Planning Of Facilities Research Articles

Activation analysis of RFT-30 cyclotron target assembly

This work evaluated the validity of computer simulation codes by comparing the results of an inventory calculation for a89Zr target assembly with measured data obtained using a high-purity germanium detector. For the inventory calculation, the MCNP6 and FISAPCT-Ⅱ codes were used, and for the measurement, efficiency derived from the efficiency transfer method was used. The MCNP6's ENDF/B-Ⅶ library (TENDL-2017 library for 89Y) and the CEM03.03 physics model were employed to simulate proton reactions, while the ENDF/B-Ⅶ library alone was utilized for neutron reactions. To verify the efficiency obtained by the efficiency transfer method, the calculated activity of the reference sources was compared with the measured activity and confirmed to be within 11%. For the target assembly, the average calculated-to-measured activity (C/M) ratio was determined to be 0.7–2.0 (physics model) and 0.7–1.5 (data library with TENDL), thus confirming the validity of the computer simulation codes. The above results suggest that the methods presented in this study could be used to establish decommissioning plans for the cyclotron facility, including plans for waste disposal of cyclotron components such as target assemblies.

A GIS-based suitability analysis for siting a waste-to-energy power plant in Kaduna, Nigeria

The success of any waste management system requires accurate and up-to-date data on quantity, and composition of waste. Waste generation data from households are needed to address issues relating to municipal solid wastes such as management methods, performance improvement, policy, regional and local planning, administration, cost accounting, design and operation of landfill facilities, and environmental quality. This study carried out a suitability analysis for siting a waste-to-energy power plant in Kaduna using GIS and remote sensing techniques with the specific objectives of identifying existing waste dumpsite in the study area, identifying other factors needed for waste-to-energy plant in the area, and identifying the most suitability site of waste-to-energy in Kaduna. The slop map of the study area was created using the Shuttle Radar Topographic Mission (SRTM). In the ArcGIS environment, Euclidean distance analysis was performed on institutions, rivers, dumpsites, roads, markets, transmission lines, and electricity substations. The waste-to-energy power plant suitability map was created using a multi-criteria technique by overlaying the datasets. The waste-to-energy-power-plant suitability map was made by combining the criteria. Dogon Dawa, Sabon Birinin Jaji, Ganga, Buruku, chikun, Dokwa, ikara, and Kuban are the best sites. The results of the site suitability assessment further revealed that the Makafia local government, located in the city's northern outskirts, was the most suitable area for locating the waste-to-energy power plant, covering 73686 hectares, or 26% of the total area. In addition, the map lays the groundwork for decision-makers to locate a waste-to-energy generating plant. This study shows how decision-making about solid waste management may benefit from the use of geospatial technology. Additionally, it is advised that before approving the placement of a waste-to-energy power plant, decision-makers in the study region refer to it as a reference.

PERENCANAAN PENGEMBANGAN SARANA DAN PRASARANA PERPUSTAKAAN YANG EFEKTIF DI SEKOLAH MENENGAH PERTAMA DI KARAWANG

Junior high schools are required to have adequate library facilities and infrastructure, because according to the saying the library is a window to the world, therefore based on researcher observations data on student visitors to the library shows that student enthusiasm is quite high, therefore to optimize the library in junior high schools in Kerawang In this case, it is necessary to plan library facilities and infrastructure well. Therefore, the researcher wanted to deepen this issue because he wanted to know the extent to which the school library was planned to fulfill students' interest in reading and learning. The research method used in this research uses a qualitative approach with the type of library research. The research results show that the planning of library facilities and infrastructure in schools is carried out well by providing complete library facilities and materials so that visitors will feel comfortable in the library and it will be much easier to find the books they are looking for. In terms of planning library facilities and infrastructure, this includes budget planning and collection development planning. Apart from that, you also need to pay attention to what facilities and infrastructure are needed by the library. The implications of this research are: 1) developing more effective learning strategies, 2) strengthening learning discipline, 3) improving reward and legal systems, 4) the role of teachers as motivators and managers, 5) increasing collaboration between schools and stakeholders and the community.

The Influence of Commercial Activities and Tourism Activities on the Development of Public Facilities of the Simpang Barelang Boundar

This research aims to evaluate the influence of commercial activities and tourism activities on the development of public facilities at the Simpang Barelang Roundabout, a strategic area that connects several areas in the Batam region. The method used in this research is a quantitative method with a descriptive approach. Primary data was collected through surveys involving business actors, tourists and local communities. The survey was designed to identify their needs and perceptions of available public facilities. In addition, secondary data was obtained from local government reports and other related institutions.The analysis results show that commercial activities, which include trade, services and small industry, significantly influence the need for adequate infrastructure. The increase in the number of businesses around the Simpang Barelang roundabout encourages the government to provide facilities such as better roads, street lighting and adequate drainage systems. On the other hand, increasing tourism activities in this area also contribute to the development of public facilities. Tourists who visit, both domestic and international, expect adequate facilities such as a large parking area, tourist information center, cleaning facilities and recreation areas. This research concludes that synergy between commercial and tourism activities is very important in the planning and development of sustainable public facilities.

Innovative sanitation solutions: evaluating the performance of faecal sludge treatment plant in humanitarian settings: A case study from Rohingya camps in Bangladesh

The Rohingya crisis has precipitated one of the most significant humanitarian emergencies, resulting in over 900,000 refugees residing in Cox's Bazar, Bangladesh. The rapid influx of refugees has posed substantial challenges in providing essential services, particularly sanitation, in a densely populated and resource-constrained environment. This study examines the performance of faecal sludge treatment plants (FSTPs) implemented in the Rohingya camps, focusing on key performance indicators such as treatment efficiency, operational challenges, health outcomes, and resource recovery potential. Analysis reveals that FSTPs have played a crucial role in reducing pathogen levels in treated sludge, thereby mitigating the risk of waterborne diseases and environmental contamination. Despite these successes, operational challenges such as frequent desludging, infrastructure maintenance, and the logistical complexities of waste collection and transport persist. The study highlights the importance of addressing these challenges through regular maintenance, infrastructure upgrades, and innovative logistical solutions. Health outcomes have shown improvement with a reduction in sanitation-related diseases, underscoring the health benefits of effective FSTP implementation. Additionally, resource recovery from treated sludge presents a sustainable approach, with potential applications in agriculture and energy production. Community engagement has emerged as a critical factor in the success of these interventions. Effective community involvement in the planning, implementation, and maintenance of sanitation facilities has been instrumental in ensuring their acceptance and proper use. The study emphasizes the need for continued community education and participation to sustain these benefits. In conclusion, while FSTPs have significantly improved sanitation conditions in the Rohingya camps, ongoing efforts are required to enhance operational efficiency, address logistical challenges, and foster community involvement. The findings provide valuable insights for the design and implementation of innovative sanitation solutions in similar humanitarian settings worldwide.

Development of predictive model for determination of paraffin deposition in Kazakh crude oil

Kazakhstan's crude oil contains significant amounts of heavy hydrocarbons that solidify as wax at lower temperatures, leading to reduced flow rates and potential blockages in pipelines. Paraffin, a substantial component of crude oil, crystallizes below its pour point, posing challenges for maintaining efficient crude oil transportation. Addressing wax deposition is essential for optimizing oil flow and meeting global energy demand. This article presents an innovative method for forecasting paraffin deposition in Kazakh crude oil, using its chemical composition and thermobaric conditions. The methodology encompassed data analysis, ASTM-standard laboratory tests, and computations employing modified equations for fusion properties calculation. Outcomes comprise computed temperatures, enthalpy, and heat capacity related to melting, along with revised correlations for melting and pour points specific to Kazakh crude oils. The melting point correlation was modified to fit the properties of Kazakh crude oils, resulting in standard deviation of 0.55 %. Computed pour points for hydrocarbons improved by 17 % respectively. As a result of the research a novel software tool was developed and evaluated, highlighting the project’s contribution in providing an adjusted thermodynamic model for paraffin deposition forecasting. Comparisons between the developed software, PVTSim, and field data showed the wax appearance temperature (WAT) predictions closely aligned, with 0.74 % of error. This numerical tool shows potential in predicting wax deposition, thus aiding in the planning of oil production and refining processes in Kazakhstan. The importance of this work extends to its potential economic impact on companies and the nation, as well as its environmental benefits by facilitating eco-friendly planning of oil production facilities. Future research could expand on these findings to further enhance predictive models of paraffin precipitation across diverse conditions

Analisis Manajemen Sarana dan Sarana pada SMAS Pertiwi Medan

In the field of education or within the scope of school facilities and infrastructure management is an important factor in creating an ideal and effective learning environment for students at school. With the planning, procurement, organization, use, and elimination of educational facilities and infrastructure, all these aspects are interrelated and affect each other. This procedure needs to be done carefully and precisely in order to create efficient and effective conditions within the school environment. Facilities and infrastructure in its implementation will be a good resource for students and teachers if managed properly will have a positive impact on both parties to create an attractive learning environment and increase student success. This study aims to determine how the management of facilities and infrastructure carried out by the school in SMAS Pertiwi Medan, whether the facilities and infrastructure in the school meet the criteria for good management of educational facilities and infrastructure. The method in this study uses qualitative research methods. From the results of the study, researchers found that in the management of facilities and infrastructure at SMAS Pertiwi Medan school has been adequate to be categorized as a school that has effective and good management of facilities and infrastructure for students in the school.This can be seen from the results of observations made by researchers in terms of existing buildings in the school, complete classrooms, libraries, laboratories, sports halls, and can be seen in areas outside the school such as vehicle parking facilities and also school canteens, this can increase student learning motivation by having adequate facilities and infrastructure for learning in SMAS Pertiwi Medan.

INCLUSIVE ECONOMY AND PUBLIC FINANCE: CURRENT STATE AND PRINCIPLES OF POST-WAR RECOVERY

The purpose of this study is to analyse the current state of the economy and public finances in Ukraine and to develop an inclusive and collaborative framework for their post-war recovery. The main research methods used were quantitative, qualitative and documentary analysis. Quantitative analysis was used to evaluate and compare key economic and financial indicators between different countries, as well as to identify trends, including inclusive ones, in the development of the economy and public finances. Qualitative analysis was used to study and analyse the political, social and economic factors that influence the development of an inclusive economy and public finance after conflicts. The documentary analysis was used to assess the legal and regulatory framework governing economic and financial relations in Ukraine and other countries, and to determine the capacity of the existing regulatory system to ensure inclusive post-war recovery. The results of the study, based on the study of empirical material and typologies of best practices of countries that have been in various types of conflicts, prove the need for an in-depth study of the interactions and interdependencies between the inclusive economy and public finance based on the Inclusive Growth Index and structural changes in the issues of the impact of inclusion on the ontogeny of public finance, solving problems with corruption, involvement of civil society institutions and adaptation of SMEs to the conditions of the military economy. The paper also identifies structural, fiscal and debt obstacles to ensuring the sustainability of public finances, which threatens Ukraine's further post-war recovery based on an inclusive paradigm. The authors present the key determinants of post-war recovery based on an inclusive country ranking, which should underpin further progress in public finance in the context of short-, medium- and long-term post-war goals. The study's conclusions are based on the inclusive economy paradigm, which forms an ecosystem of rationalisation of natural resources and the use of innovations, which should become the basis for post-war recovery, ensuring sustainable and balanced development of public finances and inclusive economic policy based on the Ukrainian Peace Formula. To this end, the article substantiates the need to develop a modified version of the strategy (in the tactical projection – more broadly adapted to the conditions of the wartime economy, the need to provide financial resources for the shift in economic policy from raw material orientation to inclusive development, in the medium term – anti-crisis correction of behavioural models of economic agents in the direction of imbuing the Ukraine Facility Plan for 2024-2027 with the spirit of inclusion and barrier-free access, and in the long term – achieving the goals of post-war recovery, ensuring the sustainability of public finances and the national economy) for reforming the public finance management system, which should organically include the post-war recovery of Ukraine and take into account the inclusiveness of the economy, taking into account the programmed joint evolutionary progress in the specified niche (sectoral) strategies. The new socio-economic, financial and budgetary reality coloured by the Russian-Ukrainian war makes it necessary to rethink the interactions and interdependencies between inclusion, public finance and the potential for post-war recovery, both as a result of their collaboration and multidirectional development. The unregulated transition of economic policy to inclusive development is the root cause of the current restraint of transformational changes in public finance, and further creates a regulatory "vacuum" in the unbalanced development of niche strategies that define the paradigm of inclusion and sustainability of public finance. In such a disposition, there is no logical institutional and regulatory "flow" between these strategies to the conceptualisation of Ukraine's post-war recovery from the consequences of the war, as expressed in the Ukraine Facility Plan for 2024-2027.

Perencanaan Sarana dan Prasarana dalam Meningkatkan Kualitas Pembelajaran di MA Ponpes Qodratullah Langkan

This research aims to understand the process of planning facilities and infrastructure to improve the quality of learning at MA Ponpes Qodratullah Langkan-Banyuasin. This type of research is qualitative with a descriptive approach. Data collection methods include interviews, observations, and documentation. Data analysis techniques involve data reduction, data presentation, and verification as well as decision making. To ensure data validity, triangulation is used, including time, method, and source triangulation. Based on data analysis, it was found that the planning of facilities and infrastructure to improve the quality of learning at Madrasah Aliyah Pondok Pesantren Qodratullah Langkan is carried out through several stages. First, setting planning goals. These goals are established with the involvement of all parties, including the Head of the Madrasah, Deputy Head of the Madrasah for Facilities and Infrastructure, all teachers, and educational staff, aligning with the vision, mission, and objectives of the madrasah to ensure consistency with the institution's overall goals. Second, formulating the plan. Meetings involving all school stakeholders are held to formulate the plan, where all ideas and inputs are gathered and led by the head of the madrasah. Next, identifying the plan. This stage involves identifying missing facilities and necessary equipment for the learning process.

Location optimization of emergency medical services: Considering joint service coverage of ambulances and emergency centers

Emergency Medical Services (EMS) play an essential role in saving lives and improving health outcomes by offering immediate medical care to individuals who experience sudden illnesses or injuries. A complete EMS journey consists of two related trips: one from an EMS station to a scene (Trip 1), and the other from a scene to a definitive care location (Trip 2), where the service is coordinately provided by two types of facilities: EMS stations/ambulances and emergency centers (e.g., trauma centers or stroke centers) that are often affiliated with general hospitals. Current work on EMS location optimization considers only one trip (Trip 1 or Trip 2) which ignores the coordination between EMS stations and emergency centers, or the overall trip alone that overlooks the response time requirement. This paper proposed a spatial optimization model, the maximal coverage location problem based on joint coverage (MCLP-JC), for siting EMS stations and emergency centers simultaneously with a consideration of the two related trips. An empirical study of stroke center planning in Wuhan, China, is implemented to compare the proposed approach with the maximal coverage location problem based on overall coverage (MCLP-OC). The results demonstrate that the MCLP-JC can ensure more people being able to receive the first care from an ambulance within the response time requirement, which is critical to subsequent treatment at emergency centers and the odds of survival. The findings from the two scenarios regarding service relocation and expansion offer insights for future health facility planning.

Associations of neighbourhood attributes with depression in mid-age and older adults: the moderating role of traffic-related air pollution and neighbourhood socioeconomic status

ABSTRACT We aimed to examine whether features of the natural, built and socioeconomic neighbourhood environments were related to depressive symptoms in Australian mid-age and older adults; and whether traffic-related air pollution (TRAP) (NO2) and area-level SES moderated the associations. A total of 4141 of participants (M age = 61 years) were included in this cross-sectional study. Neighbourhood environmental characteristics included percentages of parkland, blue space and commercial land use, population density (persons/hectare), street intersection density (intersections/km2) within 1 km residential buffers. Annual mean concentrations of nitrogen dioxide (NO2) were included. In total-effect models, greater street intersection connectivity was associated with fewer depressive symptoms. Population density was positively associated with depressive symptoms in direct-effect models. Residents from disadvantaged areas with low levels of NO2 and with greater commercial land use coverage reported fewer depressive symptoms. In contrast, residents were more likely to report depressive symptoms with greater coverage of commercial land use in high SES neighbourhoods with low levels of NO2. Street connectivity and population density play a role in the maintenance of mental health in older adults. NO2 and area-level SES are moderators of commercial land use-depression associations, and this knowledge can better inform planning of commercial destinations and facilities in urban environments.

Multinetwork constrained planning of hydrogen-power supplying facilities under double-layer coupling mechanisms

The proliferation of hydrogen fuel cell vehicles calls for effective planning of hydrogen supply facilities. This paper focuses on renewable energy-based distributed hydrogen supply networks (DHSNs), with on-site production and vehicle-based transport. To explore the energy synergism effect, we propose multinetwork constrained planning of hydrogen-power supplying facilities. Considering the double-layer coupling mechanism (DCM), multiple DHSN equipment planning is coordinated with the generation planning of the power distributed networks (PDN). Firstly, the DCM is proposed considering structured multi-component equipment, inter-layer hydrogen couplings, and cross-network power couplings. Secondly, to formulate the DCM, we develop a structured deployment model for DHSN equipment to enhance system integrality and non-redundancy. Specially, to release more flexibilities, inter-layer transport is modeled by proposing a spatiotemporal extended vehicle routing problem model incorporating multiple loading stations with trip coordination. Thirdly, a planning method is proposed to coordinate the planning of hydrogen-power supply facilities in coupled networks, incorporating the double-layer coupling constraints, station operation constraints, and PDN constraints. Test systems are employed to verify the effectiveness of the proposed method.

Priority Competencies for Designated Education Officers in the Veterans Health Administration.

Designated Education Officers (DEOs) at Veteran Health Administration (VHA) hospitals are senior educational leaders tasked with oversight of all clinical training at a particular facility. They prioritize dozens of tasks and responsibilities each day, from educational policy and strategy to staff management, financial planning, onboarding of trainees, and facility planning and management. Clarifying priority competencies for the role can help executives recruit, appoint, and evaluate capable personnel and promote effective, efficient performance. Using a federally developed method of competency analysis, researchers consulted a panel of subject-matter experts to identify priority competencies for DEOs, using data from a 2013 study that operationalizes competencies for more than 200 federal jobs. The research identified 25 primary competencies within 6 leadership domains. Five of the primary competencies cut across all leadership domains. Veteran Health Administration subject-matter experts in educational leadership say the identified competencies are urgently needed, critical for effective leadership, and valuable for distinguishing superior DEO performance. The competencies are relevant to VHA and perhaps other senior academic leaders who develop health professions education programs, oversee clinical training, and manage educational change. In military training facilities, attending to these competencies can help Designated Institutional Officials responsible for graduate medical education become more credible partners to other hospital leaders and contribute to becoming a high reliability organization. Executives identifying, recruiting, and appointing VHA DEOs and Designated Institutional Officials at military training facilities should consider these competencies when assessing candidates.

Deep Learning-Based Automatic River Flow Estimation Using RADARSAT Imagery

Estimating river flow is a key parameter for effective water resource management, flood risk prevention, and hydroelectric facilities planning. Yet, traditional gauging methods are not reliable under very high flows or extreme events. Hydrometric network stations are often sparse, and their spatial distribution is not optimal. Therefore, many river sections cannot be monitored using traditional flow measurements and observations. In the last few decades, satellite sensors have been considered as complementary observation sources to traditional water level and flow measurements. This kind of approach has provided a way to maintain and expand the hydrometric observation network. Remote sensing data can be used to estimate flow from rating curves that relate instantaneous flow (Q) to channel cross-section geometry (effective width or depth of the water surface). Yet, remote sensing has limitations, notably its dependence on rating curves. Due to their empirical nature, rating curves are limited to specific river sections (reaches) and cannot be applied to other watercourses. Recently, deep-learning techniques have been successfully applied to hydrology. The primary goal of this study is to develop a deep-learning approach for estimating river flow in the Boreal Shield ecozone of Eastern Canada using RADARSAT-1 and -2 imagery and convolutional neural networks (CNN). Data from 39 hydrographic sites in this region were used in modeling. A new CNN architecture was developed to provide a straightforward estimation of the instantaneous river flow rate. Our results yielded a coefficient of determination (R2) and a Nash–Sutcliffe value of 0.91 and a root mean square error of 33 m3/s. Notably, the model performs exceptionally well for rivers wider than 40 m, reflecting its capability to adapt to varied hydrological contexts. These results underscore the potential of integrating advanced satellite imagery with deep learning to enhance hydrological monitoring across vast and remote areas.

DYNAMIC SPACES: THE EVOLUTION OF MODERN UKRAINIAN SPORT ARCHITECTURE IN YURIY SEROHIN’S ARCHITECTURAL WORKS

The article explores the pivotal role of sport architecture within the broader context of modern Ukrainian architecture based on the works of the distinguished architect Serohin Y. I. emphasizing its significance as a transformative force that extends beyond mere sporting venues. Delving into the symbiotic relationship between sports infrastructure and urban development, the article investigates how the design and planning of sports facilities play a crucial role in shaping the contemporary architectural identity of Ukraine.

PERANCANGAN TATA LETAK RELOKASI LANTAI PRODUKSI DENGAN METODE SYSTEMATIC LAYOUT PLANNING, BLOCPLAN, DAN FLAP

In the development of the industrial revolution 4.0, in carrying out production at small, medium, and large levels, there has been a fairly large and significant increase. Factors that influence the goal of successful production are not only about investment, capital, suppliers, machines, skills, and distributors but also one that must be observed is the layout planning and placement of factory facilities. PT. Eworx Indonesia is a company engaged in the processing industry, especially manufacturing in the metal processing sector. PT. Eworx Indonesia intends to relocate the production floor in order to increase production productivity. In this study, the proposed layout design on the new production floor was carried out using the SLP, Blocplan, and FLAP methods. The design is done by collecting direct observation data and interviews with the operator on duty. It was found that the initial layout had problems with operator movement that was not optimal and the placement of several machines and facilities that did not pay attention to material flow resulting in a slowdown in production time. Therefore, in order to get the best layout, a comparison is made on the results of the three alternative layouts with the smallest displacement distance comparison so that the production process will run more optimally. The best proposed layout is the systematic layout planning (SLP) method with the smallest material displacement distance of 147.4 meters and material handling costs Rp. 223,958 per day. Flexsim simulations show this layout can increase production output by 15%-34%.

ANALYSIS OF PEDESTRIAN PATH WIDTH REQUIREMENTS IN THE MANUKAN LOR ROAD AREA, SURABAYA CITY

The commercial area on Manukan Lor street is one of the places in the city of Surabaya that currently has quite heavy traffic. The problem in this area is that there is no special pedestrian/pedestrian route available so it can endanger pedestrians, apart from that it can also disrupt the activity of traffic vehicles. The aim of this thesis refers to the formulation of the problem and the existing background, including: Determining the characteristics of pedestrians in the Manukan Lor Street area of Surabaya, determining the width requirements for pedestrian/pedestrian lanes in the Manukan Lor Street area, and to determine the performance results in Manukan Lor road section after and before the sidewalk. Guidelines used in planning pedestrian paths in the area "Sidewalk Planning Guidebook Number.007/T/BNKT/1990 Directorate General of Highways", "Guidebook for Building Construction Materials and Civil Engineering Ministry of PUPR Number.02/SE/M/2018 regarding technical planning of pedestrian facilities", and "Indonesian Road Capacity Guidebook 2023 (PKJI 2023)". The results of the analysis of the required width of the pedestrian path on the Manukan Lor road are 1.5 m wide with the level of service obtained is category A, and includes low-level side obstacles, with an average increase in the degree of saturation (Dj) of 0.026 but still in service level category C with a stable flow the speed can be controlled by traffic. Keywords: Pedestrian Width; Characteristics; Road Performance.

Working From Within: The Rural Community Participatory Design Framework.

This article describes the development of the rural community-based participatory design framework to guide healthcare design teams in their integration of rural community and clinical voice during the planning, design, and construction of a healthcare facility. Rural communities are facing an alarming rate of healthcare facility closures, provider shortages, and dwindling resources, which are negatively impacting population health outcomes. A prioritized focus on rural care access and delivery requires design teams to have a deeper understanding of the contextual considerations necessary for a successful healthcare facility project, made possible through engagement and partnership with rural dwelling community members and healthcare teams. The rural community participatory design framework is adapted from the rural participatory research model, selected due to its capture of key concepts and characteristics of rural communities. Underpinning theories included rural nursing theory and theory of the built environment. The framework encompasses healthcare facility project phases, key translational concepts, and common traits across rural communities and cultures. As a middle-range theoretical framework, it is being tested in a current healthcare project with a Critical Access Hospital in Montana to facilitate design team and stakeholder collaboration. The rural community participatory design framework may be utilized by design teams as a means of familiarization with rural cultures, norms, values, and critical needs, which relate to meaningful design. The framework further enables design teams to critically appraise best practices of stakeholder engagement throughout the project lifecycle.

Medium- and Long-Term Electric Vehicle Ownership Forecasting for Urban Residents

With the rapid development of electric vehicles (EVs) in Chinese cities, accurately forecasting the number of EVs used by urban residents in the next five years and more long term is beneficial for the government to adjust industrial policies of EVs, guide the rational planning of urban charging facilities and supporting distribution network, and achieve the rational and orderly development of the EV industry. The paper considers the advantages of using the grey GM(1,1) prediction model to predict the short-term ownership of EVs by urban residents. Then, by forecasting the number of EV users in a certain city in the future and predicting the number of private vehicles in the future, the boundary conditions for long-term year ownership of EVs by residents are determined. Combined with historical data and short-term forecast data generated by the grey prediction model, the model parameters that include the innovation coefficient and imitation coefficient of the Bass model are trained using a genetic algorithm. Finally, the Bass model is used for medium- to long-term ownership forecasting from 2023 to 2040. The prediction error for the target year is provided. The simulation results indicate that the ownership of resident EVs in this city will experience rapid growth in the next five years.

Construction of a Spatial Equalization Assessment System for Medical Facilities

The spatial equalization of medical facilities can alleviate the wastage of medical resources and improve the efficiency of medical services. Therefore, it is necessary to carry out spatially balanced planning and assessment of medical facilities in cities. Existing studies on the balanced planning, design, and evaluation of medical facilities have been conducted from the perspective of hospital buildings in terms of spatial utilization efficiency, service satisfaction, and their physical environment on one hand, and from the perspective of regional planning of medical facilities in terms of spatial accessibility to medical facilities and the suitability of medical facilities to the social environment on the other hand. This study hopes to break down the boundaries of each perspective and effectively integrate the architecture, planning, and social well-being of medical facilities, taking spatial equilibrium as the core, in order to establish a spatial equilibrium system for medical facilities and achieve a spatial equilibrium-based assessment of the current state of medical facilities. First, the factors influencing the spatial equilibrium of hospital buildings with the support of the system and environment of hospital buildings are determined. Second, the indicators of the spatial equilibrium of hospital buildings are extracted through the consideration of influencing factors, and the indicator weights are determined by discussing the degree to which they contribute to the influence of the operation of hospital building spatial equilibrium systems, thus forming a system of equilibrium indicators for hospital buildings. Finally, a spatial equilibrium evaluation model for hospital buildings is established to assess the effects of equilibrium. The results obtained in this study provide insights into the regional planning of medical facilities and the design of hospital buildings.