Group items tagged

TAPIR started up as a research project in June 2001. In 2002 the project is sponsored by NORDINFO and the Research Council of The Danish Ministry of Culture. TAPIR aims at investigating the potentials of applying the diversity of cognitive representations pointing to scientific full-text documents following the principle of poly-representation. Poly-representation (or multi evidence) implies to utilize the cognitively different overlapping interpretations, also over time, made by different actors participating in interactive IR. Such cognitive overlaps derive, for instance, from the authors own perceptions of their work (titles, full-text terms), from human indexing (e.g. descriptors), or from citations given to the work by other authors. The assumption is that the more cognitively different the representations simultaneously pointing to a document are, the higher is the probability that the document is relevant to a given set of criteria.

Cognitive Edge is focused on rejuvenating management practices to better equip organisations when addressing intractable problems or seizing new opportunities in uncertain and complex situations. Where traditional approaches have failed to deliver success, Cognitive Edge techniques enable the emergence of fresh and insightful solutions seen from multiple perspectives.

It has been recognised that failures within an organisation can often be related to the over simplification of the belief structures that are used in decision making.2 Distributed cognition is a framework that can be used for analysing complex distributed settings to explain how the social activities within these impact the cognitive processes of the participants.� Rather than focussing on the mind, the material world is seen as being central.� It shows how important it is that participants in a setting can look at their own interpretations and discus these with others before deciding which actions to take.

Cognitive Edge is focused on rejuvenating management practices to better equip organisations when addressing intractable problems or seizing new opportunities in uncertain and complex situations. Where traditional approaches have failed to deliver success, Cognitive Edge techniques enable the emergence of fresh and insightful solutions seen from multiple perspectives.

SenseMaker™ is one of the few software systems to be built on basis of natural rather than management science. It is designed to augment rather than replace human decision making. SenseMaker™ is supported by the open source Cognitive Edge methods and the unique Cognitive Edge Network of consultants, academics and other practitioners across the world. It has the ability to form a bridge between formal structured systems in an organisation and the free tagging of social computing. It enables serendipitous un-biased encounters with data in the context of need.

how the lower cognitive cost of tagging makes it popular

Designing Information Technology to Support Distributed Cognition

A Semantic Map is kind of like a dictionary, in that it's a representation of Cognition's ability to define things. Cognition claims that its Semantic Map has over 10 million semantic connections; over 4 million semantic contexts (word meanings that create contexts for specific meanings of other related words); over 536,000 word senses (word and phrase meanings); 75,000 concept classes (or synonym classes of word meanings); 7,500 nodes in the technology's ontology or classification scheme; and 506,000 word stems (roots of words) for the English language.

In the process of knowledge discovery, workers examine available information in order to make sense of it. By sensemaking, we mean interacting with and operating on the information with a variety of information processing mechanisms [3,18]. Previously, we introduced a concept that uses the spreadsheet metaphor with cells containing visualizations of complex data. In this paper, we extend and apply a cognitive model called "visual sensemaking " to the Visualization Spreadsheet. We use the task of making sense of a large Web site as a concrete example through out the paper for demonstration. Using a variety of visualization techniques, such as the Disk Tree and Cone Tree, we show that the interactions of the Visualization Spreadsheet help users draw conclusions from the overall relationships of the entire information set.

The semantic mapping of the English language is the key to making Natural Language Processing (NLP) effective. Cognition's unique Semantic Map, which it built over the past 24 years, is the most comprehensive and complete map of the English language available today. It can be used in support of the Semantic Web for semantic search, search tools, business analytics, machine translation, document search, context search, and much more.

Bossa is an open-source software framework for distributed thinking - the use of volunteers on the Internet to perform tasks that use human cognition, knowledge, or intelligence.

DISTRIBUTED COGNITION AND COMPUTER SUPPORTED COLLABORATIVE DESIGN: THE ORGANISATION OF WORK IN CONSTRUCTION ENGINEERING

She suggested that we used the communication metaphor too much, assuming that all issues were either about listening or telling. Instead she argued we needed an interaction metaphor in which we communicate by action and more importantly interaction. Praxis makes perfect as we used to say. There is a fair amount of talk about story-listening and story-telling and much of it is useful. However, interaction is about collaborative story creation, something which I think has more inherent value.

Narrative techniques both provide a complementary form of what we will call pre-hypothesis research, but further that the use of narrative research techniques produces, through a single intervention, quantitative conclusions supported by narrative context, fragmented knowledge databases, and a mechanism for measuring impact and more complex issues such as mapping ideation cultures.

Snowden again... Looks like a fairly interesting book is on its way, as well...?

"This research is grounded in the anthropological understanding that each individual is a unique 'energy source' (Bateson 1972) responsible for acting upon their socially and culturally inflected interpretations in an equally particular way. These indexes capture the actual moments of interaction, of the coming together of individuals in conversational and behavioural exchange (Rapport and Overing 2000). The indexes in this research focus on the socio-cultural field (rather than physical, archaeological or linguistic sub-disciplines), which has been a key element of the discipline since its establishment in the 19th century. Above all, this report highlights how this Cultural Mapping project will offer unparalleled global access into anthropology's own minimal definition: that is, a means to see the Other as Self, and the Self as Other."

Interesting work, based in anthropology

Here, we present a computational model that learns structures of many different forms and that discovers which form is best for a given dataset. The model makes probabilistic inferences over a space of graph grammars representing trees, linear orders, multidimensional spaces, rings, dominance hierarchies, cliques, and other forms and successfully discovers the underlying structure of a variety of physical, biological, and social domains. Our approach brings structure learning methods closer to human abilities and may lead to a deeper computational understanding of cognitive development.

The Cognitive Edge weblog contains an interesting exchange on the nature and role of storytelling in organizations. It was prompted by blog author Dave Snowden's reading of an article by Gabrielle Dolan of One Thousand and One, an Australian consultancy specialising in storytelling as a tool for organisational development. Dave Snowden is well known for his work on the role of narrative and complexity theory in organizational sensemaking.

S. I. Hayakawa's Language in Thought and Action has been one of the course's handbooks for a memorable number of years already, but the manner in which it has been used has changed somewhat over the years. Although the basic concern of the book is with «informal» semantics (not the formal brand of semantics concerned with, e.g. the computation of truth-value), i.e. the «symbolic» way in which utterances are used to convey meaning, it also raises the more cognitive issue of how language affects human thought and conditions behaviour, and addresses the resulting «ethical» question of how language should be used to achieve cooperation and understanding rather than confrontation and conflict. These questions (though viewed in a somewhat «optimistic» perspective) give the book additional value as one of the pioneering works in «critical linguistics», a discipline which was to develop only much later.

Sensemaking is the process through which humans put together understanding of related information. Sensemaking has been said to involve changes in cognitive representations during a human information processing task. Collection sensemaking involves understanding a collection of media entities, as a whole. One example of a sensemaking task is to compare the damage from Hurricane Katrina to homes, personal effects, and community buildings in different areas of New Orleans. Connected visual and semantic representations provide perspective to support users involved in collection sensemaking tasks. A zoomable map organizes images based on location at varying scales. Multiscale clusters based on zoom level organize images associated with events. The clusters afford contextualized thumbnail browsing and also maintain uniform information density on the map. Metadata enhances context and memory in the process of collection sensemaking.