Abstract:Creativity protocols and methodologies tend to be time consuming if applied manually. This paper presents how information technologies can support innovation and creativity for collaborative scenario creation and discussion. The fusion of change discovery, genetics algorithms, data mining, and computer-supported collaborative tools provide computational models of innovation and creativity. The proposed technology allows groups of participants in a creative processes to have pervasive access to the analysis of … Show more
“…In order to compute such a measure the authors need two components: i) cycle detection capabilities for a given graph G at time t (G t ), and ii) an heuristic to quantify how much inconsistency the detected cycle is introducing. A detailed explanation of this property can be found elsewhere [15].…”
Section: Interesting Propertiesmentioning
confidence: 97%
“…Thus, due to the greater than relations (contained in E ), the consistency of the user evaluations can be identified. This property is the basis of the consistency metric [15]. In order to compute such a measure the authors need two components: i) cycle detection capabilities for a given graph G at time t (G t ), and ii) an heuristic to quantify how much inconsistency the detected cycle is introducing.…”
Since their inception, active interactive genetic algorithms have successfully combat user evaluation fatigue induced by repetitive evaluation. Their success originates on building models of the user preferences based on partial-order graphs to create a numeric synthetic fitness. Active interactive genetic algorithms can easily reduce up to seven times the number of evaluations required from the user by optimizing such a synthetic fitness. However, despite basic understanding of the underlying mechanisms there is still a lack of principled understanding of what properties make a partial ordering graph a successful model of user preferences. Also, there has been little research conducted about how to integrate together the contributions of different users to successfully capitalize on parallelized evaluation schemes. This paper addresses both issues describing: (1) what properties make a partial-order graph successful and accurate, and (2) how partial-order graphs obtained from different users can be merged meaningfully.
“…In order to compute such a measure the authors need two components: i) cycle detection capabilities for a given graph G at time t (G t ), and ii) an heuristic to quantify how much inconsistency the detected cycle is introducing. A detailed explanation of this property can be found elsewhere [15].…”
Section: Interesting Propertiesmentioning
confidence: 97%
“…Thus, due to the greater than relations (contained in E ), the consistency of the user evaluations can be identified. This property is the basis of the consistency metric [15]. In order to compute such a measure the authors need two components: i) cycle detection capabilities for a given graph G at time t (G t ), and ii) an heuristic to quantify how much inconsistency the detected cycle is introducing.…”
Since their inception, active interactive genetic algorithms have successfully combat user evaluation fatigue induced by repetitive evaluation. Their success originates on building models of the user preferences based on partial-order graphs to create a numeric synthetic fitness. Active interactive genetic algorithms can easily reduce up to seven times the number of evaluations required from the user by optimizing such a synthetic fitness. However, despite basic understanding of the underlying mechanisms there is still a lack of principled understanding of what properties make a partial ordering graph a successful model of user preferences. Also, there has been little research conducted about how to integrate together the contributions of different users to successfully capitalize on parallelized evaluation schemes. This paper addresses both issues describing: (1) what properties make a partial-order graph successful and accurate, and (2) how partial-order graphs obtained from different users can be merged meaningfully.
“…However, genetic algorithms have also entered areas ruled by aesthetic criteria; interactive genetic algorithms [18] are a clear exponent of collaborative human-computer problem solving where no objective, but subjective, function can be defined. Moreover, social aspects of genetic algorithms have shown how they can act as models of human innovation and creativity [12,8,13,20]-as postulated by Goldberg [5]. Human-based genetic algorithms (HBGAs) target human process by drawing from the lessons learned from their computational counterparts.…”
Section: Introductionmentioning
confidence: 99%
“…Human-based genetic algorithms can be metaphors of organizations, but also models of human innovation and creativity. Early efforts have shown the benefits of modeling creative processes after the evolutionary metaphor [8,13]. However, those efforts lacked of quantitative analysis.…”
Brainstorming has been greatly used as a method to generate a large number of ideas by variety of each participant's knowledge. However, brainstorming does not always work well because of spatial and communication limitations. Moreover, brainstorming techniques present limited scalability. Meanwhile, genetic algorithms have been mostly regarded as an engineering or technological tool. However, the innovation intuition suggests that genetic algorithms may be also regarded as models of human innovation and creativity. This paper focuses on online creativity sessions. Modeling those creative efforts using selecto-recombinative mechanism can provide three times more novel ideas, increase the posting frequency by a 2.6 factor, and help overcome superficiality on online communications by favoring synthetic thinking.
“…DISCUS: DISCUS 3 encompasses several analytics tools. Summarizer is used to rank the sentences and words of a collection and collection subsets [3]. The ranking is based on a mutually reinforcing relationship between sentences and terms: important sentences include many important terms, and conversely, important terms are included by many important sentences.…”
The investigation of the VAST Contest collection provided a valuable test for text mining techniques. Our group has focused on creating analytical tools to unveil relevant patterns and to aid with the content navigation in such text collections. Our results show how such an approach, in combination with visualization techniques, can ease the discovery process especially when multiple tools founded on the same approach to data mining are used in complement to and in concert with one another.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.