ScienceDaily (Oct. 25, 2012) ? ForcePhone is a mobile synchronous haptic communication system. During phone calls, users can squeeze the side of the device and the pressure level is mapped to vibrations on the recipient's device. Computer scientists from University of Helsinki indicate that an additional haptic channel of communication can be integrated into mobile phone calls using a pressure to vibrotactile mapping with local and remote feedback. The pressure/vibrotactile messages supported by ForcePhone are called pressages.
Mobile devices include an increasing number of input and output techniques that are currently not used for communication. Recent research results by Dr Eve Hoggan from HIIT / University of Helsinki, Finland, however, indicate that a synchronous haptic communication system has value as a communication channel in real-world settings with users that express greetings, presence and emotions through presages.
-Pressure and tactile techniques have been explored in tangible interfaces for remote communication on dedicated devices but until now, these techniques have not been implemented on mobile devices or been used during live phone calls, says Eve Hoggan.
Using a lab based study and a small field study, Doctor Hoggan and her co-workers show that haptic interpersonal communication can be integrated into a standard mobile device. The new non-verbal design was also appreciated.
-When asked about the non-verbal cues that could be represented by pressages, the participants in our study highlighted three different approaches: to emphasize speech, express affection and presence, and to playfully surprise each other, she says.
When asked about the specific ways in which they adapted their communication style to accommodate the tactile modality, all of the participants stated that they tended to pause briefly after sending a pressage to 'make space for it in the conversation'.
According to the longitudinal study results the participants' phone calls lasted on average 4 minutes and 43 seconds with an average of 15.56 pressages sent during each call. All phone calls involved the use of pressages.
The prototype developed in this research, ForcePhone, is an augmented, commercially available mobile device with pressure input and vibrotactile output. ForcePhone was built at the Helsinki Institute of Information Technology and Nokia Research Center, Finland.
The research paper Pressages: Augmenting Phone Calls with Non-Verbal Messages by Eve Hoggan, Craig Stewart, Laura Haverinen, Giulio Jacucci and Vuokko Lantz was presented at the ACM Symposium on User Interface Software and Technology UIST'12 in Boston, MA, USA, October, 2012.
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Marcelino Madrigal is a senior energy specialist at the World Bank?s Energy Anchor Unit.? He specialized in the technical and economic operations and planning of power systems and markets and associated regulatory aspects.? Prior to joining the Bank, he worked for four years the Inter-American Development Bank in the areas of electricity transmission, distribution, and regional energy (electricity and gas) integration and market design projects. Before that, he was with the Energy Regulatory Commission in Mexico as deputy general manager for research and regulatory development, and at the Energy Ministry as chief of staff for Electricity were he led different activities regarding electricity tariff regulation, renewable energy regulation, investment decision making, and electricity reform. He has extensively published in topics related to operations and planning of power systems and markets, and has delivered training in related fields to a number of electric utilities, regulators, and system operations in different countries. He was assistant professor at Morelia Institute of Technology national excellence research center in electrical engineering in Morelia, Mexico. He holds a B.Sc, M.Sc., and Ph.D degrees in electrical engineering all with emphasis in the technical and economic operations, planning, and design of power systems and markets. He has received several awards, among them, the Outstanding Young Power Engineering Award by the IEEE Power and Energy Society in 2006.