Bibliographies thématiques / University Campus Sustainability Evaluation

Littérature scientifique sur le sujet « University Campus Sustainability Evaluation »

Auteur : Grafiati

Publié le 14 mars 2023

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Articles de revues sur le sujet "University Campus Sustainability Evaluation"

Sturlaugson, Brent, Rebekah Radtke et Anita Lee-Post. « MEASURING UP : A CASE FOR REDRAWING THE SYSTEM BOUNDARIES OF SUSTAINABILITY AT THE UNIVERSITY OF KENTUCKY ». Journal of Green Building 14, n^o 3 (juin 2019) : 159–78. http://dx.doi.org/10.3992/1943-4618.14.3.159.

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The primary goal of this paper is to examine the role that sustainability assessment and reporting plays in creating a sustainable campus for academic excellence. A prototype sustainability assessment and reporting system is developed for triple bottom line impact analysis of the built environment of the newly expanded and renovated Gatton College of Business and Economics at the University of Kentucky. The prototype system utilizes a toolkit to collect environmental, social, and economic data of the building's built environment for sustainable design performance analyses. The system also employs a comprehensive set of sustainability metrics to measure and report the building's triple bottom line impacts on academic success. In sum, our study succeeds in (1) expanding the definition and evaluation of campus buildings' sustainability to include environmental, social, and economic factors, (2) providing campus stakeholders with a toolkit for assessing the sustainability of campus buildings, and (3) creating a comprehensive sustainability metric for benchmarking and tracking campus buildings' triple bottom line impacts on academic success.

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Su, Yuan, et Jun Wei Yan. « Effect Evaluation of Introduced Building Energy Management System in University Campus ». Applied Mechanics and Materials 368-370 (août 2013) : 1222–27. http://dx.doi.org/10.4028/www.scientific.net/amm.368-370.1222.

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Nowadays, universities are taking responsibility for their environmental impact and are working to ensure environmental sustainability. In this research, we aim to analyze energy system of a model university campus in southern China and grasp the energy consumption of the whole campus from the viewpoint of reducing GHG emission. We investigated and analyzed the present situation of energy system by using measured data and inquiry survey. In order to grasp the data exactly, we introduced building energy management system (BEMS) to some typical buildings with electricity consumption controlling. Then examination of energy consumption intensity according the different typical buildings has been analyzed on the basis of the research at campus. The campus's energy consumption prediction was carried out during the 24-h field measurements period. Furthermore, energy consumption intensity of the whole campus were predicted.

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Barrella, Elise, Kelsey Lineburg et Peter Hurley. « Applying a transportation rating system to advance sustainability evaluation, planning and partnerships ». International Journal of Sustainability in Higher Education 18, n^o 4 (2 mai 2017) : 608–26. http://dx.doi.org/10.1108/ijshe-05-2015-0087.

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Purpose The purpose of this paper is to describe a pilot application of the Sustainable Transportation Analysis & Rating System (STARS), and highlight how a sustainability rating system can be used to promote sustainable urban development through a university–city partnership. STARS is an example of a second-generation “green” rating system focused on transportation planning, design, operations and maintenance. Design/methodology/approach In Fall 2013, James Madison University (JMU) initiated a STARS pilot demonstration using a local corridor that connects the university and the city of Harrisonburg. The pilot’s purposes were to develop attainable transportation-development targets, evaluate infrastructure and programmatic options in the context of a credit-based system and demonstrate a decision-making framework centered on sustainability optimization. The paper provides an overview of the STARS framework and the pilot’s collaborations, analysis, findings and recommendations for credits across sustainability dimensions. Findings Upon applying the rating system, the research team found that STARS may initially be easier to integrate into a comprehensive transportation planning process than a corridor-level evaluation due to data needs, in-house expertise and planning timelines for campus and city developments. A campus-wide master plan based on STARS would enable a university and a city to apply sustainability principles to their physical and/or policy interfaces to systemically create change and achieve quantifiable targets. Originality/value The STARS framework provides a novel approach for integrating multiple stakeholders (faculty, the university and city staff, students and community members) in a process of capacity building, evaluating options, policy-making, implementation and performance monitoring. The JMU pilot is the first application of STARS at a university and the only US East Coast application to date.

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Kim, Seon-Joo. « Leveraging Process Evaluation for Project Development and Sustainability : The Case of the CAMPUS Asia Program in Korea ». Journal of Studies in International Education 21, n^o 4 (21 mars 2017) : 315–32. http://dx.doi.org/10.1177/1028315317696961.

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CAMPUS Asia (Collective Action for Mobility Program of University Students in Asia) is a student-exchange program designed to promote student mobility between South Korea, China, and Japan. Begun in 2011, the program aims to foster the next generation of leaders in Asia by nurturing young talents with shared visions. This article provides an overview of the CAMPUS Asia pilot program and the major findings of its comprehensive process evaluation in Korea using five criteria. The evaluation indicates that the CAMPUS Asia program has evolved into a unique program that promotes dual degrees, creates new learning models, and develops in-depth discussions of substantial collaborations among consortia. The need to develop mechanisms for applying the lessons learned and insights gained through the evaluation is addressed; implications and recommendations for sustainable development of the CAMPUS Asia pilot program are offered, as are the benefits of implementing a process evaluation in one’s own practice.

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Petratos, Panagiotis, et Evangelia Damaskou. « Management strategies for sustainability education, planning, design, energy conservation in California higher education ». International Journal of Sustainability in Higher Education 16, n^o 4 (6 juillet 2015) : 576–603. http://dx.doi.org/10.1108/ijshe-03-2014-0038.

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Purpose – The purpose of this paper is to describe and analyze the effects of campus sustainability planning to annual campus energy inflows and outflows in California higher education. The paper also offers a preliminary statistical analysis for the evaluation of impact factors on energy outflows and a link between energy outflows and building utilization. Design/methodology/approach – The paper reports two campus examples University of California Merced and California State University Stanislaus, analyzing 36-months’ campus energy outflows data. It uses statistical linear regression analysis to determine the most significant impact factors to energy outflows and what is their relationship. Finally, the paper draws on building utilization data and presents sustainability management strategies for campus energy conservation which make the most of building utilization and contributes to campus sustainability planning efforts. Findings – Statistics analysis considered ten multiple models of linear regression to identify the greatest impact factors on campus energy outflows. Interestingly, the overshadowing positive impact factor is renewable energy credits (RECs) which is expected as is required by California energy law. After removing RECs, cost of RECs and cost of electricity from further statistical analysis, we re-compute linear regression for the remaining variables, and natural gas outflows have the strongest – negative – relationship with energy outflows. In this study, it is demonstrated how sustainability planning applies to campus green building design criteria; how much do sustainable campus buildings cost; how sustainability planning affects the inflows and outflows of energy during the period of one academic year; and what are the direct benefits of campus sustainability planning and design to faculty, students, staff, administrators, environment and society. Research limitations/implications – The research is focused on two campus examples in California higher education and may have overlooked some campus sustainability plans and energy data from other California campuses. Nevertheless, it is a fairly comprehensive analysis of campus sustainability planning efforts and their effects on energy conservation. Practical implications – Campus sustainability plans and their effect on campus energy inflows and outflows are very important. Understanding the details and potential effects of impact factors to energy conservation can help broader adoption and implementation of sustainability planning. Originality/value – As an emerging method for campus sustainability efforts, statistical analysis of multiple linear regression models allows colleges and universities to examine energy conservation and align it with campus sustainability planning operational, academic and administrative functions in an integrated manner. To date, very little scholarly attention has been paid to the effects of sustainability planning on campus-level energy conservation, and no prior attempt has been made to consider how they might be analyzed statistically.

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Abd Razak, M. Z., Nangkula Utaberta, Nag Abdullah, M. Tahir et Ai Che Ani. « Sustainable Campus Design in Malaysia : An Evaluation of Student’s Perception on Four Research University Campuses ». Applied Mechanics and Materials 71-78 (juillet 2011) : 4313–16. http://dx.doi.org/10.4028/www.scientific.net/amm.71-78.4313.

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The issue of sustainability has been around for a long time. However, it has become a hot issue after the Earth Summit taking place in 1992 in Rio de Janeiro and in 2002 in Johannesburg. Conference in 1992 led to the formulation of Agenda 21, an action plan containing broad principles to help governments and other institutions in carrying out the policies and programs for sustainable development in their respective countries. The aim of this research was to examine the effectiveness of campus physical development planning in Malaysia in creating a sustainable living on campus by assessed the problems that exist. The study was conducted in four public university campuses and limited to only the campus physical planning. Selected campuses are the research universities campus. The case studies were conducted on each campus. The methodology used in this study is qualitative and quantitative techniques. Quantitative technique involves collecting data using questionnaires distributed among 100 respondents for each campus. Meanwhile, the qualitative technique involves collecting comments and opinions from the respondents obtained from questionnaires, behavioral observation and visual research. The results were then compared for each campus for an explanation of the problem. The findings revealed that all campuses had a similar problem. However, there are some differences about the extent or severity of the problems based on campus physical development plan that is different. The result showed that there are minimal problems occurs on the campus that planned more compact compare to a wide and dispersed campus. It also indicates that a compact campus tend to create a sustainable life on campus.

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Kim, Tae Wan, Seunghyun Cha et Youngchul Kim. « Space choice, rejection and satisfaction in university campus ». Indoor and Built Environment 27, n^o 2 (24 août 2016) : 233–43. http://dx.doi.org/10.1177/1420326x16665897.

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This paper explores the relationships between students’ activities, space choice patterns and satisfaction with campus space provision with the aim of establishing rational space utilization strategies. Many universities attempt to achieve their sustainability goals and address the constraints of space restrictions by implementing no-net growth policies and rational space utilization strategies. However, architects or facility managers often experience difficulties in keeping their commitment to such initiatives because they lack empirical data that explain the relationships in action between students and campus space. This paper demonstrates these relationships by analysing empirical data obtained from a university campus. University students completed 330 student-day time-use surveys and relevant post-occupancy evaluations for regular days at university. Three major space-choice-rejection patterns were found: (1) spaces for 56% of activities were chosen by students themselves; (2) students often struggled to find an appropriate space for their group activities; (3) students’ space choice behaviour was both common and influential on campus. A campus sustainability model of space choice-rejection was theorized based on the students’ post-occupancy evaluations, comprising anticipated space choice and intended space rejection. Three categories of relationships were established: space-oriented relationships with space environmental performance and spatial form; user-oriented relationships with user capacity and locational accessibility and equipment-oriented relationships with equipment adequacy and equipment condition.

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Pasha, Akram. « A Study on Sustainable Development Impact on the Colleges and Universities of the State of Telangana ». ECS Transactions 107, n^o 1 (24 avril 2022) : 11459–66. http://dx.doi.org/10.1149/10701.11459ecst.

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Sustainable development needs to evolve as a standard paradigm for planning and decision making. As a dynamic condition, needs to understand interconnections and interdependency between environmental, economic, and social systems. The communities and institutions cannot be sustainable and there is no existence of social justice without achieving sustainability. The attitude, skills, and knowledge links to responsibility to create and enjoy a sustainable future. The educational institutions require to re-structure courses, research programs to reach communities, and operations of the campus. Preparing students, staff, whole campus, and community to be more proficient decision makers of future environment by integrating sustainability into educational institutions. The sustainable development study is done using survey of sustainability at college or university level accomplished critical proportions of higher education. The Sustainability Assessment Questionnaire is intended to encourage discussion and further evaluation by campus different councils who are conversant about and responsible for the actions.

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Agostino, Deborah, et Martina Dal Molin. « A grid approach to managing sustainability : evidence from a multiple Italian case study ». International Journal of Sustainability in Higher Education 17, n^o 6 (7 novembre 2016) : 875–94. http://dx.doi.org/10.1108/ijshe-11-2014-0160.

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Purpose The purpose of this paper is to explore the coherence between sustainability conceptualization (the “what”) and its implementation (the “how”) in terms of implemented actions and stakeholders’ interactions. The paper proposes a grid approach for the simultaneous evaluation of sustainability conceptualization and implementation. Design/methodology/approach This research is based on a multiple case study conducted in ten Italian Universities. In-depth interviews with general directors and administrative staff responsible for sustainable activities have been conducted together with documents and websites analysis. Findings The coherence between sustainability conceptualization and its implementation showed heterogeneity of practice. Results propose a grid approach, which highlights six different approaches to explain the connection between the “what” and the “how” of sustainability. Research limitations/implications The research is focused on Italian universities and may have overlooked approaches to campus sustainability specific of other countries. Practical implications Understanding the coherence between the “what” and the “how” of sustainability can provide university managers with a practical tool of analysis when approaching and evaluating the sustainable campus. Originality/value While higher education scholars are widely exploring the conceptualization of a sustainable campus and its implementation, little is known about the coherence between these two realms, despite their importance to facilitate the transition of sustainability vision into real practice. This study contributes to this area by proposing a grid approach to evaluate the coherence between sustainability conceptualization and implementation.

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Ridgeway, Natalee, et June Matthews. « Campus gardens : Food production or sense of place ? » Canadian Food Studies / La Revue canadienne des études sur l'alimentation 2, n^o 1 (15 mai 2015) : 99. http://dx.doi.org/10.15353/cfs-rcea.v2i1.23.

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<p>Campus gardens can provide opportunities for experiential learning and enhanced physical and mental health; however, they require substantial commitments of time, money, and effort. This formative evaluation explored the perspectives of a university population on the establishment of a campus garden prior to its implementation. Phase 1 involved an electronic survey of the entire population at a small university (N=1300). Phase 2 consisted of 11 in-depth interviews with survey respondents who were interested in furthering the dialogue. The majority (85%) of the 415 individuals who responded to the survey and all interviewees supported the idea of a campus garden. Compared to a shared/community garden or rental plot, participants preferred a low-maintenance forest garden. Food production was secondary to protection of the natural environment and providing a space for rest and reflection. Participants’ sense of community, combined with knowledge of the university’s history, mission, and values, reflected a strong sense of place, a key component of social sustainability. Perhaps it is time to consider alternate options to traditional community gardens on university campuses. This research suggests that forest gardens, with their low-maintenance approach to food production and their potential to promote social sustainability through an enhanced sense of place, may be a good place to start.</p>

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Thèses sur le sujet "University Campus Sustainability Evaluation"

Williams, Laura. « Evaluating the Long-term Sustainability of L.O.G.I.C. : The Student Organic Garden at Southern Illinois University Carbondale ». OpenSIUC, 2012. https://opensiuc.lib.siu.edu/theses/1010.

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Campus sustainability and sustainable food production at universities across the nation are gaining in popularity, and student led gardens are an important and distinctive part of this movement. Student initiatives at Southern Illinois University Carbondale (SIUC) have led to the creation of a Sustainability Council and Green Fund which has provided a tremendous amount of support for the student led organic garden (LOGIC) on SIUC's campus. The purpose of this research was to provide a thorough, evaluative case study of the campus garden at SIUC in order to explore its past, its current structure and resources, and to suggest a model for its future. Through student surveys and qualitative interviews with key experts it was found that a paid garden manger position, consistent funding, more production, more volunteers, more awareness, and a critical look at current goals and practices were needed for LOGIC's continued success.

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Kritikou, Sofia Kristina. « Evaluation of acoustic, visual and thermal comfort perception of students in the Educational Building at KTH Campus : A study case in a university building in Stockholm ». Thesis, KTH, Installations- och energisystem, 2018. http://urn.kb.se/resolve?urn=urn:nbn:se:kth:diva-239429.

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In recent years the focus and application of sustainability in buildings has risen. Both for environmental and human well-being reasons. The quality of the indoor environment affects the well-being, productivity and work performance, but it can also affect the occupants negatively, like increasing risks of different diseases and health issues. A good indoor environment alongside with sustainable materials, proper HVAC (Heating, ventilation, and air conditioning) installations and building code regulations contribute to a sustainable solution with low environmental impact and reduced energy consumption. Since buildings alone are responsible for 38% of all human GHG (Greenhouse gas) emissions (Wikipedia, 2017), most countries recommend new more sustainable solutions to reduce that percentage. For example, in the EU, the 2020 climate and energy package targets to: cut 20% in greenhouse gas emissions, 20% of EU energy from renewables and 20% improvement in energy efficiency (European Comission, n.d.). In addition to the positive aspect of low environmental impact new constructions have, they also create a good living or working environment for the users. Studies have shown that a better indoor quality increases the productivity and work performance, but most of all the occupants feel comfortable and satisfied with their environment. A great number of papers have reviewed the acoustic, visual, thermal comfort and indoor air quality, which are main aspects of the indoor climate. Most papers focus on the users’ perception of these four aspects as well as other parameters that influence the indoor environment (architectural geometry, materials, etc.). Similarly, in this study case I focus on two different methods of obtaining the results, the objective method that contains the indoor environment measurements and the subjective method which includes a questionnaire created specifically for this research project. By obtaining these two sets of data, key focus points are developed, such as if the building’s certification meets the recommendations of Miljöbyggnad, what aspects influence the students’ perception the most, and whether there are any distinct connections between measured and calculated data. This study case was developed in a university building in Stockholm, where the four main aspects of the indoor environment were evaluated. The physical parameters such as temperature, air velocity, relative humidity, CO2 concentration and acoustics were measured in five different classrooms. In addition, a survey was developed for this study which included perception questions of the thermal, visual, acoustic comfort and indoor air quality. As found in other studies, gender and climate zone origin affected the overall indoor environmental perception. Even though the majority of both genders voted for “no change”, the remaining females answered that they preferred the conditions warmer. Also, the majority of answers from all climate zones were “no change”. However, the second highest opinion for students from warmer climate zones was “warmer”, which has also been found in other studies. Significant negative correlations were found between the acoustics and the satisfaction level of the acoustic comfort. Similarly, high correlations were observed between the visual comfort satisfaction level and the three aspects influencing it. Furthermore, the results showed that all physical measurements influenced the students’ thermal comfort and indoor air quality perception. All measurements obtained indicated a good indoor environment in all classrooms, and all values were between the Swedish Standards recommendations. Low correlation was found between the measured PVM and the AMV from the questionnaires even though all the values were among the limitations. Lastly, this study reviews methods that could be applied to similar future studies and, discusses what kind of errors to avoid in the future. There is still a lot of research that can be developed in order to gain a deeper understanding of the indoor environment and how humans perceive it.
Under senare år har fokus och tillämpning av hållbarhet i byggnader ökat, både för miljö och mänskligt välbefinnande. Kvaliteten på inomhusmiljön påverkar välbefinnandet, produktiviteten och arbetsprestandan. Tyvärr kan det också påverka de anställda negativt, som ökad risk för olika sjukdomar och hälsoproblem. En bra inomhusmiljö tillsammans med applikationer av hållbara material, ordentliga HVAC-installationer och byggregler bidrar till en hållbar lösning med låg miljöpåverkan och minskad energiförbrukning. Eftersom byggnader ensamma svarar för 38% av alla mänskliga växthusgasutsläpp (Wikipedia, 2017), rekommenderar de flesta länder nya mer hållbara lösningar för att minska den procentuella andelen. I EU strävar EUs klimat- och energipaket 2020 till att; minska 20% av växthusgasutsläppen, 20% av EUs energi från förnybara energikällor och 20% förbättrad energieffektivitet (European Commission, n.d.). Förutom den positiva aspekten av låg miljöpåverkan har nya konstruktioner skapat en bra levnads- och arbetsmiljö för användarna. Studier har visat att en bättre inomhuskvalitet ökar produktiviteten och arbetsprestandan men framförallt känner sig brukarna bekväma och nöjda med sin miljö. Ett stort antal rapporter har granskats enligt akustisk, visuell, termisk komfort och inomhusluftkvalitet, som är huvudaspekterna av inomhusklimatet. De flesta rapporter fokuserar på användarnas uppfattning om dessa fyra aspekter samt andra parametrar som påverkar inomhusmiljön (arkitektonisk geometri, material osv.). På samma sätt fokuserar jag på två olika metoder för att erhålla resultaten. Den objektiva metoden som innehåller innemiljömätningar och den subjektiva metoden som innehåller ett frågeformulär som skapats specifikt för detta forskningsprojekt. Genom att erhålla dessa två uppsättningar data utvecklas viktiga fokuspunkter, till exempel om byggnadens certifiering uppfyller Miljöbyggnads rekommendationer, vilka aspekter som i huvudsak påverkar elevernas uppfattning och om det finns några tydliga samband mellan uppmätta och beräknade data. Studiefallet utvecklades i en universitetsbyggnad i Stockholm, där de fyra huvudaspekterna av inomhusmiljön utvärderades. De fysiska parametrarna mättes såsom temperatur, lufthastighet, relativ fuktighet, CO2-koncentration och akustiken i fem olika klassrum. Dessutom har en undersökning utvecklats för detta studieprojekt som inkluderade uppfattningsfrågor inom termisk, visuell, akustisk komfort och inomhusluftkvalitet. Kön och klimatzonens ursprung var två andra parametrar som påverkade den övergripande inomhusmiljöuppfattningen, enligt andra studier. Även om majoriteten av båda könen röstade för "ingen förändring" svarade restrerande kvinnor att de föredrog klasrummet varmare. Dessutom svarade flertalet från alla klimatzoner "ingen förändring", även om den näst högsta åsikten för studenter från varmare klimatzoner var "varmare", vilket också har hittats i andra studier. Höga negativa korrelationer hittades mellan akustiken och tillfredsställningsnivån för den akustiska komforten. På samma sätt observerades höga korrelationer mellan den visuella komfortnöjdhetsnivån och de tre aspekter som påverkar den. Vidare visade resultaten att alla fysiska mätningar påverkade elevernas termiska komfort och upplevelse av inomhusluftkvalitet. Alla erhållna mätningar indikerade en bra inomhusmiljö i alla klassrum och att alla värden var inom svensk standards rekommendationer. Låg korrelation hittades mellan den uppmätta PVM (predicted mean vote) och AMV (actual mean vote) från frågeformulären även om alla värden var inom gränserna. Dessutom granskar studien metoder som kan tillämpas på liknande framtida studier liksom vilka slags fel som bör undvikas i framtiden. Det finns fortfarande mycket forskning som kan utvecklas för att förstå mer om inomhusmiljön och hur människor uppfattar den.

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Bauer, Marcy. « A CAMPUS ENVIRONMENTAL SUSTAINABILITY ASSESSMENT FOR MIAMI UNIVERSITY ». Miami University / OhioLINK, 2005. http://rave.ohiolink.edu/etdc/view?acc_num=miami1125631461.

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Roosth, Joshua. « UNIVERSITY LEADERSHIP IN SUSTAINABILITY AND CAMPUS-BASED ENVIRONMENTAL ACTIVISM ». Master's thesis, University of Central Florida, 2010. http://digital.library.ucf.edu/cdm/ref/collection/ETD/id/3963.

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This thesis examines the development of environmental sustainability on 194 of the wealthiest colleges and universities in the United States and Canada. Campus-based environmental organization membership data, organizational profiles, participant observation, and sustainability grades (from the Sustainable Endowment Institutes College Sustainability Report Cards 2009) are used to examine the relationship between campus-based environmental organizations and sustainability of higher educational institutions. Linear regression is used to analyze the overall university sustainability grades as an outcome variable. Overall university sustainability grades are impacted by campus-based environmental activism social movement organizations, high endowment per student, the age of the university, and the presence of state renewable portfolio standards. My findings suggest that the Sustainable Endowment InstituteÂ s College Sustainability Report Card might be improved by including indicators of greenhouse gas reports and interdisciplinary courses on sustainability.
M.A.
Department of Sociology
Sciences
Applied Sociology MA

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Ho, Janet Chingyun. « Evaluation of a virtual campus, Bell University Labs ». Thesis, National Library of Canada = Bibliothèque nationale du Canada, 2000. http://www.collectionscanada.ca/obj/s4/f2/dsk1/tape4/PQDD_0021/MQ54111.pdf.

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Clingenpeel, Kathryn Elaine. « Evaluation of selected energy options for a sustainable campus in Texas ». [College Station, Tex. : Texas A&M University, 2007. http://hdl.handle.net/1969.1/ETD-TAMU-2083.

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Abreu, Vilomar Domingo. « Sustainable Planning Practices in Maha Sarakham University : A Green Campus for a Learning Community ». University of Cincinnati / OhioLINK, 2013. http://rave.ohiolink.edu/etdc/view?acc_num=ucin1367933853.

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Spada, Martina. « Investigating strategies and indicators for sustainable campus : Comparison and synergies between University of Bologna and Delft University of Technology ». Master's thesis, Alma Mater Studiorum - Università di Bologna, 2015. http://amslaurea.unibo.it/8473/.

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Sustainable development is one of the biggest challenges of the twenty fist-century. Various university has begun the debate about the content of this concept and the ways in which to integrate it into their policy, organization and activities. Universities have a special responsibility to take over a leading position by demonstrating best practices that sustain and educate a sustainable society. For that reason universities have the opportunity to create the culture of sustainability for today’s student, and to set their expectations for how the world should be. This thesis aim at analyzing how Delft University of Technology and University of Bologna face the challenge of becoming a sustainable campus. In this context, both universities have been studied and analyzed following the International Sustainable Campus Network (ISCN) methodology that provides a common framework to formalize commitments and goals at campus level. In particular this work has been aimed to highlight which key performance indicators are essential to reach sustainability as a consequence the following aspects has been taken into consideration: energy use, water use, solid waste and recycling, carbon emission. Subsequently, in order to provide a better understanding of the current state of sustainability on University of Bologna and Delft University of Technology, and potential strategies to achieve the stated objective, a SWOT Analysis has been undertaken. Strengths, weaknesses, opportunities and threats have been shown to understand how the two universities can implement a synergy to improve each other. In the direction of framing a “Sustainable SWOT” has been considered the model proposed by People and Planet, so it has been necessary to evaluate important matters as for instance policy, investment, management, education and engagement. Regarding this, it has been fundamental to involve the main sustainability coordinators of the two universities, this has been achieved through a brainstorming session. Partnerships are key to the achievement of sustainability. The creation of a bridge between two universities aims to join forces and to create a new generation of talent. As a result, people can become able to support universities in the exchange of information, ideas, and best practices for achieving sustainable campus operations and integrating sustainability in research and teaching. For this purpose the project "SUCCESS" has been presented, the project aims to create an interactive European campus network that can be considered a strategic key player for sustainable campus innovation in Europe. Specifically, the main key performance indicators have been analyzed and the importance they have for the two universities and their strategic impact have been highlighted. For this reason, a survey was conducted with people who play crucial roles for sustainability within the two universities and they were asked to evaluate the KPIs of the project. This assessment has been relevant because has represented the foundation to develop a strategy to create a true collaboration.

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Ryan-Downing, Christian. « Sustainability of Western Kentucky University : An Examination of Campus Environmental Policies, Performance and Potential for Change ». TopSCHOLAR®, 2007. http://digitalcommons.wku.edu/theses/420.

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Institutions of higher learning are in a pivotal position to address the environmental problems that global society faces now, but response to this challenge requires transformation in priorities and practices. Recognizing the impacts that universities have on the environment and the social and economic costs associated with these impacts, institutions of higher learning are changing policies and management to become more sustainable. Sustainability is defined by the World Commission on Environment and Development as "development that meets the needs of the present without compromising the ability of future generations to meet their own needs" (1987). To evaluate the environmental impacts and level of sustainability at Western Kentucky University, ten indicators were assessed: Building Design, Energy, Water, Land, Air, Solid Waste, Purchasing, Transportation, Food and Dining, and Environmental Literacy. Average annual energy consumption for each campus community member is 4,139 kWh of electricity, 527 pounds of coal, 3,600 cf of natural gas, totaling over 22 million Btus, costing $317 and emitting 3.34 metric tons of greenhouse gas emissions. Additionally, 14,244 gallons of water are used, and 248 pounds of solid waste are generated per campus community member annually. WKU's physical growth provides opportunities to incorporate elements of energy efficiency and sustainable design into new buildings and renovations that provide permanent savings in energy and water. University energy costs and carbon footprint can be reduced through initiatives including physical and policy change and education campaigns that engage students, faculty, and staff. Sustainable building design and construction and energy conservation have indirect positive impacts, reducing water use, blending with the natural landscape, and reducing water and air pollutants. Less than 4% of WKU's solid waste is recycled. Investment in recycling infrastructure can make recycling economically self-supported through revenue and avoided landfill fees. WKU has no policy for environmentally responsible purchasing. A "green purchasing" guide could promote the use of recycled content paper, and energy efficient appliances. University shuttles are decreasing carbon emissions by using 5% biodiesel, and plan to increase the blend. Campus-community initiatives such as bike lending and expanding shuttle service are progress toward sustainability. Further steps could include purchase of university fleet hybrid cars and a ride-share program for commuters. According to Worldwatch Institute, food transportation is the biggest, fastest growing source of greenhouse gas emissions worldwide. WKU food services could decrease the university's carbon footprint while supporting the local economy by using food produced locally, and reduce environmental impacts and landfill fees by composting food waste. A survey sent to WKU faculty requesting submissions of courses including sustainability as a concept resulted in 42 courses from within four main campus Colleges. Ecological literacy is essential in preparing students to be productive and engaged citizens of a global society. Efforts toward sustainability reduce the university ecological footprint and have far-reaching positive impacts in reduced operating costs, improved quality of services to students and faculty, and providing a model for local communities. Universities invested in sustainability also give their graduates critical knowledge and skills to find creative solutions to challenges facing society.

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Barringer, Ellen R. « A Mixed Methods Assessment of the Development, Use, and Educational Effectiveness of University Campus Sustainability Tours ». TopSCHOLAR®, 2015. http://digitalcommons.wku.edu/theses/1532.

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Campus sustainability tours are available at dozens of colleges and universities across the United States. These tours are considered a vital tool in interpreting the environmental and sustainable aspects of a campus to educate the campus community. Minimal quantitative data have been collected regarding their development, use, and effectiveness. In order to develop a dataset regarding the use of campus sustainability tours, surveys and interviews were sent to universities with such tours to discuss use and methods of development. A campus-wide electronic survey was sent to the Western Kentucky University (WKU) main campus community to determine their experiences with the WKU Green Tour. Pre- and post-tests were distributed to students at WKU before and after their experience with the tour to establish whether learning occurred. Professors were surveyed to determine the current use of the tours within classrooms. Best practices regarding the development of campus sustainability tours are not available. There is virtually no quantitative information available on the tours’ use and effectiveness. The WKU Green Tour, which relies upon campus signage to gain attention, sees little use since the signs tend not to capture attention. According to collected data, members of the campus community who do notice the signs find them interesting and learn new information. The guided tour, self-guided tour, and Green Tour lecture all saw significant knowledge gain in students, demonstrating educational effectiveness. Many barriers prevent professors from using the tours, but some supplemental tour items are suggested to improve classroom use. Based on data collected and analyzed as part of this study, tour developers should target the existing campus community rather than focusing solely on campus visitors. Relying on passive signage to capture attention reaches few members of the campus community. The significant knowledge gain demonstrated in classroom use of the Green Tour creates a strong argument for targeting professors as a user group. WKU faculty would likely increase their use of the Green Tour if provided with supplemental tools such as brochures, a virtual tour, and pre-made assignments. These tools should be made available to instructors with guidance in usage and incorporation.

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Livres sur le sujet "University Campus Sustainability Evaluation"

Christian, Seth. Steps down the path to campus sustainability. Bellingham, WA : Huxley College of the Environment, Western Washington University, 2005.

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Bunzel, John H. Race relations on campus : Stanford students speak. Stanford, Calif : Stanford Alumni Association, 1992.

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University, Duke, dir. An evaluation of land use and development strategies for Duke University. Washington, D.C. (1090 Vermont Ave., N.W., Washington 20005) : ULI-the Urban Land Institute, 1986.

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Council, Higher Education Quality. University of Wales, Swansea and Athens Campus Wales, Greece : December 1996. London : Higher Education Quality Council, 1996.

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Shamsul Huda, A. T. M. et Bangladesh Public Administration Training Centre., dir. Sustainability of projects for higher agricultural education : A case study of Bangladesh Agricultural University. Dhaka : Bangladesh Public Administration Training Centre, 1988.

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Auditor, Colorado Office of State. Boulder Campus Athletic Department, University of Colorado : Follow-up performance audit. [Denver, Colo : Colorado Office of State Auditor, 2007.

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Colorado. Office of State Auditor. Boulder Campus Athletic Department, University of Colorado : Follow-up performance audit. [Denver, Colo : Colorado Office of State Auditor, 2007.

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Colorado. Office of State Auditor. Boulder Campus Athletic Department, University of Colorado : Follow-up performance audit. [Denver, Colo : Colorado Office of State Auditor, 2007.

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editor, Elmas Muzaffer, Bülent Ecevit Üniversitesi, Sakarya Üniversitesi, Governors State University et İstanbul Üniversitesi, dir. International Conference on Quality in Higher Education : Proceedings book ; Sakarya University Conference Center Esentepe Campus Sakarya, Turkey ; December 12-14/2013. Ankara : Pegem Akademi, 2014.

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Institute, Urban Land. University of Colorado Health Sciences Center, Aurora, Colorado : An evaluation of the campus master plan : December 3-8, 2000. Washington, D.C : ULI-the Urban Land Institute, 2001.

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Chapitres de livres sur le sujet "University Campus Sustainability Evaluation"

Yekkalar, Mina, Somayeh Panahi et Morteza Nikravan. « Evaluation of Current Laboratory Waste Management : A Step Towards Green Campus at Amirkabir University of Technology ». Dans World Sustainability Series, 215–27. Cham : Springer International Publishing, 2015. http://dx.doi.org/10.1007/978-3-319-11961-8_17.

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Boruah, Dwipen, R. Arun Prasath, G. Poyyamoli, M. Nandhivarman et Golda A. Edwin. « Developing Pondicherry University Silver Jubilee Campus as “Solar Campus” ». Dans World Sustainability Series, 139–49. Cham : Springer International Publishing, 2015. http://dx.doi.org/10.1007/978-3-319-11961-8_12.

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Sifakis, Nikolaos, Efprepios Baradakis, Spyros Psychis et Theocharis Tsoutsos. « The Green Vision of Technical University of Crete’s Campus ». Dans Green Engineering for Campus Sustainability, 19–33. Singapore : Springer Singapore, 2019. http://dx.doi.org/10.1007/978-981-13-7260-5_3.

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Eggleston, Carrick M. « Renewable Energy on Campus at the University of Wyoming ». Dans World Sustainability Series, 103–11. Cham : Springer International Publishing, 2015. http://dx.doi.org/10.1007/978-3-319-11961-8_9.

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Vasconcelos, Claudio R. P., Paula Ferreira, Madalena Araújo, Davidson Cordeiro et Shammio M. Dias Silva. « Students’ Perception of Campus Sustainability in a Brazilian University ». Dans World Sustainability Series, 285–304. Cham : Springer International Publishing, 2021. http://dx.doi.org/10.1007/978-3-030-63399-8_19.

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Melo, Evanisa Fátima Reginato Quevedo, Ricardo Henryque Reginato Quevedo Melo, Luise Tainá Dalla Libera, Rodrigo Henryque Reginato Quevedo Melo et José Humberto Quevedo Melo. « Recognizing Sustainability in a University Campus Through a Green Trail ». Dans World Sustainability Series, 767–76. Cham : Springer International Publishing, 2019. http://dx.doi.org/10.1007/978-3-030-30306-8_46.

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Bolong, Nurmin, et Ismail Saad. « Characterization of University Residential and Canteen Solid Waste for Composting and Vermicomposting Development ». Dans Green Engineering for Campus Sustainability, 193–206. Singapore : Springer Singapore, 2019. http://dx.doi.org/10.1007/978-981-13-7260-5_14.

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Kusumawanto, Arif, et Mega Setyowati. « Green Engineering for Waste Management System in University—A Case Study of Universitas Gadjah Mada, Indonesia ». Dans Green Engineering for Campus Sustainability, 145–61. Singapore : Springer Singapore, 2019. http://dx.doi.org/10.1007/978-981-13-7260-5_11.

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Jayaprakash, Jayapriya, et Hema Jagadeesan. « Sustainable Waste Management in Higher Education Institutions—A Case Study in AC Tech, Anna University, Chennai, India ». Dans Green Engineering for Campus Sustainability, 163–72. Singapore : Springer Singapore, 2019. http://dx.doi.org/10.1007/978-981-13-7260-5_12.

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Gelpi, Adriana, et Rosa Maria Locatelli Kalil. « Educational Institutions and Universal Accessibility : In Search of Sustainability on University Campus ». Dans World Sustainability Series, 219–33. Cham : Springer International Publishing, 2018. http://dx.doi.org/10.1007/978-3-319-76885-4_15.

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Actes de conférences sur le sujet "University Campus Sustainability Evaluation"

McDonald, Margot, Stacey White, Clare Olsen, Jeff Landreth, Katie Worden, Lisa Hayden et Ted Hyman. « The Campus as a Living Laboratory : Post-Occupancy Evaluation and a Digital Repository as a Teaching Tool ». Dans AIA/ACSA Intersections Conference. ACSA Press, 2015. http://dx.doi.org/10.35483/acsa.aia.inter.15.5.

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In 2013-14, the California State University system funded 23 grants on 14 campuses in an effort to spur innovation in sustainability. The funding for these grants came from leveraging $250,000 of system-wide resources slated for energy efficiency improvements towards the support of educational initiatives that bridged facilities and the academy2. The intent of this initiative was to inspire applied research that tied teaching and learning to campus buildings, landscapes, and infrastructure in ways that would inform future project investments related to cost and energy savings as well as sustainability practices and increase the understanding of facility performance while utilizing high-impact educational practices.

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Mirmohammadi, Seyed Aliakbar, Mohammad Reza Behi, Alexander B. Suma et Björn E. Palm. « Multi-Criteria Analysis, Evaluation and Modeling of Future Scenario for the Energy Generation Sector — A Case Study ». Dans ASME 2014 Power Conference. American Society of Mechanical Engineers, 2014. http://dx.doi.org/10.1115/power2014-32057.

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Renewable energy continues to attract much interest due to the depletion of fossil fuels and unsettled political disputes. This study aims to evaluate the current status of energy generation on the campus of Eindhoven University of Technology (TU/e). Furthermore, it looks for ways for the TU/e to improve sustainability by finding and proposing alternative solutions. Therefore, a broad scope of various renewable energy sources (RES) has been investigated. From many aspects, the analysis of RES proves that biomass is the most appropriate source of renewable energy for the TU/e campus. Thus, the capability of harvestable biomass fuel in energy generation throughout a year has been investigated for this project, and it has been concluded that solid biomass waste from the campus can provide 1314 MWh heat load annually. In order to achieve as much energy from biomass as possible, a combined heat and power unit (CHP), in order to produce both heat and electricity for new student houses on the campus, has been modeled. Finally, the project results show that a small-scale CHP cycle is capable of producing 366 MWh electricity, as well as 772 MWh heat, annually.

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Laiolo, Paola, Renato Procopio, Federico Delfino, Amedeo Andreotti et Leopoldo Angrisani. « The University of Genoa Savona Campus Sustainability Projects ». Dans 2021 IEEE 6th International Forum on Research and Technology for Society and Industry (RTSI). IEEE, 2021. http://dx.doi.org/10.1109/rtsi50628.2021.9597244.

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Khedun, Prakash, Chandana Damodaram, Marcio Giacomoni, Andrea Ryan, Hillary Holmes, Ross Klein, William Saour et al. « Improving Hydrologic Sustainability of Texas A&M University Campus ». Dans World Environmental and Water Resources Congress 2009. Reston, VA : American Society of Civil Engineers, 2009. http://dx.doi.org/10.1061/41036(342)122.

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Sadeq, Ghaithan Ghaithan, Aliyah Nur Zafirah Sanusi et Fadzidah Abdullah. « Solar Power Assessment for Photovoltaic Installation in Malaysia University Campus ». Dans 2021 Third International Sustainability and Resilience Conference : Climate Change. IEEE, 2021. http://dx.doi.org/10.1109/ieeeconf53624.2021.9668126.

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Onykiienko, Yurii, Pavlo Popovych, Anastasiia Mitsukova, Anna Beldyagina et Roman Yaroshenko. « LoRa Evaluation for University Campus in Urban Conditions ». Dans 2021 IEEE 4th International Conference on Advanced Information and Communication Technologies (AICT). IEEE, 2021. http://dx.doi.org/10.1109/aict52120.2021.9628951.

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Chen Huo, Jiajia Song, Kyle Wagner, Greg Harold et Eduardo Cotilla-Sanchez. « Integrating synchrophasor technology with the Oregon State University campus smart grid project ». Dans 2014 IEEE Conference on Technologies for Sustainability (SusTech). IEEE, 2014. http://dx.doi.org/10.1109/sustech.2014.7046231.

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Shaffer, Brendan, Brian Tarroja et Scott Samuelsen. « Advancing Toward Sustainability Goals at the University of California, Irvine ». Dans ASME 2014 8th International Conference on Energy Sustainability collocated with the ASME 2014 12th International Conference on Fuel Cell Science, Engineering and Technology. American Society of Mechanical Engineers, 2014. http://dx.doi.org/10.1115/es2014-6453.

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The carbon reduction and sustainability goals of the University of California, Irvine require increased penetrations of intermittent renewables on the campus microgrid. These increased intermittent renewables create operational challenges related to conventional energy resources. To study these operational challenges, a holistic campus resource dispatch model was developed. The campus energy resources consist of a microgrid with ten 12 kV circuits emanating from one substation, 4 MW of solar photovoltaic, a central combined heat and power plant (19 MW), a district heating and cooling system, and an electric chiller-thermal energy storage system that provide electricity, heat, and cooling. The holistic model includes dynamic models of the combined heat and power (CHP) plant, the electric chiller-thermal energy storage system, and various renewable resources. In addition, models for complimentary technologies were also created to investigate their potential to increase renewable penetration on the campus microgrid. These include battery energy storage, demand response, and energy efficiency. Simulations with the holistic campus resource model revealed several important conclusions: (1) Regardless of renewable resource type, impacts on the CHP plant remains the same, i.e., increased renewable penetrations create reduced CHP plant capacity factors; (2) Local two axis CPV provides lower costs of electricity than local fixed PV at renewable penetrations below 23% after which local fixed PV provides a lower cost of electricity (3) Introduction of a battery into the campus microgrid achieves higher renewable penetrations and improves the operation of CHP plant; and (4) Electric energy storage does not always prove cost effective (i.e., At low renewable penetrations, electric energy storage is not cost effective; At 17% renewable penetration, electric energy storage begins to become cost effective).

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Sonetti, Giulia, Caterina Barioglio et Daniele Campobenedetto. « Resilient Planning Implementation : the Case of the Politecnico di Torino University Campus ». Dans IFoU 2018 : Reframing Urban Resilience Implementation : Aligning Sustainability and Resilience. Basel, Switzerland : MDPI, 2018. http://dx.doi.org/10.3390/ifou2018-06072.

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Yang, Nien-Che, et Wei-Chih Tseng. « Evaluation of energy losses in Yuan Ze University campus ». Dans 2015 IEEE 4th Global Conference on Consumer Electronics (GCCE). IEEE, 2015. http://dx.doi.org/10.1109/gcce.2015.7398605.

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