The Chameleon Team

Project Leaders: Barbara Buffaloe, Katie Grantham Lough, Luke Wesselschmidt, Jacqueline McDermott-Kelty, Rashad Abdul-Majid, Bryan Glass, Heather BensonProposal for the 2008 project: "The Chameleon Team." The University of Missouri?Columbia (MU) and Missouri University of Science and Technology (S&T) have teamed to develop an exciting energy conservation product. The Chameleon project will produce an artificially intelligent residential energy management system designed to blend into its environment. Upon successful completion of this project, the Chameleon home automation system will enable the average homeowner to conserve energy and save money by simply having the system installed in their home and not changing any of their daily activities. This total budget of the design, development, and implementation of Chameleon�s prototypes is well over the budget for this funding opportunity, this proposal will focus on the educational partnerships required to develop the user interface for the system. This multi?university undergraduate student project incorporates engineering, architectural studies, and interior design students to develop a seamlessly integrated and highly functioning home automation system that requires no technical skills to operate. The underlying technology that enables the project is the IT capabilities of both universities which will enable weekly video?conference design meetings as well as internet accessible energy monitoring data available in real �time. In addition, students on both campuses utilize computer programs specific to their disciplines and learn program associated with other disciplines due to the multidisciplinary efforts required. For example, S&T students use the computer program, Maui Solar, to estimate the size and placement of solar panels for home energy production. MU students often suggest solar energy production on their concept designs but do not know the details of how and where to place the modules. Working together with the computer program, students from both campuses are learning the importance of each disciplines� core software programs. The Chameleon team�s proposal for the Interdisciplinary Innovation Fund meets the requirement from the MU Information Technology Committee. The student led team is working to make the UM system a leader in energy conservation through the use of cutting edge technology and multidisciplinary design efforts that make the technology available to the average homeowner.MU Interdisciplinary Innovations Fun

A method for exploring word‐colour associations

Strong associations exist between colours and concepts or words. Understanding these associations, sometimes referred to as colour emotions, is important for effective use of colour in art and design. Traditionally the relationships have been systematically explored in experiments where participants scale colours according to bipolar adjectives such as warm‐cool. In this article, a method for exploring the relationships between words and colours is suggested and is demonstrated. A psychophysical experiment is described where participants select colours based on words. The data are used to show that many similarities between the word‐colour relationships for UK and Chinese participants although some interesting differences are also revealed. The method makes explicit the observation that there is not a one‐to‐one relationship between words and colours. The method could be used to explore word‐colour relationship for specific words and participant groups or could be used to generate ground‐truth data for testing methods for automatically generating the word‐colour relationships

Color preferences for different topics in connection to personal characteristics

Studies on color preferences are dependent on the topic and the relationships with personal characteristics, particularly personality, but these are seldom studied in one population. Therefore a questionnaire was collected from 1095 Dutch people asking for color preferences about different topics and relating them to personal characteristics.Color preferences regarding different topics show different patterns and significant differences were found between gender, age, education and personality such as being technical, being emotional or being a team player. Also different colors were mentioned when asked for colors that stimulate to be quiet, energetic, able to focus or creative. Probably, due to unconsciousness of contexts, many people had no color preference, a result that in the literature seldom is mentioned.Blue was the overall favourite color, however most males chose for blue (25 %) while most females had no color preference (18 %). Black was the overall favourite color for clothing, mainly chosen by females (40%), while males primarily chose blue (27%). For building interiors subjects preferred white.For moods, subjects preferred white for being quiet or being able to focus, red for being energetic and had no color preference for being creative.It is concluded that color preferences are dependent upon the topic, and personal characteristics. The findings are important for architects, interior designers, fashion designers and product designers to have a basic idea of preferred colors for different objects by different types of people.Accepted Author ManuscriptApplied Ergonomics and DesignReal Estate Managemen

Preference for accent and background colors in interior architecture in terms of similarity/contrast of natural color system attributes

[EN] Color combination criteria are said to entail an affective response in interior design. We investigated the color combination criteria that orient the preference of current observers, after Le Corbusier's 1931 Salubra keyboards. We explored the similarity/contrast in Natural Color System (NCS) hue, blackness, and chromaticness in 312 combinations with four colors, two backgrounds and two accent colors, coming from 43 individual colors, on the walls of a simulated interior of a bedroom from the Swiss Pavilion (Le Corbusier, 1930-1931). Participants were 644 students of architecture and interior design in Western Europe and Near East, who evaluated with a Likert scale their preference for virtual images via an online survey. Results indicate that the most preferred color combinations are those with hues closer in the color wheel, being the similarity between hues in the backgrounds more important than in the accent colors, and with NCS B30G to G as the most preferred hues. Observers preferred color compositions with blackness under 10% and similar blackness between the two background colors, together with a certain blackness contrast between these background colors and the two color accents. Similarly, observers liked color compositions with low chromaticness and low chromaticness difference among the four colors of the composition.Serra, J.; Gouiach, Y.; Manav, B. (2022). Preference for accent and background colors in interior architecture in terms of similarity/contrast of natural color system attributes. Color Research & Application. 47(1):135-151. https://doi.org/10.1002/col.2269813515147