Computer Science ›› 2022, Vol. 49 ›› Issue (4): 9-15.doi: 10.11896/jsjkx.210800274
• Special Issue of Social Computing Based Interdisciplinary Integration • Previous Articles Next Articles
ZENG Jin1,2, LU Yong-gang1, YUE Yang1,2
CLC Number:
[1] MA L,LI L,ZHU H.The construction of urban amenities index in China:An empirical research based on a statistical analysis of 26 Chinese major cities[J].Acta Geographic Sinica,2018,73(4):755-770. [2] ULLMAN E L.Amenities as a factor in regional growth[J].Geographical Review,1954,44(1):119-132. [3] WANG N.Urban amenities and the consumption-oriented captial:upgrading of uran industries from the perspective of the sociology of consumption[J].Journal of Lanzhou University (Social Sciences),2014,42(1):1-7. [4] MA L.Urban development in perspective of urban amenities:A New Research Paradigm and Policy Framework[J].Shangdong Social Sciences,2015(2):13-20. [5] SILVER D A,CLARK T N.Scenescapes:how qualities of place shape social life [M].Chicago:University of Chicago Press,2017. [6] WU J.The latest theoretical paradigm of urban sociology:thetheory of scenes[J].Sociological Review of China,2014,2(2):90-95. [7] WU J.Scene Theory:A new perspective on using cultural factors to promote urban development[J].Social Sciences in Hunan,2017(2):175-82. [8] XU X L,ZHAO T,CLARK T N.Scene Theory:exploration and insights into cultural dynamics of regional development[J].Social Sciences Abroad,2012(3):101-106. [9] CURRID E.How art and culture happen in New York[J].Journal of the American Planning Association,2007,73(4):454-467. [10] KLEMENT B,STRAMBACH S.Innovation in creative indus-tries:does (related) variety matter for the creativity of urban music scenes?[J].Economic Geography,2019,95(4):385-417. [11] ZHANG C Y,HUANG T,WU Z Z.RGB-D SLAM Algorithm Based on K-Means Clustering and Deep Learning[J].Computer Engineering,2022,48(1):236-244,252. [12] WU J,XU J,DING T.Fine-grained image classification algo-rithm based on ensemble methods of transfer learning[J].Journal of Chongqing University of Posts and Telecommunications(Natural Science Edition),2020,32(3):452-458. [13] ZHAO H,WEI W B,PAN Z,et al.Research on Image Dehazing Based on Dark Channel Prior and Variational Regularization[J].Computer Engineering,2021,47(10):214-220. [14] CHEN Z P,ZHENG W X,HUANG Q D.Image Style Transformation Algorithm Based on Sobel Filter[J].Computer Engineering,2021,47(12):274-277,284. [15] MACE A.Spatial capital as a tool for planning practice[J].Planning Theory,2015,16(2):119-132. [16] SILVER D.The American scenescape:amenities,scenes and the qualities of local life[J].Cambridge Journal of Regions,Economy and Society,2012,5(1):97-114. [17] CHEN B,LIN X Y.The culturla scene patterns of cities andtheir charaterstics in China——empirical study based on cultural amenities in 31 cities[J].China Soft Science,2020(11):71-86. [18] JACKSON P,THRIFT N J.Geographies of consumption[M]//MILLER D.Acknowledging consumption-A review of new studies.Routledge.1995:204-237. [19] CLARK T N,LLOYD R,WONG K K,et al.Amenities drive urban growth[J].Journal of Urban Affairs,2002,24(5):493-515. [20] GLAESER E L,GOTTLIEB J D.Urban resurgence and theconsumer city[J].Urban Studies,2006,43(8):1275-1299. [21] PECK J.Struggling with the creative class[J].International Journal of Urban and Regional Research,2005,29(4):740-770. [22] DORFMAN J H,MANDICH A M.Senior Migration:Spatial Considerations of Amenity and Health Access Drivers[J].Journal of Regional Science,2016,56(1):96-133. [23] MARKUSEN A.Urban development and the politics of a creative class:evidence from a study of artists[J].Environment and Planning A:Economy and Space,2006,38(10):1921-1940. [24] GOSNELL H,ABRAMS J.Amenity migration:diverse conceptualizations of drivers,socioeconomic dimensions,and emerging challenges[J].GeoJournal,2011,76(4):303-322. [25] HJERPE E,HUSSAIN A,HOLMES T.Amenity migration and public lands:rise of the protected areas[J].Environmental Management,2020,66(1):56-71. [26] SIMON C J.Human capital and metropolitan employmentgrowth[J].Journal of Urban Economics,1998,43(2):223-243. [27] LI H,WEI Y D,WU Y.Urban amenity,human capital and employment distribution in Shanghai[J].Habitat International,2019,91:102025. [28] ØSTBYE S,MOILANEN M,TERVO H,et al.The creativeclass:do jobs follow people or do people follow jobs?[J].Regional Studies,2018,52(6):745-755. [29] GLAESER E L,KOLKO J,SAIZ A.Consumer city[J].Journal of Economic Geography,2001,1(1):27-50. [30] WANG N.Place consumerism,urban amenities and the optimization of industrial structure:industrial upgrading seen from the perspective of the sociology of consumption [J].Sociological Studies,2014,29(4):24-48,242-243. [31] LLOYD R.The new Bohemia as urban institution[J].City & Community,2017,16(4):359-363. [32] PATTERSON M,SILVER D.The place of art:local area cha-racteristics and arts growth in Canada,2001-2011[J].Poetics,2015,51:69-87. [33] NAVARRO C J,MATEOS C,RODRÍGUEZ M J.Culturalscenes,the creative class and development in Spanish municipalities[J].European Urban and Regional Studies,2012,21(3):301-317. [34] PANG C Y,LI D C.Exploring the progress of community elderly culture from the perspective of scene theory[J].Academic Exchange,2017,(10):168-177. [35] REN H.The aesthetic scene:A critique of the creative economy in urban China[J].Journal of Urban Affairs,2018,43(7):1-15. [36] SILVER D,MILLER D.Cultural scenes and voting patterns in Canada[J].Canadian Journal of Political Science,2014,47(3):425-450. [37] MILLER D L,SILVER D.Cultural scenes and contextual effects on political attitudes[J].European Journal of Cultural and Political Sociology,2015,2(3/4):241-266. [38] CHEN B,HOU X Y.Public cultural space and sultural participation:an empirical study based on cultural scene theory[J].Social Sciences in Hunan,2017(2):168-174. [39] QI S Y,WU J.Scenescapes:how qualities of place shape social life [M].Beijing:Social Sciences Literature Press,2019. [40] YUAN J,ZHENG Y,XIE X.Discovering regions of differentfunctions in a city using human mobility and POIs[C]//Proceedings of the 18th ACM SIGKDD International Conference on Knowledge Discovery and Data Mining.Beijing,China:Association for Computing Machinery,2012:186-194. [41] GAO S,JANOWICZ K,COUCLELIS H.Extracting urban functional regions from points of interest and human activities on location-based social networks[J].Transactions in GIS,2017,21(3):446-467. [42] YAO Y,LI X,LIU X,et al.Sensing spatial distribution of urban land use by integrating points-of-interest and Google Word2Vec model[J].International Journal of Geographical Information Science,2017,31(4):825-848. [43] CAI J,HUANG B,SONG Y.Using multi-source geospatial big data to identify the structure of polycentric cities[J].Remote Sensing of Environment,2017,202:210-221. [44] YUE Y,ZHUANG Y,YEH A G O,et al.Measurements ofPOI-based mixed use and their relationships with neighbourhood vibrancy[J].International Journal of Geographical Information Science,2017,31(4):658-675. [45] TU W,ZHU T,XIA J,et al.Portraying the spatial dynamics of urban vibrancy using multisource urban big data[J].Compu-ters,Environment and Urban Systems,2020,80:101428. [46] TANG J X,CHEN Y,ZHOU M Y,et al.A Survey of Studies on Deep Learning Applications in POI Recommendation[J].Computer Engineering,2022,48(1):12-23,42. [47] JOLLIFFE I T.Principal Component Analysis(Second Edition)[M].Berlin:Springer,2002. [48] BARKE M.Partial least squares for discrimination:statisticaltheory and implementation [M].Saarbrücken:LAP LAMBERT Academic Publishing,2010. [49] Shenzhen Bureau of Statistics.Statistical bulletin of nationaleconomic and social development of Shenzhen in 2020 [OL].http://tjj.sz.gov.cn/zwgk/zfxxgkml/tjsj/tjgb/content/post_8717370.html. [50] LWIN K K,SUGIURA K,ZETTSU K.Space-time multiple regression model for grid-based population estimation in urban areas[J].International Journal of Geographical Information Science,2016,30(8):1579-1593. [51] Statistic Bureau & Statistics Center.Ministry of Public Management Home Affairs Posts and Telecommunication [OL].http://www.stat.go.jp/. [52] ZHANG C,WAN Q,ZHANG J Q,et al.The method of flooddisaster risk evaluation based upon data of grid square[J].Journal of Geo-information Science,2003(4):69-73. [53] OPENSHAW S.The modifiable areal unit problem[M].Norwick:Geo Books,1983. [54] GEHLKE C E,BIEHL K.Certain Effects of Grouping upon the Size of the Correlation Coefficient in Census Tract Material[J].Journal of the American Statistical Association,1934,29(185A):169-170. [55] SU M D,LIN M C,WEN T H.Spatial Mapping and Environmental Risk Identification[M]//Encyclopedia of Environmental Health.Burlington:Elsevier,2011:228-235. |
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