based on up-to-date preferences. The designed support component is compared to two state-of-the-art approaches for decision support in requirements negotiations.