Notice bibliographique
- Notice
Type(s) de contenu et mode(s) de consultation : Texte noté : sans médiation
Titre(s) : Smart environment for smart cities [Texte imprimé] / T. M. Vinod Kumar, editor
Publication : Singapore : Springer, copyright 2020
Description matérielle : 1 vol. (XXVII-530 p.) : ill. ; 25 cm
Collection : Advances in 21st century human settlements, ISSN 2198-2546
Lien à la collection : Advances in 21st century human settlements
Note(s) : Includes bibliographical references
This book discusses the design and practice of environmental resources management
for smart cities. Presenting numerous city case studies, it focuses on one specific
environmental resource in each city. Environmental resources are commonly owned properties
that require active inputs from the government and the people, and in any smart city
their management calls for a synchronous combination of e-democracy, e-governance
and IOT (Internet of Things) systems in a 24/7 framework. Smart environmental resources
management uses information and communication technologies, the Internet of Things,
internet of governance (e-governance) and internet of people (e-democracy) along with
conventional resource management tools to achieve coordinated, effective and efficient
management, development, and conservation that equitably improves ecological and economic
welfare, without compromising the sustainability of development ecosystems and stakeholders
Autre(s) auteur(s) : Vinod Kumar, T. M.. Éditeur scientifique
Sujet(s) : Villes intelligentes
Urbanisme durable
Énergie -- Développement
Indice(s) Dewey : 333.791 5 (23e éd.) = Énergie - Développement
Identifiants, prix et caractéristiques : ISBN 9789811368226. - ISBN 9811368228. - ISBN 9789811368219 (erroné). - ISBN 981136821X (erroné)
Identifiant de la notice : ark:/12148/cb45714070q
Notice n° :
FRBNF45714070
(notice reprise d'un réservoir extérieur)
Table des matières : Intro; Contents; Editor and Contributors; Smart Environment for Smart Cities; 1 Smart
Environment for Smart Cites Is the Rediscovery of Environment and Cultural System
of Cities; 1.1 Environment Design, Concept, Management and Protocol; 1.2 Two Approaches:
Scientific and Deep Ecology; 2 Towards Deep Ecology Based Smart Environment Management;
2.1 Smart City Model; 2.2 Definition of Smart Cities; 2.3 Smart Communities; 2.4 E-Democracy
for Smart Cities; 2.5 Environmental Democracy Directive Principles; 2.6 Smart City
System; 3 The Environment Management as Per Vedic Model [45]
3.1 Vedic View of Environment3.2 Bestowing Divinity to Nature; 3.3 Division of Universe;
3.4 The Concept Earth (Prithvi); 3.5 The Concept of Water (Apah); 3.6 The Concept
of Air (Vayu); 3.7 The Concept of Ether (Akasha); 3.8 The Concept of Mind (Manas);
3.9 Animals and Birds; 3.10 Plant and Herbs (Oshadhi); 3.11 The Concept of Sacrifice
(Yajna); 3.12 Coordination Between All-Natural Powers; 4 Buddhist View of Environment;
4.1 Nature and the Buddhist Path to Enlightenment; 4.2 Nature, Karma and Buddhist
Ethics; 4.3 Buddhist Teaching on Environment According to Professor Stephanie Kaza
[15]
4.4 The Synthesis5 Conclusion; References; Hong Kong; Smart Environment for Smart
and Sustainable Hong Kong; 1 Smart and Sustainable Cities; 2 Smart and Sustainable
Environment; 3 Overview of Hong Kong's Built Environment; 4 Hong Kong's Strategic
Position in Enhancing the Environment; 4.1 Smart City Blueprint; 4.2 Hong Kong 2030+;
4.3 Hong Kong Climate Action Plan 2030+; 4.4 Harbourfront Protection; 5 Government
Policies and Environmental Initiatives; 5.1 Air Quality Management; 5.2 Noise Pollution
Control; 5.3 Water Quality Improvement and Management; 5.4 Resource Management
5.5 Energy Saving6 Smart Environment Projects in Hong Kong; 6.1 Case Study: Energizing
Kowloon East; 6.2 Case Study: Green Deck (GD) Project; 6.3 Case Study: Walk DVRC Initiatives;
6.4 Case Study: Smart Cultural Triangle Precinct; 7 Conclusion-Hong Kong's Future
Positioning; References; Ahmedabad-Gandhinagar; Automation Based Smart Environment
Resource Management in Smart Building of Smart City; 1 Introduction; 2 Smart City
Evolution: Smart Grid, Smart Building and Smart Environment; 3 Critical Parameters
for Smart Environment Monitoring [11-14]; 3.1 Ambient Temperature and Humidity [11-14]
3.2 Illumination3.3 Barometric Pressure; 3.4 Vibration and Acoustic Noise; 3.5 Air
Quality [11-14]; 3.6 Water Quality [17]; 3.7 Safety and Security; 4 Technological
Advancements: HAN-BAS, WSN and IoT; 4.1 HAN-BAS; 4.2 WSN; 4.3 IoT; 5 Participation
of Smart Citizens and Initiatives; 6 Issues and Challenges; 7 Case Study Examples;
8 Guidelines and Recommendations; 9 Summary and Conclusions; References; Chandigarh;
Smart Urban Green Spaces for Smart Chandigarh; 1 Introduction; 2 Evolution of Chandigarh
and Its Region; 3 Natural Conditions of Chandigarh; 3.1 Temperature; 3.2 Clouds
