DOCSLIB.ORG

171 Full Research Papers

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
171 Full Research Papers SMU Classification: Restricted# FULL Papers No. Title Authors Sai Wu (Zhejiang University); Mengdan Zhang A New Approach to Compute CNNs fp0012 (Zhejiang University); Gang Chen (Zhejiang for Extremely Large Images University); Ke Chen (Zhejiang University) Name Disambiguation in Baichuan Zhang (Purdue University ); fp0014 Anonymized Graphs using Network Mohammad Al Hasan (Indiana University Embedding Purdue University Indianapolis ) Ying Lu (University of Southern California); Gregor Josse (LMU Munich); Tobias Emrich Scenic Routes Now: Efficiently (LMU Munich); Ugur Demiryurek (University fp0024 Solving the Time-Dependent Arc of Southern California); Matthias Renz Orienteering Problem (George Mason University); Cyrus Shahabi (University of Southern California); Matthias Schubert (LMU Munich) Roberto Panerai Velloso (Universidade Federal Extracting Records from the Web fp0037 de Santa Catarina - UFSC); Carina F. Dorneles Using a Signal Processing Approach (Universidade Federal de Santa Catarina - UFSC) Vijaya Krishna Yalavarthi (Nanyang Select Your Questions Wisely: For Technological University); Xiangyu Ke fp0055 Entity Resolution With Crowd Errors (Nanyang Technological University); Arijit Khan (Nanyang Technological University) Natali Ruchansky (University of Southern CSI: A Hybrid Deep Model for Fake California); Sungyong Seo (University of fp0065 News Detection Southern California); Yan Liu (University of Southern California) Hosein Azarbonyad (University of Amsterdam); Mostafa Dehghani (University of Amsterdam); Words are Malleable: Computing Kaspar Beelen (University of Amsterdam); fp0074 Semantic Shifts in Political and Alexandra Arkut (University of Amsterdam); Media Discourse Maarten Marx (University of Amsterdam); Jaap Kamps (University of Amsterdam) Sridevi Baskaran (McMaster University); Alexander Keller (University of Ontario Efficient Discovery of Ontology Institute of Technology); Fei Chiang fp0078 Functional Dependencies (McMaster University); Lukasz Golab (University of Waterloo); Jaroslaw Szlichta (University of Ontario Institute of Technology) SMU Classification: Restricted# Xin Wang (Tsinghua University); Steven C.H. Hoi (Singapore Management University); fp0088 Interactive Social Recommendation Chenghao Liu (Zhejiang University); Martin Ester (Simon Fraser University) Incorporating the Latent Link Yuan He (Tongji University); Cheng Wang fp0089 Categories in Relational Topic (Tongji University); Changjun Jiang (Tongji Modeling University) Zhe Chen (Two Sigma Investments LP); Sasha Dadiomov (Microsoft Corporation); Richard Spreadsheet Property Detection Wesley (Tableau Software); Gang Xiao fp0103 With Rule-assisted Active Learning (Tableau Software); Daniel Cory (Tableau Software); Michael Cafarella (University of Michigan); Jock Mackinlay (Tableau Software) Sha Li (Shanghai Jiao Tong University); FM-Hawkes: A Hawkes Process Xiaofeng Gao (Shanghai Jiao Tong University); fp0115 Based Approach for Modeling Weiming Bao (Shanghai Jiao Tong University); Online Activity Correlations Guihai Chen (Shanghai Jiao Tong University) Huan Yan (Tsinghua University); Tzu-Heng Lin (Tsinghua University); Gang Wang (Virginia On Migratory Behavior in Video Tech); Yong Li (Tsinghua University); Haitao fp0116 Consumption Zheng (University of Chicago); Depeng Jin (Tsinghua University); Ben Y. Zhao (University of Chicago) Jiafeng Hu (University of Hong Kong); Reynold Cheng (University of Hong Kong); Zhipeng fp0128 On Embedding Uncertain Graphs Huang (University of Hong Kong); Yixang Fang (University of Hong Kong); Siqiang Luo (University of Hong Kong) Ahsanul Haque (University of Texas at Dallas); Zhuoyi Wang (University of Texas at Dallas); FUSION - An Online Method for Swarup Chandra (University of Texas at Dallas); fp0131 Multistream Classification Bo Dong (University of Texas at Dallas); Latifur Khan (University of Texas at Dallas); Kevin W. Hamlen (University of Texas at Dallas) Ahmed El-Roby (University of Waterloo); UFeed: Refining Web Data fp0141 Ashraf Aboulnaga (Qatar Computing Research Integration Based on User Feedback Institute) Alistair Moffat (University of Melbourne); fp0145 ANS-Based Index Compression Matthias Petri (University of Melbourne) SMU Classification: Restricted# Hongwei Wang (Shanghai Jiao Tong University & The Hong Kong Polytechnic University); Jia Wang (The Hong Kong Polytechnic University); Joint Topic-Semantic-aware Social fp0151 Miao Zhao (The Hong Kong Polytechnic Recommendation for Online Voting University); Jiannong Cao (The Hong Kong Polytechnic University); Minyi Guo (Shanghai Jiao Tong University) A Two-Stage Framework for Marco Ponza (University of Pisa); Paolo fp0153 Computing Entity Relatedness in Ferragina (University of Pisa); Soumen Wikipedia Chakrabarti (IIT Bombay) Xueping Weng (Tsinghua University); Guoliang Crowdsourced Selection on Multi- fp0157 Li (Tsinghua University); Huiqi Hu (Tsinghua Attribute Data University); Jianhua Feng (Tsinghua University) Yongfeng Zhang (University of Massachusetts Joint Representation Learning for Amherst); Qingyao Ai (University of fp0161 Top-N Recommendation with Massachusetts Amherst); Xu Chen (Tsinghua Heterogeneous Information Sources University); W. Bruce Croft (University of Massachusetts Amherst) Jinfeng Rao (Comcast Applied AI Research Lab & University of Maryland); Ferhan Ture Talking to Your TV: Context-Aware (Comcast Applied AI Research Lab); Hua He fp0162 Voice Search with Hierarchical (University of Maryland); Oliver Jojic (Comcast Recurrent Neural Networks Applied AI Research Lab); Jimmy Lin (University of Waterloo) Yan Zhao (Soochow University); Yang Li (Soochow University); Yu Wang (Chinese Destination-aware Task Assignment University of Hong Kong); Han Su (University fp0166 in Spatial Crowdsourcing of Electronic Science and Technology of China); Kai Zheng (University of Electronic Science and Technology of China) Sensitive and Scalable Online Harrie Oosterhuis (University of Amsterdam); fp0174 Evaluation with Theoretical Maarten de Rijke (University of Amsterdam) Guarantees Balancing Speed and Quality in Harrie Oosterhuis (University of Amsterdam); fp0176 Online Learning to Rank for Maarten de Rijke (University of Amsterdam) Information Retrieval Thibaut Thonet (IRIT, Université de Toulouse, Users Are Known by the Company CNRS); Guillaume Cabanac (IRIT, Université de They Keep: Topic Models for fp0180 Toulouse, CNRS); Mohand Boughanem (IRIT, Viewpoint Discovery in Social Université de Toulouse, CNRS); Karen Pinel- Networks Sauvagnat (IRIT, Université de Toulouse, CNRS) SMU Classification: Restricted# Wei Chen (Soochow University); Hongzhi Yin (University of Queensland); Weiqing Wang Exploiting Spatio-Temporal User (University of Queensland); Lei Zhao (Soochow fp0194 Behaviors for User Linkage University); Wen Hua (University of Queensland); Xiaofang Zhou (University of Queensland) Chenhao Xie (Fudan University & Shuyan Technology); Lihan Chen (Fudan University); Jiaqing Liang (Fudan University & Shuyan Automatic Navbox Generation by Technology); Kezun Zhang (Fudan University); fp0196 Interpretable Clustering over Linked Yanghua Xiao (Fudan University & Shuyan Entities Technology); Hanghang Tong (Arizona State University); Haixun Wang (Facebook); Wei Wang (Fudan University) Tianshu Lyu (Peking University); Yuan Zhang Enhancing the Network Embedding fp0203 (Peking University); Yan Zhang (Peking Quality with Structural Similarity University) PQBF: I/O-Efficient Approximate Yingfan Liu (Chinese University of Hong Kong); fp0206 Nearest Neighbor Search by Product Hong Cheng (Chinese University of Hong Quantization Kong); Jiangtao Cui (Xidian University) Bing-Jie Sun (Chinese Academy of Sciences); Huawei Shen (Chinese Academy of Sciences); A Non-negative Symmetric Encoder- Jinhua Gao (Chinese Academy of Sciences); fp0210 Decoder Approach for Community Wentao Ouyang (Chinese Academy of Detection Sciences); Xueqi Cheng (Chinese Academy of Sciences) Sreenivas Gollapudi (Google); Ravi Kumar Partitioning Orders in Online fp0220 (Google); Debmalya Panigrahy (Duke Shopping Services University); Rina Panigrahy (Google) Zheng Chen (Drexel University); Xinli Yu Community-Based Network (Temple University); Bo Song (Drexel fp0230 Alignment for Large Attributed University); Jianliang Gao (Drexel University); Network Xiaohua Hu (Drexel University); Wei-Shih Yang (Temple University) Suhang Wang (Arizona State University); Charu Aggarwal (IBM T. J. Watson Research Attributed Signed Network fp0236 Center); Jiliang Tang (Michigan State Embedding University); Huan Liu (Arizona State University) Wen-Haw Chong (Singapore Management Tweet Geolocation: Leveraging fp0245 University); Ee-Peng Lim (Singapore Location, User and Peer Signals Management University) SMU Classification: Restricted# Shuguang Hu (University of Hong Kong); Maintaining Densest Subsets fp0255 Xiaowei Wu (University of Hong Kong); T-H. Efficiently in Evolving Hypergraphs Hubert Chan (University of Hong Kong) Qizhen Zhang (University of Pennsylvania); Tengyuan Ye (University of Pennsylvania); Predicting Startup Crowdfunding Meryem Essaidi (University of Pennsylvania); fp0281 Success through Longitudinal Social Shivani Agarwal (University of Pennsylvania); Engagement Analysis Vincent Liu (University of Pennsylvania); Boon Thau Loo (University of Pennsylvania) Guixiang Ma (University of Illinois at Chicago); Lifang He (University of Illinois at Chicago); Chun-Ta Lu (University of Illinois at Chicago); Multi-view Clustering with Graph Weixiang Shao (Google Inc); Philip S Yu fp0285 Embedding
Load more

Recommended publications
  • Hong Kong Final Report
    Urban Displacement Project Hong Kong Final Report Meg Heisler, Colleen Monahan, Luke Zhang, and Yuquan Zhou Table of Contents Executive Summary 5 Research Questions 5 Outline 5 Key Findings 6 Final Thoughts 7 Introduction 8 Research Questions 8 Outline 8 Background 10 Figure 1: Map of Hong Kong 10 Figure 2: Birthplaces of Hong Kong residents, 2001, 2006, 2011, 2016 11 Land Governance and Taxation 11 Economic Conditions and Entrenched Inequality 12 Figure 3: Median monthly domestic household income at LSBG level, 2016 13 Figure 4: Median rent to income ratio at LSBG level, 2016 13 Planning Agencies 14 Housing Policy, Types, and Conditions 15 Figure 5: Occupied quarters by type, 2001, 2006, 2011, 2016 16 Figure 6: Domestic households by housing tenure, 2001, 2006, 2011, 2016 16 Public Housing 17 Figure 7: Change in public rental housing at TPU level, 2001-2016 18 Private Housing 18 Figure 8: Change in private housing at TPU level, 2001-2016 19 Informal Housing 19 Figure 9: Rooftop housing, subdivided housing and cage housing in Hong Kong 20 The Gentrification Debate 20 Methodology 22 Urban Displacement Project: Hong Kong​ | ​1 Quantitative Analysis 22 Data Sources 22 Table 1: List of Data Sources 22 Typologies 23 Table 2: Typologies, 2001-2016 24 Sensitivity Analysis 24 Figures 10 and 11: 75% and 25% Criteria Thresholds vs. 70% and 30% Thresholds 25 Interviews 25 Quantitative Findings 26 Figure 12: Population change at TPU level, 2001-2016 26 Figure 13: Change in low-income households at TPU Level, 2001-2016 27 Typologies 27 Figure 14: Map of Typologies, 2001-2016 28 Table 3: Table of Draft Typologies, 2001-2016 28 Typology Limitations 29 Interview Findings 30 The Gentrification Debate 30 Land Scarcity 31 Figures 15 and 16: Google Earth Images of Wan Chai, Dec.
    [Show full text]
  • Fung Shui Woods Animals Have Been Collected, Verified, and Stored Preliminarily on 漁農自然護理署風水林的植物調查 2 Spreadsheets
    Issue No. 8 March 2005 Guest Editorial Contents To better understand our biological assets and to facilitate the page formulation of the new nature conservation policy and measures, Guest Editorial 1 we have initiated the ecological survey programme in 2002 with a view to establishing a more comprehensive territory-wide ecological Feature Articles: database for Hong Kong in phases by 2005. AFCD Survey of So far, over 35,000 records of about 1,500 species of plants and Local Fung Shui Woods animals have been collected, verified, and stored preliminarily on 漁農自然護理署風水林的植物調查 2 spreadsheets. We have also established a web, the HK Biodiversity Online (www.hkbiodiversity.net), to make part of the baseline Endemic Species Highlights information available to the public for education purpose. - Romer’s Tree Frog 5 Our findings so far confirm that Hong Kong has a rich Working Group Column: biodiversity. We have found a number of species which are new to Short-tailed Shearwater, Hong Kong or even new to science and there are many species its first record in Hong Kong 9 awaiting our discovery/rediscovery. House Crows (Corvus splendens) Our surveys also enrich our knowledge on the distribution of - Notes on their Population and our animals and plants. Findings suggest that our protected areas Control in Hong Kong 10 are protecting a very significant portion of our biodiversity. For the species groups surveyed and analyzed, over 95% of the terrestrial Distribution of Seagrasses and freshwater representatives which are regularly seen in Hong in Hong Kong 12 Kong have representative population(s) inside our protected areas.
    [Show full text]
  • Urban Forms and the Politics of Property in Colonial Hong Kong By
    Speculative Modern: Urban Forms and the Politics of Property in Colonial Hong Kong by Cecilia Louise Chu A dissertation submitted in partial satisfaction of the requirements for the degree of Doctor of Philosophy in Architecture in the Graduate Division of the University of California, Berkeley Committee in charge: Professor Nezar AlSayyad, Chair Professor C. Greig Crysler Professor Eugene F. Irschick Spring 2012 Speculative Modern: Urban Forms and the Politics of Property in Colonial Hong Kong Copyright 2012 by Cecilia Louise Chu 1 Abstract Speculative Modern: Urban Forms and the Politics of Property in Colonial Hong Kong Cecilia Louise Chu Doctor of Philosophy in Architecture University of California, Berkeley Professor Nezar AlSayyad, Chair This dissertation traces the genealogy of property development and emergence of an urban milieu in Hong Kong between the 1870s and mid 1930s. This is a period that saw the transition of colonial rule from one that relied heavily on coercion to one that was increasingly “civil,” in the sense that a growing number of native Chinese came to willingly abide by, if not whole-heartedly accept, the rules and regulations of the colonial state whilst becoming more assertive in exercising their rights under the rule of law. Long hailed for its laissez-faire credentials and market freedom, Hong Kong offers a unique context to study what I call “speculative urbanism,” wherein the colonial government’s heavy reliance on generating revenue from private property supported a lucrative housing market that enriched a large number of native property owners. Although resenting the discrimination they encountered in the colonial territory, they were able to accumulate economic and social capital by working within and around the colonial regulatory system.
    [Show full text]
  • Consultancy Agreement No. NEX/1023 West Island Line Environmental Impact Assessment Final Environmental Impact Assessment Report
    Consultancy Agreement No. NEX/1023 West Island Line Environmental Impact Assessment Final Environmental Impact Assessment Report TABLE OF CONTENTS 1 INTRODUCTION......................................................................................................................................... 1 2 PROJECT BACKGROUND........................................................................................................................ 1 3 STUDY SCOPE........................................................................................................................................... 1 4 CULTURAL HERITGE RESOURCES ........................................................................................................ 2 5 CONCLUSIONS........................................................................................................................................ 28 FIGURES Figure 6.1 Identified Cultural Heritage Resources Key Plan Figure 6.2 Locations of Identified Cultural Heritage Resources Figure 6.3 Locations of Identified Cultural Heritage Resources Figure 6.4 Locations of Identified Cultural Heritage Resources Figure 6.5 Locations of Identified Cultural Heritage Resources Figure 6.6 Locations of Identified Cultural Heritage Resources Figure 6.7 Locations of Identified Cultural Heritage Resources Figure 6.8 Locations of Identified Cultural Heritage Resources Figure 6.9 Locations of Identified Cultural Heritage Resources Figure 6.10 Locations of Identified Cultural Heritage Resources Figure 6.11 Locations of Identified Cultural
    [Show full text]
  • Bottom-Up Saliency Detection Model Based on Human Visual Sensitivity
    IEEE TRANSACTIONS ON MULTIMEDIA, VOL. 14, NO. 1, FEBRUARY 2012 187 Bottom-Up Saliency Detection Model Based on Human Visual Sensitivity and Amplitude Spectrum Yuming Fang, Weisi Lin, Senior Member, IEEE, Bu-Sung Lee, Member, IEEE, Chiew-Tong Lau, Member, IEEE, Zhenzhong Chen, Member, IEEE, and Chia-Wen Lin, Senior Member, IEEE Abstract—With the wide applications of saliency information Visual attention is an important characteristic in the HVS and in visual signal processing, many saliency detection methods the research on visual attention has been reported in 1890 [1]. have been proposed. However, some key characteristics of the It is a cognitive process of selecting the relevant areas while ac- human visual system (HVS) are still neglected in building these saliency detection models. In this paper, we propose a new saliency quiring the most significant information from the visual scene. detection model based on the human visual sensitivity and the Generally, the information captured by the human eyes is much amplitude spectrum of quaternion Fourier transform (QFT). more than that the central nervous system can process. When We use the amplitude spectrum of QFT to represent the color, observers look at a scene, it is impossible for them to recognize intensity, and orientation distributions for image patches. The saliency value for each image patch is calculated by not only the all the objects and their relationships in the scene immediately. differences between the QFT amplitude spectrum of this patch Thus, the selective attention will allocate processing resources and other patches in the whole image, but also the visual impacts to these salient areas rather than the entire scene [40], [41].
    [Show full text]
  • Historic Building Appraisal 1 Tsang Tai Uk Sha Tin, N.T
    Historic Building Appraisal 1 Tsang Tai Uk Sha Tin, N.T. Tsang Tai Uk (曾大屋, literally the Big Mansion of the Tsang Family) is also Historical called Shan Ha Wai (山廈圍, literally, Walled Village at the Foothill). Its Interest construction was started in 1847 and completed in 1867. Measuring 45 metres by 137 metres, it was built by Tsang Koon-man (曾貫萬, 1808-1894), nicknamed Tsang Sam-li (曾三利), who was a Hakka (客家) originated from Wuhua (五華) of Guangdong (廣東) province which was famous for producing masons. He came to Hong Kong from Wuhua working as a quarryman at the age of 16 in Cha Kwo Ling (茶果嶺) and Shaukiwan (筲箕灣). He set up his quarry business in Shaukiwan having his shop called Sam Lee Quarry (三利石行). Due to the large demand for building stone when Hong Kong was developed as a city since it became a ceded territory of Britain in 1841, he made huge profit. He bought land in Sha Tin from the Tsangs and built the village. The completed village accommodated around 100 residential units for his family and descendents. It was a shelter of some 500 refugees during the Second World War and the name of Tsang Tai Uk has since been adopted. The sizable and huge fortified village is a typical Hakka three-hall-four-row Architectural (三堂四横) walled village. It is in a Qing (清) vernacular design having a Merit symmetrical layout with the main entrance, entrance hall, middle hall and main hall at the central axis. Two other entrances are to either side of the front wall.
    [Show full text]
  • High Index of Suspicion for Brucellosis in a Highly Cosmopolitan City in Southern China
    High index of suspicion for brucellosis in a highly cosmopolitan city in southern China Hai-Yan Ye Department of Clinical Microbiology and Infection Control, The University of Hong Kong-Shenzhen Hospital Fan-Fan Xing Department of Clinical Microbiology and Infection Control, The University of Hong Kong-Shenzhen Hospital Jin Yang Department of Clinical Microbiology and Infection Control, The University of Hong Kong-Shenzhen Hospital Simon Kam-Fai Lo Department of Clinial Microbiology and Infection Control, The University of Hong Kong-Shenzhen Hospital Ricky Wing-Tong Lau Department of Clinical Microbiology and Infection Control, The University of Hong Kong-Shenzhen Hospital Jonathan Hon-Kwan Chen Department of Microbiology, Queen Mary Hospital, Hong Kong Special Administrative Region, China Kelvin Hei-Yeung Chiu Department of Microbiology, Queen Mary Hospital, Hong Kong Special Administrative Region Kwok-Yung Yuen ( [email protected] ) https://orcid.org/0000-0003-3750-7932 Research article Keywords: brucellosis, China, Clinical nding, Laboratory nding, Complication Posted Date: December 30th, 2019 DOI: https://doi.org/10.21203/rs.2.10517/v3 License: This work is licensed under a Creative Commons Attribution 4.0 International License. Read Full License Version of Record: A version of this preprint was published on January 8th, 2020. See the published version at https://doi.org/10.1186/s12879-019- 4748-y. Page 1/10 Abstract Background: Brucellosis is one of the most widespread zoonosis in the world. In China, 90% of human brucellosis occurs in six northern agricultural provinces. However, there is a recent increase in the trend of human brucellosis in southern provinces with limited cases reported in the literature.
    [Show full text]
  • Lui Seng Chun
    Revitalising Historic Buildings Through Partnership Scheme Lui Seng Chun Resource Kit Table of Contents I. Introduction II. Historical Background and Architectural Merits 2.1 Historical Background 2.2 Architectural Merits III. Site Information 3.1 Location 3.2 Site Boundary 3.3 Site Area 3.4 Major Datum Levels IV. Building Information 4.1 Building Description 4.2 Historic Grading 4.3 Schedule of Accommodation 4.4 Materials of Construction 4.5 Internal Circulation 4.6 Major Alterations and Additions 4.7 Structural Appraisal 4.8 Building Services and Utilities V. Vicinity and Access 5.1 Immediate Surrounding 5.2 Access VI. Conservation Guidelines 6.1 General Conservation Approach 6.2 Specific Conservation Requirements VII. Town Planning Issues VIII. Land and Tree Preservation Issues 8.1 Land Issues 8.2 Tree Issues IX. Slope Maintenance X. Technical Compliance for Possible Uses 10.1 Uses That Could Possibly be Considered 10.2 Technical Considerations 10.3 Further Information on Possible Uses List of Appendices Appendix I Location Plan Appendix II Site Boundary Plan Appendix III Datum Levels Plan Appendix IV Summary of Site and Building Information Appendix V Architectural Drawings Appendix VI Photos of Building Appendix VII Grading Boundary Plan Appendix VIII Plan Showing Immediate Surrounding Appendix IX Access Plan Appendix X List of Architectural Features to be Preserved Appendix XI List of Required Treatment to Architectural Features Appendix XII List of Recommended Treatment to Architectural Features Appendix XIII Outline Zoning Plan I. Introduction 1.1 The purpose of the resource kit is to provide applicants with information to prepare proposals for the historic buildings under the Revitalising Historic Buildings Through Partnership Scheme (the Scheme).
    [Show full text]
  • Redefining the Hong Kong Typology
    The Newsletter | No.63 | Spring 2013 22 | The Focus: New Designs for Asia Redefining the Hong Kong typology The concept of the global city is taken to extremes in Hong Kong. In many ways the city epitomizes the definition of what one might consider a truly global city in the contemporary context. Despite the highly global nature of Hong Kong, there remains a strong sense of the local that provides contrast and friction to some of these globalizing forces. Elsa Snyder 1. Fig. 1: The siheyuan or traditional Chinese courtyard house was chosen as a starting point for the formal composition of the entire building. The public/private relationships are arranged along a vertical axis to create a layered and diverse structure. http://tinyurl.com/cno76un. Fig. 2: Vertical public/private relationships. The public/private gradient encompasses various functions at various scales, ranging from large-scale public functions at the ground level, to smaller-scale private functions for residents in the upper portion of the building. Fig. 3: Section perspective through upper dwelling block. 2. 3. GIVEN thE raPID political and economic changes that The increase Corporation (now known as the Urban Renewal Authority) existing residents out of their own neighbourhood. The site have taken place in Hong Kong since the 1960s, the built in luxury have worked with developers to manipulate the urban for this design is the former Police Married Quarters at 35 environment has become a prime example of the conditions accommodations ... environment. After its introduction in 1988, the LDC had Aberdeen Street, one of the oldest parts of the city.
    [Show full text]
  • Edward Y Y Ng
    Curriculum Vitae Edward Y Y Ng BA(1st Hons) Nott, BArch(Distinction) Manc, MBA(Distinction) Warwick, PhD Cantab, RIBA, HKIA, IESNA, FHKMetS, FRMetS, FRSA, Architect (UK and HK) Professor NG Yan Yung Edward is the Professor of Architecture in the School of Architecture of The Chinese University of Hong Kong (CUHK). He is the first incumbent of the Yao Ling Sun Endowed Chair Professorship in Architecture. He worked as an architect before becoming a professor. He specializes in Green Building, Environmental and Sustainable Design, and Urban Climatology for City Planning. As an environmental consultant to the Government of the Hong Kong Special Administrative Region, He developed the performance-based daylight design practice note, the Air Ventilation Assessment Technical Guidelines and the Urban Climatic Maps for City Planning. He has published over 500 papers and 3 books. He has twice received the International Award from the Royal Institute of British Architects (RIBA). He has also twice been honoured by the UNESCO Asia Pacific Heritage Jury Commendation for Innovation Award. He received the World Building of the Year Award from the World Architecture Festival in 2017. PERSONAL Current Appointment Yau Ling Sun Professor of Architecture Address School of Architecture, Chinese University of Hong Kong, Shatin, NT, Hong Kong College SH Ho College, CUHK Contact (T) +(852) 2609 6515 (E) [email protected] (W) www.edwardng.com EDUCATION Edward was trained as an architect in the United Kingdom. He received a Commonwealth Scholarship to study at Cambridge under Professor Dean Hawkes; at the same time, he took technical courses equivalent to the award of their MSc in Light and Lighting at London University under David Loe and Ted Rowland.
    [Show full text]
  • Culture in Vernacular Architecture [Teacher Notes]
    Liberal Studies Teaching Kit for Senior Secondary Curriculum Hong Kong Today Culture in Vernacular Architecture [Teacher notes] Organizer Sponsor Research Team Contents Preamble Liberal Studies | Teaching plan i Lesson 1: Culture in Vernacular Architecture 1.1 Vernacular Architecture for People 02 Architecture in Vernacular Culture 1.2 Case Studies: Various Cultures in Vernacular Architecture of Hong Kong 05 1.2.1 Tong Lau or Tenement Houses 05 1.2.2 Stilt Houses 10 1.2.3 Walled Village 14 Exercise: Examine a nearby Vernacular Building 16 Summary, Key words and Further reading 18 Disclaimer Create Hong Kong of the Government of the Hong Kong Special Administrative Region provides funding support to the project only, and does not otherwise take part in the project. Any opinions, findings, conclusions or recommendations expressed in these materials/events (or by members of the project team) do not reflect the views of the Government of the Hong Kong Special Administrative Region. © 2012 Hong Kong Institute of Architects Topic 01 Culture in Vernacular Architecture Major teaching areas Interdisciplinary teaching areas Liberal Studies: Module 2 Hong Kong Today Design and Applied Technology: • Theme 1: Quality of Life • Strand 1 Design and Innovation • Theme 3: Identity • Strand 2 Technological Principles Liberal Studies | • Strand 3 Value and Impact Related teaching areas Liberal Studies: Module 5 Public Health Culture in Vernacular Architecture in Vernacular Culture • Theme 2: Science, Technology and Public Health Learning objectives • To
    [Show full text]
  • Approach to Planning
    52 | CUBIC JOURNAL 1 . No.1. Design Social 003 The Social and the Spatial, Urban Models as Morphologies for a ‘Lived’ Approach to Planning Gerhard Bruyns How and in what manner has the social been instrumental 52—73 in formulating planning policies, and does Hong Kong ascribe to any social concept that facilitates its current spatial planning framework? The legacy of the social in planning originally came to fruition within the Chicago School of Social Sciences during the early 1920s. Since then, the understanding of the social and how planning responds to the social has been wide and varied. This paper examines the social’s application in spatial notions in addition to its context within Hong Kong. At its core this argument outlines the consequences of a social notion within planning and the spatial modes of recourse. Issues of scaling are brought into question when addressing planning as well as economic focus, in both the local as well as regional governance levels, which further emphasises the dynamic proxies of social and spatial factors for territorial planning. Having #Lived Morphology neither of these, the argument then highlights the realities #Social Futures of economic asymmetries in the disempowerment of a local #Urban Models populous through land speculation and housing shortages. #Monocentric vs Polycentric #Spatial Planning Gerhard Bruyns . The Social and the Spatial, Urban Models as Morphologies | 53 Social models and the link to Although these models advanced the under- the urban standing of urbanisation, the same models have since received blame for both their social and A question that is still of significance in the spatial misconceptions, and for inspiring flawed contemporary urban discourse is, “How and in spatial ideologies (Fishmann 1977; Vanstiphout what manner have social issues been instrumental 2008; Watson 2009; Low 2012).
    [Show full text]