Residential Units Research Articles

Effectiveness of a Multidisciplinary Expertise Team in the reduction of restrictive measures in sheltered care homes for people with an intellectual disability.

Background: Minimizing restrictive measures is an important lever to promote self-determination for people with intellectual disabilities. Aims: This study assesses the efficacy of the Multidisciplinary Expertise Team (MDET) program in reducing such measures within Dutch sheltered care homes for people with intellectual disabilities. Methods and Procedures: A clustered randomized trial encompassed 30 residential units, reporting 428 measures on 107 residents through an organization-wide registration system. Units were randomly assigned to the MDET program or care-as-usual. Outcomes and Results: Units assigned to the MDET-program reported a significant stronger reduction in restrictive measures compared to the care-as-usual units (40% versus 20%). Conclusions and Implications: The MDET program shows promise in decreasing restrictive measures by enhancing awareness and sharing expertise across disciplines at staff and resident levels.

Investigation of impact of community environment factors on the residents’ visiting rate to outdoor venues in South China

Understanding the activity patterns of urban residents is crucial for urban community design and urban energy forecasting. Predicting the visitation rates of different types of locations is a important issue because urban residents can only be in one place at a time. Achieving accurate predictions of outdoor public space visitation rates is equivalent to predicting the upper limit of the number of visitors to other buildings. Previous similar studies usually rely on survey methods such as questionnaires and GPS positioning. These methods have some drawbacks, such as small sample sizes and inaccurate data. In this paper, we used mobile signaling to investigate the park visit rates of residents in different communities in Guangzhou. In accordance with Chinese tradition, we define a community as a residential community, which consists of multiple residential units and a set of basic service facilities and management structures that are sufficient to meet the daily needs of residents. We found that the park visit rate of a community is closely related to the characteristics of the community itself. The park visit rate is positively correlated with the average LST (land surface temperature) of the communities, the average distance between the community and the large park, and the building coverage rate, while it is negatively correlated with the vegetation coverage rate, the average surface reflection rate, the convenience of transportation, and the per capita green space area. Given the different travel habits of urban residents on weekdays and weekends, we also used multiple linear regression to establish prediction models for community park visitation rates on weekdays and weekends.

Home Economics at Middle Pre-Pottery Neolithic B al-Khayran in West-Central Jordan: Reconstructing Residential Unit Economic and Mobility Behavior through Lithic Analysis

ABSTRACT The shift from foraging to farming economies was deeply intertwined with increasing sedentism and the emergence of house-based corporate units in southwestern Asia, with a number of researchers arguing that in the early Neolithic, households become primary economic units within communities for the first time. In order to understand how this role for households articulated with new subsistence systems, this paper analyzes the knapped stone assemblage from the Middle Pre-Pottery Neolithic B agricultural field house of al-Khayran in the west-central Jordanian Highlands. Results demonstrate that al-Khayran’s residential unit enacted household maintenance activities, intensive cereal production, bidirectional blade reduction, and caching of stone tools in anticipation of repeated temporary occupations at the site. These findings show that the corporate household which occupied al-Khayran enacted novel mobility practices in order to accommodate emergent risks in agricultural economies.

A Comparative Study on the Performance of Ice-Source Heat Pumps Versus Other Heat Source Heat Pumps: A Case Study in the UK

Eliminating natural gas as a fuel for heating residential and industrial units is crucial for reducing environmental pollutants. The challenge lies in finding alternative heating systems and repurposing existing infrastructures, like gas pipes. This article presents a new approach to supplying energy to heat pumps in a post-natural gas era using repurposed gas pipes to transport water for ice-source heat pumps. It highlights the advantages of ice-source heat pumps and compares their thermal performance with other types. The proposed system integrates ice-source and geothermal heat pumps, offering space efficiency, compact design, cost-effective centralization, optimized subsidies, seasonal cooling, weather resilience, and eliminates the need for new piping.This study evaluates heat pump efficiency using various low-grade heat sources: ambient air, ground, domestic wastewater, river and lake water, piped water, and latent heat. It focuses on optimizing heat pump performance under the UK's climatic conditions, addressing efficiency challenges during peak cold periods. The research demonstrates the system's robust performance in cold, densely populated areas, potentially reducing water mass for energy supply by up to 95% with a 70% ice slurry concentration. Additionally, the ice-source heat pump requires about 36.7 times less water volume than traditional systems for residential heating.

Increasing Renewable Energy Penetration on Low-Voltage Networks: An Expert Knowledge Approach

While South Africa is deemed one of the countries with the highest irradiation levels, it still utilises coal as its primary energy source due to its abundance. Due to the world-wide drive towards carbon neutrality, residential, commercial, agricultural, and industrial consumers are considering small-scale embedded generation systems. The National Rationalised Specifications 097-2-3 document specifies the scale of the embedded generation capacity a consumer is allowed to install. However, specifications do not yet make the required provisions for the addition of energy storage. The effective collective management of the grouped small-scale embedded generation systems could provide a high level of energy security and increase the percentage of renewable energy generation in the total energy mix. Potential challenges come into play when considering the stochastic nature of photovoltaic generation and its effect on the storage capacity and the dispersion in load profiles of the residential units typically present on a low-voltage network. This paper contributes by investigating the utilisation of photovoltaic generation in conjunction with storage as the basis for virtual power plant control, with the aim to safely increase renewable energy penetration and improve energy security, all while remaining within the South African low-voltage regulatory limits. A two-level virtual power plant controller is proposed with the dispersed energy storage units as the primary controllable resources and the dispersed photovoltaic generation as the secondary controllable resources. The objective of the controller is to achieve nodal energy management, energy sharing, and ancillary service provision and finally to increase renewable energy penetration. A representative single-feeder low-voltage network is simulated, and test cases of 50% and 75% renewable energy penetration are investigated as the basis for evaluation. The proposed controller architecture proved to maintain network integrity for both test cases. The adaptability of the controller architecture was also confirmed for a changed feeder topology; in this case, it was a multi-feeder topology. Future work is warranted to inform policy on the allowed levels of renewable energy penetration to be based not only on demand but also on the level of energy storage present in a network.

Variant Analysis of the Ownership Structure of Land Intended for Single-family Housing

The most frequently preferred solution for the ownership structure of land for single-family housing in Poland is the structure of one cadastral plot – one single-family building. However, changing architectural concepts allow for the creation of single-family housing estates in systems consisting of atrial houses or T-type buildings, which have much more advantages than traditional terraced or semi-detached buildings. These advantages result from a different solution of building forms, which can be combined not only in rows, but also in variously shaped groups consisting of many houses. This provides greater possibilities for the free shaping of development plans for groups of houses, which in turn can be combined in various spatial arrangements while maintaining the required conditions of individual entrance, proper lighting of rooms and mutual distances. At the same time, it allows for more intensive use of the area. Despite the indicated advantages, in the light of the observed implementation practice, it seems problematic to locate buildings with separate ownership, used individually on a plot of land used jointly. The article analyzes the possibilities of legal solutions in the area of land and buildings that can be applied in such a solution. The strengths and weaknesses of each solution were assessed and their opportunities and threats were indicated. For the purposes of this research, four differently shaped groups of buildings consisting of T houses were selected. The results were presented in a SWOT analysis for the development variants adopted for the research using the T house as a repeatable residential unit. The article proposes four legal and neighborly solutions that enable and promote the construction of housing estates using highly intensive atrial development based on the T-house.

Exploring Empathy Dynamics in Virtual Patient Training

Abstract Background This study investigates the manifestation of empathy among nursing students and teachers during virtual patient training with VR glasses at the Medical Simulation Training Centre of Medical University - Plovdiv. The pilot training, conducted from March 22 to April 12, 2024, was part of the Erasmus+ project ‘Caring violent child safely in child psychiatric and residential units (Safe4Child) 2021-1-FI01-KA220-HED-000032106.’ Participants were divided into two focus groups: third-year nursing students and lecturers teaching specialized academic disciplines in nursing. Results A total of 34 participants partook in the study, comprising 16 instructors with basic nursing education and 16 third-year nursing students. Students exhibited considerable empathy towards the virtual child patient, expressing an inclination to provide assistance, acknowledging the necessity for personalized care, and displaying a curiosity about the patient’s experiences. They conveyed sentiments such as ‘I felt the need to help the child/patient’, ‘the child needs individual work with a nurse’ and ‘I want to understand the child’s experiences.’ In contrast, instructors demonstrated more reserved emotional responses, characterized by professionalism and a focus on offering comfort. They expressed, ‘Normal feelings...but you want to hug the child and comfort him.’ Conclusions The study unveiled a marked difference in empathy expression between students and instructors, with students displaying stronger emotional reactions. These findings underscore the need to recognize and address individual variances in empathy expression within nursing education. Tailored strategies should be devised to bolster empathy development in both students and instructors during virtual patient training. Further investigation is warranted to explore effective methodologies for optimizing empathy development and fostering compassionate patient care in nursing education. Key messages • A Comparative Analysis of Nursing Students and Instructors Using VR Glasses. • Erasmus+ project (Safe4Child) 2021-1-FI01-KA220-HED-000032106.

The role of light rail systems in urban regionalisation processes and in defining the bioregional vision of the Pontine plain in Italy

ABSTRACT Urban regionalisation or new regionalism is a land transformation process that involves the emergence of new sprawl settlements in the European Union and North America. These settlements are often composed of residential or micro-productive units that cause ecological fragmentation, biodiversity loss, and spatial reorganisation. This process challenges conventional spatial analytical and planning frameworks and calls for a new approach. This paper argues that bioregional units which account for complex human-environment interactions and the sustainability of natural resources and ecosystems can provide a new analytical and planning framework. Bioregions represent the main living environments for people, and mobility is a key driver shaping their lifestyle choices. This paper explores the role of light rail systems (LRSs) in enhancing the sustainability and well-being of bioregions, using the Pontine bioregion in Italy as a case study. It reviews the bioregional theory and applies the bioregional framework to the Pontine plain presenting the main features of the Pontine bioregion, including its internal and external urban relationships. Building on these analyses, the paper then discusses the proposal of a new railway network system that integrates LRSs as strategic elements for efficient mobility, urban regeneration, social cohesion, and environmental sustainability of the bioregional territory.

A Human-Centered Shelter Design for People on the Move in the Al-Sahel Region

This article addresses the development of a human-centered shelter design tailored to meet the specific needs of refugees in the Al-Sahel Region. It focuses on five essential aspects of humanitarian-centered design. The goal is to create a livable unit that accommodates the three distinct phases of an emergency, transitional, and durable situation. We have adopted a non-linear design approach to develop the refugee shelter unit. We engage in discussions with team experts following each data collection phase. The conceptual design of the shelter unit is intended to align with the refugee settlement’s natural growth while maintaining a degree of control over its evolution. We have outlined a spatial configuration for a residential unit designed for three to six individuals and various patio options. Additionally, we have devised plans for an education and healthcare facility, all designed with the same structure to bring a more organized approach to the organic growth of the camp. The design proposal adopts a process-oriented approach, incorporating refugees indirectly in the design and construction of their shelters. While we do not assert that the framework of a ‘refugee camp’ can be sustainable, our goal is to show that its planning, in the absence of alternatives, should adhere to sustainability criteria.

Graffiti Writers Choose Locations That Optimize Exposure

We investigate the spatial decision-making of graffiti writers when selecting target locations, examining how street segment characteristics influence exposure. Extending the rational choice perspective to expressive offending, we collected data through Systematic Social Observation in Ghent’s city center in November 2017, covering 12,655 graffiti instances across 2,233 street segments. The SSO involved counting graffiti items and public facilities likely to attract crowds, and measuring street network centrality. Conditional logit models assessed the impact of these characteristics on graffiti location choices. Results show that street network centrality and the presence of bars, night shops, residential units, and schools significantly increased graffiti writers’ preferences. Our findings suggest that graffiti writers aim to maximize exposure, highlighting the rational choice perspective’s relevance for expressive offending.

THE HOUSING UNITS OF THE POSITIVE CLIMATE NEIGHBORHOOD PEDRA BRANCA SC/BR

In response to the global climate crisis, urgent measures are required to reduce greenhouse gas emissions in alignment with the goals of the Paris Agreement. As energy consumption accounts for 36% of total emissions, and buildings contribute significantly to both direct and indirect emissions, it is crucial to enhance the energy efficiency and self-sufficiency of buildings. This article conducts a case study to evaluate the formal structure, spatial layout, and sustainable strategies employed in residential units within the Pedra Branca neighborhood (Santa Catarina, Brazil), using the methodology developed by Brandão and Schneider. The findings indicate that the housing units predominantly consist of three bedrooms, along with two to four bathrooms. The analysis revealed partial integration between the kitchen and service areas, with full integration being less common. Corridor layouts were found to make the greatest contribution to sustainability and internal space quality. Although some configurations did not directly support cross-ventilation, there was a clear focus on environmental comfort and the use of passive design strategies. This study highlights the potential of such configurations to improve energy performance and contribute to the development of climate-positive neighborhoods.

The Clustering of the Population at Building Scale in Bursa City (Türkiye)

Research on spatial statistical methods related to population estimation at the building scale and its implications for urban land use has attained little attention. The main target of this study is to propose a new method for population estimation at the building level with minimal data and methodology and a high accuracy rate. In addition to this, it discusses urban population from various perspectives by using spatial statistical methods (Local Moran’s I and Hot–Cold Spot) to examine the population calculated based on the number of residential units in buildings and the household size of the neighborhood along with urban land use types in the case of Bursa. The results showed the following: (1) The suggested method achieves a 76% accuracy rate in population estimation at the building level; (2) 64.6% of the city’s population (2,101,581 individuals) is located in areas classified as Discontinuous High-Density Urban Fabric (50–80%) and Continuous Urban Fabric (>80); (3) 13.2% of the population is located in hot spot areas of these two types, while 14.5% is in cold spot areas. This research provides decision-makers with a framework for addressing urban problems related to housing, transportation, health, and energy in addition to the methods it proposes.

Rooftop pools - a problem from an acoustic point of view: how to identify and solve it

There is no standard with specific methods for acoustic testing of rooftop swimming pools in Brazil. On the other hand, although the compatible requirement for impact noise from rooftop leisure environments is not the type of noise generated by swimming pools, it is a current requirement in the Brazilian performance standard. To study the subject, evaluate possible solutions and improve the state of the art, this article brings measurement results for impact noise in the same situation without and with the application of an acoustic solution. The study also presents sound pressure level and vibration measurements in an environment below a swimming pool after the application of the acoustic solution. Vibrations were measured as well in the pool structure and in the slab below, making it possible to identify the vibrational behavior of the pool. Measurements of impact noise took place in a situation where the pool is three floors above the last residential unit to verify the influence of technical slabs. With the measured values in the three situations, it was possible to identify the frequency range for which acoustic solutions should be designed for this type of source and to monitor the effectiveness of different solutions.

Secondary Spaces of Entrance, Corridor, and Balcony in Tehran Housing - A Comparative Analysis with Nagoya Residences

Due to increasing costs and shrinkage of Tehran housing, interior layout plays a more critical role. In addition to the main spaces, such as the bathroom, kitchen, and bedroom, which are present and vital in each residential unit, we identified entrance, corridor, and balcony in our Tehran samples as secondary spaces. We aimed to investigate these spaces' role in Tehran's current housing; we analyzed their existence, size, and relationship with the unit's total area by considering the background and history of these spaces. Japan's experience in small housing convinced us to utilize under 100 m2 of Nagoya samples for comparison. Results revealed sufficient area for these three spaces in all Nagoya samples. In contrast, these spaces in a large percentage of Tehran samples did not exist or lacked efficiency contrary to related rules and regulations. There was a weak correlation between unit size and the lack of entrance and balcony, but corridor was usually removed in smaller units. We suggest separate entrance and corridor as essential spaces and not optional, regardless of unit size. Also, transparent, and visible balconies, especially in dense urban areas, are incompatible with the Iranian lifestyle and should be adjusted to cultural beliefs and norms.

Behind-the-Meter Load and PV Disaggregation via Deep Spatiotemporal Graph Generative Sparse Coding With Capsule Network.

Nowadays, rooftop photovoltaic (PV) panels are getting enormous attention as clean and sustainable sources of energy due to the increasing energy demand, depreciating physical assets, and global environmental challenges. In residential areas, the large-scale integration of these generation resources influences the customer load profile and introduces uncertainty to the distribution system's net load. Since such resources are typically located behind the meter (BtM), an accurate estimation of BtM load and PV power will be crucial for distribution network operation. This article proposes the spatiotemporal graph sparse coding (SC) capsule network that incorporates SC into deep generative graph modeling and capsule networks for accurate BtM load and PV generation estimation. A set of neighboring residential units are modeled as a dynamic graph in which the edges represent the correlation among their net demands. A generative encoder-decoder model, i.e., spectral graph convolution (SGC) attention peephole long short-term memory (PLSTM), is devised to extract the highly nonlinear spatiotemporal patterns from the formed dynamic graph. Later, to enrich the latent space sparsity, a dictionary is learned in the hidden layer of the proposed encoder-decoder, and the corresponding sparse codes are procured. Such sparse representation is used by a capsule network to estimate the BtM PV generation and the load of the entire residential units. Experimental results on two real-world energy disaggregation (ED) datasets, Pecan Street and Ausgrid, demonstrate more than 9.8% and 6.3% root mean square error (RMSE) improvements in BtM PV and load estimation over the state-of-the-art, respectively.

A Study on the Design Elements of Pet-Friendly Residential Unit Plans in Multi-Family Housing

A Study on the Design Elements of Pet-Friendly Residential Unit Plans in Multi-Family Housing

Incidence of buprenorphine-precipitated opioid withdrawal in adults with opioid use disorder: A systematic review.

Buprenorphine is an evidence-based treatment for opioid use disorder, and the risk of precipitated withdrawal contributes to its underuse. The goal of this systematic review was to determine the incidence of buprenorphine-precipitated withdrawal in adults with opioid use disorder. This systematic review was registered on PROSPERO (CRD42023437634). We searched Medline, Embase Classic + Embase, and Cochrane CENTRAL from inception to 10 November 2023, and included original research that reported the incidence of sublingual buprenorphine-precipitated withdrawal in adults with opioid use disorder. Primary screening was completed by four independent reviewers. Full text review, data extraction and risk of bias assessments using the Newcastle Ottawa Scale and the Cochrane Risk of Bias 2 tool were completed by two independent reviewers. The primary outcome was precipitated withdrawal. Secondary outcomes were baseline opioids used, induction dose, initial Clinical Opiate Withdrawal Scale (COWS) score, location of induction, definition and severity of precipitated withdrawal and adverse events. The range of incidence of precipitated withdrawal across studies was described. Our search yielded 10 197 unique citations. Twenty-one cohort and five randomized trials met inclusion criteria (n = 4497, range 20-1293). The overall incidence of precipitated withdrawal ranged from 0 to 13.2%. Nine studies defined precipitated withdrawal; definitions were inconsistent. Most patients used heroin at baseline. The most common initial dose of buprenorphine was between 2mg and 8mg (range: 0.075 mg-24 mg). Initial minimum COWS score ranged from 5 to 13. Induction locations included home, inpatient, emergency department, pre-hospital, outpatient and residential units. Of the fifteen studies with cases of precipitated withdrawal, nine studies did not report the severity of withdrawal experienced. Other induction-related adverse events varied. The overall quality of included studies was poor. The best available evidence suggests the incidence of buprenorphine-precipitated withdrawal in adults with opioid use disorder is low and should not be a barrier to use.

Navigating suicidality: swedish social workers’ approaches to identifying and supporting suicidal clients

ABSTRACT This study examines how Swedish social workers across various social work agencies identify and support suicidal clients. Thematic analysis of interviews with seven social workers reveals a reliance on strong client relationships and past experiences with suicidal clients. The social workers consistently assess severity of suicidal intent in clients. Despite variations in roles, social workers generally express comfort in dealing with suicidal clients by using intuition, discretion and professional and organizational logics to support suicidal clients in personalized ways. The exercise of professional discretion and interventions varies based on roles, work conditions, and relationships with suicidal clients. Notably, social workers in addiction recovery outpatient care exhibit a high degree of discretionary power, while youth treatment workers in residential care units prioritize continuity of care, involving psychiatry when needed. Case workers often view psychiatry as responsible for decisions about suicidal clients and routinely refer them to psychiatric care.

Buyer Guarantees at the Stage of Concluding a Contract for the Sale of Real Estate under Construction

If the contract for the sale of real estate under construction was intended to economically address the need of individuals for housing, the aforementioned contract failed to achieve the desired goal as a result of the emergence of many real estate investors who tried to exploit the need of individuals for housing in light of this housing crisis. We often hear about the failure to complete many residential complexes or the sale of the residential unit to more than one buyer or the seller escaping with the money of the bookers, so the buyers find themselves without effective protection. Therefore, the above risks have highlighted the need to include many guarantees that ensure the protection of the buyer in the contract for the sale of real estate under construction, thus ensuring that those who purchase residential units under construction are protected from exploitation and greed of investors. It is worth noting thatThe contract for the sale of real estate under construction stipulates a set of guarantees that ensure the buyer that the seller will fulfill his contractual obligations. The buyer in the contract for the sale of real estate under construction is exposed to the risk of the seller not completing the project. This risk does not exist in the normal sale, as it applies to a property that exists at the time of contracting. Therefore, we find that the laws regulating this contract have stipulated a set of guarantees that aim to provide adequate protection for the buyer, and that some of these guarantees do not go beyond the guarantees stipulated in the normal contract for sale, and someHaOther are new guarantees specific to the contract of sale of real estate under construction.

Fuzzy-Logic-Based Cascaded Decentralized Control and Power Quantification of Residential Buildings for Effective Energy Load Management

In large buildings, effective load shedding and shifting and providing the maximum power through solar renewable sources remain challenges because of users’ unpredictable load consumption. Conventionally, load shifting, load shedding, and load covering are majorly dependent on user inputs. The lack of user interest in participating in demand responses for effective load shifting and covering remains a problem. Effective load covering through renewables and user-friendly load shedding and shifting with maximized user participation are challenging and demand high-resolution user load consumption information, which are not possible without sophisticated communication and digital twins. In this research work, a novel fuzzy-logic-based cascaded decentralized load-controlling mechanism has been developed that manages the residential building load through load-shifting, load-covering, and load-shedding schemes without any communication protocols and digitization between residential units. The decentralized controller aims to effectively utilize the centralized resources of power generation with the effective automated participation of users. The quantification of the load shifting, covering, and shedding performed during peak hours was well covered under the load-covering scheme, and the results showed that flexibility capacities of 1617 kW were achieved for load covering, 294 kW for load shedding, and 166.34 kW through shifting. A total load of 60 kW, which was reduced during shedding and shifting, was well covered during load covering through renewables.