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Is a furry robot more animal-like?
Zhao manping,P. del Pobil 한국HCI학회 2013 한국HCI학회 학술대회 Vol.2013 No.1
Pet robots (or robotic pets) are being considered as social actors or social companions and used in lots of areas, such as educational fields or robot-assisted therapy(RAA). By the development of the pet robots, the features of pet robots have become more and more comfortable and animal-like for users; however, there are many limits in this developing progress. How can we design pet robots look more real? How can we make pet robots more perfect to use? How can we make pet robots more interactive with users? We are always looking forward to making the human-robot relationship more natural . These highly discussed problems should be solved as soon as possible to satisfy the rising demand of pet robots. In this paper, we focused on the surface of pet robots. Surface of the pet robots is an important factor and by comparing two different surface types, we can know the difference using different qualities for each type.
Huizhen, Zhang,Zhen, Cui,Yizhi, Chen,Wei, Cui,Ping, Sheng,Manping, Zhang 목포해양대학교해사산업기술연구소 1997 심포지움강연논집 Vol.1997 No.11
The concentration of dimethylsulfide (DMS) and its metabolic precursor, dimethylsulfonio propionate (DMSP) in water and particulate samples obtained along transects through Jiaozhou Bay, China was determined. Here we report the distribution, diurnal change and seasonal variation of DMS and DMSP in water of Jiaozhous Bay and the adjacent area, including some of the biogeochemical factors controlling the distribution, change and variation. Eight individual clones of phytoplankton representing four classes were examined in exponential growth for DMS and KMSP by laboratory batch cultures. There is a strong correlation between the taxonomic position of the phytoplankton and the production of DKSP(DMS). The DMS and DMSP variation in growth and with variations in nutrient and salinity were reported.