Kin Wai Michael SIU

Prof. Dr. Kin Wai Michael SIU


Research Focus & Metrics

Academic Career Length

32Years (1995-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 August 2016 in Landscape and Urban Planning
Verified
Journal Article
Open access
KLKun Liu
Kun Liu
KSKin Wai Michael SIU
Kin Wai Michael SIU
XGXi Yong Gong
Xi Yong Gong
YGYuan Gao
Yuan Gao
DLDan Lu
Dan Lu
In recent decades, greenways have been the focus of an international movement to improve urban environment quality. In metropolitan areas, more greenways are interconnected, forming a greenway network (GN). A GN is considered to encourage physical activities, but verifying this statement is difficult, as traditional social survey methods do not obtain fine-grain activity geographic data on a large scale. In view of this shortcoming, the volunteered geographic information and the geographic information system techniques were used to describe the distribution of physical activities in a GN, to explore the effects of greenway network features on supporting activities. The 1640-km-long Shenzhen GN was selected as a representative case, and walking, jogging and cycling were chosen as typical activities. The results showed that only a quarter of greenways were with activities. Greenways with dense residences, mixed land-use, advanced street network and large parks yielded positive effects on supporting physical activities, and advanced public transportation further improved activity diversity. Due to the spatial mismatch between the GN distribution and well-developed areas, the GN density showed negative effects on the presence of physical activities; within the greenways in use, the GN density significantly improved activity diversity, indicating the positive effect of network feature on supporting activities. Compared with neighbourhood greenways, city and regional greenways supported more physical activities due to richer natural resources. The findings reveal that GN in green and welldeveloped areas supports physical activities better. Location, green quality and network form are necessary for greenways and should be integrated into GN planning

1 March 2012 in The Design Journal
Verified
Journal Article
Closed access
AHAmic G. Ho
Amic G. Ho
KSKin Wai Michael SIU
Kin Wai Michael SIU
Many design researchers and scholars have focused on different aspects of design and emotion in recent years. Various studies, models and theories have been proposed and adopted in order to explore the relationship between design and emotion and its responses, and to explain how emotion could be applied in design effectively.Researchers have also developed different perspectives to understand what emotional design should be and the role of emotion in design. Some of them have considered emotion design as a tool that designers can use to deliver their messages and emotions, while others have believed that it is a kind of experience and response when an individual is using an object. Meanwhile, some researchers have regarded emotional design as a means to establish consumer expression, and as a representation of the users' identity or personality. The relationships between ‘design and emotion’ and ‘users’ responses' were preliminarily explored. Another similar term, emotionalize design, has been use...

25 March 2011 in International Journal of Technology and Design Education
Verified
Journal Article
Closed access
PDF file
YWYi Lin Wong
Yi Lin Wong
KSKin Wai Michael SIU
Kin Wai Michael SIU

1 June 2012 in Expert Systems with Applications
Verified
Journal Article
Closed access
KFK.Y. Fung
K.Y. Fung
CKC.K. Kwong
C.K. Kwong
KSKin Wai Michael SIU
Kin Wai Michael SIU
KYK.M. Yu
K.M. Yu

1 August 2013 in Advanced Engineering Informatics
Verified
Journal Article
Closed access
CTChak-yin Tang
Chak-yin Tang
KFK.Y. Fung
K.Y. Fung
Eric Wai Ming LeeEric Wai Ming Lee
Eric Wai Ming Lee
George T. S. HOGeorge T. S. HO
George T. S. HO
KSKin Wai Michael SIU
Kin Wai Michael SIU
WMW.L. Mou
W.L. Mou

1 August 2015 in Advanced Engineering Informatics
Verified
Journal Article
Closed access
HJHuimin JIANG
Huimin JIANG
CKC.K. Kwong
C.K. Kwong
KSKin Wai Michael SIU
Kin Wai Michael SIU
Ying LiuYing Liu
Ying Liu