The study of human-human communication and the development of computational models for human-agent communication have diverged significantly throughout the last decade. Yet, despite frequently made claims of “super-human performance” in, e.g., speech recognition or image processing, so far, no system is able to lead a half-decent coherent conversation with a human. In this paper, we argue that we must start to re-consider the hallmarks of cooperative communication and the core capabilities that we have developed for it, and which conversational agents (...) need to be equipped with: incremental joint co-construction and mentalizing. We base our argument on a vast body of work on human-human communication and its psychological processes that we reason to be relevant and necessary to take into account when modeling human-agent communication. We contrast those with current conceptualizations of human-agent interaction and formulate suggestions for the development of future systems. (shrink)

When young children learn to use language, they start to use their hands in co‐verbal gesturing. There are, however, considerable differences between children, and it is not completely understood what these individual differences are due to. We studied how children at 4 years of age employ speech and iconic gestures to convey meaning in different kinds of spatial event descriptions, and how this relates to their cognitive abilities. Focusing on spontaneous illustrations of actions, we applied a semantic feature (SF) analysis (...) to characterize combinations of speech and gesture meaning and related them to the child's visual‐spatial abilities or abstract/concrete reasoning abilities (measured using the standardized SON‐R test). Results show that children with higher cognitive abilities convey significantly more meaning via gesture and less solely via speech. These findings suggest that young children's use of cospeech representational gesturing is positively related to their mental representation and reasoning abilities. (shrink)

As an educator in an urban veterinary technology program, I often encounter students beginning their professional studies who are passionate about their commitment to a career working with animals. Typically, they have also firmly decided that they will never accept a job in the animal research field. They object to animal research in general because of what they assume is the abject mistreatment of animals housed in laboratories.Chatting again with these students two years later as they prepare for graduation, however, (...) I am increasingly finding that many reconsider those firm convictions. In fact, even in a strong job market for veterinary technicians, some of these graduates are actually choosing to enter the laboratory animal care field.What is causing such an about‐face? (shrink)

Electronic technologies, in general, and computer-oriented technologies specifically have had a tremendous impact on all aspects of business. One area of increased concern is the protection of intellectual properties -- notably copyrights -- within the boundaries of the broadly defined technology industry. While the ability to share copyrighted information has always existed at the most basic levels, the advent of the information age has allowed the sharing of this information to take place in potentially greater quantities and without a loss (...) of quality. As such, copying creates a major threat to industries dealing in the production and distribution of copyrightable creations. The focus of this paper is to better understand how the ethical judgments of employees regarding the opportunities to recreate copyrighted works via traditional and newer technologies impact assessments of copying behavior in the workplace. (shrink)