bluuebunny/crossref_metadata_2025_split huggingface dataset:
Healing Environment’s Variable to Reduce Anxiety in Cardiovascular Patients
Authors: Permatasari N , Djimantoro M I , Suryawinata B A 
Published: August 2021

Abstract
Cardiovascular diseases are the number one cause of death globally also in Indonesia. Patients with the cardiovascular disease usually experience anxiety with varying degrees of anxiety when taking medication in the hospital. An uncomfortable physical environment can increase the level of patient anxiety which results in physical and psychological stress with an impact on organs especially the heart. This study aims to determine Healing Environment variables that influence to reduce the anxiety level of cardiovascular patients during treatment at the hospital. This study using a quantitative descriptive study with an online questionnaire survey method with a total of sixty respondents who are cardiovascular patients or people who have had cardiovascular disease treatment at the hospital. The results showed that the comfort variable which is influenced by some variables is very effective in reducing the anxiety level of cardiovascular patients. The result can use as guidelines for the architect or designer in design the cardiovascular hospital.
Study of daylight optimization for autism school in Cempaka Putih, Jakarta
Authors: Wizaka W , Santoso T , Prawata AG 
Published: August 2021

Abstract
The Autism school have a specific design’s requirements. Daylight is one of many important factors that help create comfort atmosphere for autistic children in school. Moreover, Autism Spectrum disorder (ASD) children tend to be easily distracted by their visual sensory. Most of them have very sensory sensitive against the use of direct fluorescent lighting. The study is aimed to investigate the required illuminance, skylight orientation, skylight opening for comfort lighting that suitable with Autism Children. The results showed certain skylight opening and orientation affect the glare free room, lighting and thermal comfort inside the classroom. The steps of research is as follows: (1) Study the optimum light and illuminance for classroom, (2) Study the size of the opening or skylight surfaces, and (3) Study the optimal skylight orientation and type. The result expected to meet the skylight requirement that help student with Autistic to get education to improve the quality of life and prepare to live independently.
Environment - Behaviour Factors Model to Promote Pupils’ Creativity in Early Childhood Education Center
Authors: Hedywarman E , Sakina B , Saragih JFB 
Published: August 2021

Abstract
Learning environment is one way to form the future sustainable communities and cities by enhancing the quality of life. In early childhood education, attention to the environment – behavior aspects has an importance, because pupils do not have the same personality. This paper presents the study of connection between environment and behavior in early childhood education center. The study was aimed to identify which aspect from the environment-behavior factors model, that will affect in fostering pupils’ creativity. The results showed not all aspects in the environment – behavior factors model chosen as the main aspects, although all of them were necessary. This research was generally a qualitative study. The data was collected through the field observation and literature study. The result of the study showed that light, temperature, connection, flexibility and color will be the most important to be noted for design guidelines for early childhood education center to gain pupils’ creativity for enabling a productive learning environment.
Study of natural ventilation on communal space in co-living at Setiabudi
Authors: Audilla K , Wizaka W , Prawata A G 
Published: August 2021

Abstract
Natural ventilation is the process of replacing air in the room with fresh air from outside the room without the help of mechanical equipment. The use of natural ventilation in a building in addition to producing healthier and more comfortable spaces can also increase energy efficiency. The shape of the building and the position of the openings determine the natural ventilation operation method. The principle of ventilation shows how the exterior and interior air flow is connected. Kleiven in his thesis entitled Natural Ventilation in Buildings (2003) revealed that there are 3 principles of natural ventilation. Those are single sided ventilation, cross ventilation, and stack ventilation. [10].
Setiabudi is a subdistrict in South Jakarta and located within Golden Triangle of Jakarta (SegitigaEmas Jakarta), a triangular area of business and commercial establishments in Jakarta. Setiabudi Subdistrict is bounded by Cideng River - MentengPulo Road - a water channel to the east, a flood channel to the north, JenderalSudirman main road to the west, and JenderalGatotSubroto main road to the south.
The latitude of Setiabudi, South Jakarta City, Jakarta, Indonesia is -6.213519, and the longitude is 106.822266. Setiabudi, South Jakarta City, Jakarta, Indonesia is located at Indonesia country in the Districts place category with the GPS coordinates of 6° 12′ 48.6684″ S and 106° 49′ 20.1576″ E.
Low-cost apartment (Rusunawa) and market with Liveable Settlements approach in South Jakarta
Authors: Wiyoso B P , Nurdiani N , Indartoyo  
Published: August 2021

Abstract
The research aimed to design market and low-cost apartment (Rusunawa) by applying a livable settlements approach. Several indicators must be fulfilled so that a building can be said as a livable settlement. The researc used a descriptive method for the Pasar Minggu market’s physical condition as an object and Pasar Minggu merchants as the research objects. Data analysis was done by calculating the number of units needed for Rusunawa through calculation of the requirement of market space and market facility. The design of low-cost apartment and market was analyzed according to several aspect such as sunlight, wind, and noise. The result was a comfortable building to live in and used liveable settlement concept. The market and the low-cost apartment will complement the indicators of liveable settlement. Thus, a comfortable residence equipped with supporting facilities and a good environment will help improve life quality.
The development of the acculturation of the Chinese muslim and Java culture in Semarang with the case of comparison between Sam Poo Kong and Hivara Buddhagaya Watugong
Authors: Pradhana R I , Gunawan A P , Dianti A , Hartono H 
Published: August 2021

Abstract
Indonesia is a country located in a strategic geographical area as a meeting point of cultures between nations. This is why cultural acculturation has been widespread since people started traveling in commerce from various parts of the world. This cultural acculturation is evident in a variety of cultural heritages that have continued to the present day. One of them will be observed: the high understanding of diversity (pluralism) in the daily life of the inhabitants of the city of Semarang, Central Java, which we can see from the high level of tolerance of the residents of Semarang, most of whom are mostly Javanese and Chinese Muslims who are non-ethnic. - Muslim. The research proposed in this proposal is to examine how the relations of the Semarang community in terms of aspects of the visits of the Muslim community to places that are becoming the center of Chinese culture, the Sam Poo Kong temple as something that is considered normal in the culture and behavior of daily life. With a long-term objective is to preserve the culture in each region and to improve tolerance relations between Indonesians in a pluralistic framework. The research method is carried out by direct observation and documentation of the cultural center of the city of Semarang as well as the examination of literature files on the lifestyle of the inhabitants of Semarang in the spirit of diversity among them.
Investigating the motions’ characteristics of a towed barge in extreme heading wave
Authors: Baso Suandar , Fitriadhy Ahmad , Anggriani Andi Dian Eka , Ardianti Andi , Rosmani  , Nugraha Andi Mursid 
Published: August 2021

Abstract
A towed barge is one of the typical sea transportation systems that is basically composed of towing and towed ships connected to each other by a tow rope. During a towing operation exposed to rough sea condition, the risk of collision and breakage of a tow rope may be high and the consequences serious. This paper describes an experimental investigation of a towed barge’s motions in heading waves. The effects of various lengths and the configuration of tow ropes incorporated with various loading conditions of the towed barge have been taken into account. Here, three tow-rope lengths were used, namely 1L, 1.5L, and 2L; meanwhile, the two tow-rope configurations i.e., Straight-Tow (ST) and V-Tow (VT) models were applied and incorporated with 50% and 100% of the loading conditions of the towed barge. Regardless of the tow-rope models of ST and VT, the results revealed that the towed barge’s motion responses were generally proportional to the increase of the towline lengths and the towed barge’s loading conditions. It should be noted here that the VT model with 1L tow rope length in the full loaded condition has less RAO of her heave and pitch motions as compared to the other towing arrangements. Merely, this research investigation provides very useful guidance on a ship towing navigation in waves.
Research advances of microbial denitrification and application in black and odorous water
Authors: Siyu Wang , Long Yang , Xiangchun Wang , Yuan Zhou 
Published: August 2021

Abstract
High nitrogen content is considered to be one of the main reasons for the black and odor phenomenon in rivers. Microbial denitrification has been widely concerned because of its simple operation, high economic efficiency, short repair time and little impact on the surrounding environment. However, its denitrification process is also affected by environmental factors, pollutants and changes in microbial communities. In this paper, the main bacterium participating in sewage treatment of nitrification, denitrification and anaerobic ammonia oxidation were introduced, and then the adaptation situation and distribution of microbial community in each denitrification process were summarized. Finally, applications and prospects were objectively provided by microbial agents, constructed wetlands and ecological floating islands. According to the existing research results, it is believed that microbial remediation has a broad prospect in the treatment of urban black and odorous water bodies. However, it is difficult to maintain a stable bacterial community structure, denitrification activity and environmental adaptability of microbial remediation technology in river channels, which is the bottleneck of its application in the treatment of black and odorous water.
Study on Preparation and Photocatalytic Performance of Two-Dimensional Carbon Nitride Nanosheet Materials
Authors: Gao Qiang , Sun Kun , Cui Yuchen , Liu Bin , Liu Chenguang 
Published: August 2021

Abstract
The thin g-C3N4 nanosheets were prepared by simple second-time etching approach with melamine as raw material. The microstructure, composition, thickness, specific surface area, and optical properties of the obtained materials were investigated by XRD, XPS, SEM, TEM, AFM, and BET. The results show that the specific surface area of the two-dimension ultrathin g-C3N4 nanosheets was as high as 139.42 m2/g, and the thickness was around 5nm, which improved the response range to visible light and promoted the separation of photogenerated electron-hole pairs. The photocatalytic degradation performance of g-C3N4 nanosheets for organic pollutants was studied with dye wastewater as model pollutant, the removal efficiency of RhB solution (20 mg/L) reached 91.8% with 20mg catalyst after 30min reaction. The content of total organic carbon in the solution decreased by 58.7%, and the first-order kinetic rate constant was 10 times than that of bulk-C3N4, indicating the high catalytic activity. The stability was excellent since the activity of catalyst was not significantly reduced after used for four times.
Research on the Post Occupancy Evaluation of Urban Park based on internet reviews—Take Saihan Tara City Park in Inner Mongolia as an example
Authors: Zhang Honghong , Wei Guangpu , Fan Haowen , Li Jinfeng , Yu Kang 
Published: August 2021

Abstract
From the perspective of users, the post-occupancy evaluation of Saihan Tara City Park in Inner Mongolia is carried out. This article analyzes the landscape quality and social benefits of various scenic spots in the park, provides a theoretical basis for the construction and development of urban parks in the later period, and plays an exemplary role in the evaluation of other city parks in Baotou and the later operation strategies. We use online comments for data collection and dig deeper into user comment text information. This article using semantic network analysis, analyzes Saihan Tara attraction’s popularity, landscape quality, basic facilities, and other aspects of multi-dimensions and shows its deficiencies. The results show that the internal scenic spots of Saihan Tara City Park have Mongolian characteristics, which are the main factors that attract tourists to come to play; abundant scenic spots and various recreation methods are the main reasons for the high satisfaction of tourists; and at the same time, many problems have also arisen, such as poor interconnection between scenic spots, low accessibility of park entrances and internal scenic spots, relatively monotonous amusement modes, and unreasonable consumption levels in the park…Therefore, this research not only evaluates the post-use condition of urban parks, but also can be widely used in the evaluation of urban public green space using conditions, and provides the evaluation results to the government as a guide for the construction of urban public green spaces in the future.
Study on the architectural design of a new type of waste incineration power plant based on NIMBY effect
Authors: Yuanyuan Li 
Published: August 2021

Abstract
With the development of economy and urbanization, facing the dilemma of “garbage besieged city”, China’s “fourteenth five year plan” continues to focus on development and ecological protection. Waste incineration power generation is the most environmentally-friendly and efficient means of waste treatment. However, facilities such as waste incineration power plant are often faced with the problem of “NIMBY effect”. Through the analysis of typical cases at home and abroad, combined with the project practice of Foshan Gaoming District waste incineration power plant, this paper explores how to alleviate the NIMBY effect through architectural design from three aspects of appearance design, ancillary functions and external environment.
Numerical analysis of the impact of foundation excavation on the immediately adjacent subway station
Authors: Liu Yan , Huangfu Shuaishuai , Li Shizhong 
Published: August 2021

Abstract
The excavation adjacent to an existing subway station is a high-risk project during the underground engineering, which has an inevitable impact on the subway structure to affect the safety of train operation. This Paper studies the excavations adjacent to a subway station on its both sides. A 3D numerical simulation with finite element code MIDAS GTS/NX is conducted to analyze the proposed excavations’ impact on the subway station as well as the accessory structure. The deformation law and the corresponding technical measures to contain the deformation of station structure are proposed afterwards, which could be a guideline for the design and construction of similar projects.
Real machine Test inversion research of J Pumped Storage Power Station
Authors: Mengjie Zhang , Gaohui Li , Ruicun Zhao , wangjia DanZhen , Lin Zhang , Weijie Cui , Tianchi Zhou 
Published: August 2021

Abstract
Accurate prediction of transition process is an important issue in the design and operation of pumped storage power station. In this paper, combined with load rejection test of J Pumped-storage Power Station, the basic equation of water flow motion and the element matrix equation of the turbine were established first, and the calculation model was established through HYSIM software. Then for the 100% load rejection control condition, the inversion calculation and analysis of actual load rejection test under the same boundary condition were carried out. According to the comparison process line between numerical simulation and measured data of the surge-chamber water level, a comprehensive combination calculation was used to calibrate the impedance coefficient of surge-chamber. Finally, based on the calibrated impedance coefficient, a new calculation model was established, and the inversion calculation was carried out again. By comparing the numerical simulation and measured data of volute and tail pipe pressure, the pressure pulsation characteristics of the characteristic parameters of the unit were obtained, and the correction value of pressure pulsation was obtained. The calibration method and pressure pulsation correction method adopted in this paper can provide a reference for the inversion analysis of load rejection test in similar power stations.
Improvement study on the rapid hardening epoxy mortar
Authors: Hu Jiayu , Ge Jinyu , Yao Huaizhu , Wei Hua , Li Jiaming , Xu Zhiqiang 
Published: August 2021

Abstract
Mechanical properties of epoxy resin mortar with different proportions were tested based on orthogonal method. The influences of each factor on the compressive strength, flexural strength and bond strength of epoxy resin mortar after 1 day were analyzed by extremum difference analysis. The results indicated that the diluents occurred the highest influence on the mechanical properties of the epoxy mortar; the mass ratio of cement to sand (C/S) mainly affected the bond strength of the epoxy mortar; the increasing curing agent content would reduce the toughness of mortar. Based on the orthogonal analysis, the optimum proportion of the epoxy mortar was determined, which included a ratio of filler to liquids (F/L) of 2: 1, a curing agent dose of 100% (referenced by the mass of epoxy resin), a C/S of 2: 1 and a diluent dose of 10%.
Automatic voice quality evaluation method of IVR service in call center based on Stacked Auto Encoder
Authors: Wang Li , Wang Zongwei , Zhao Guoyi , Su Yuan , Zhao Jinli , Wang Leilei 
Published: August 2021

Abstract
The basic features extracted by traditional methods for speech quality evaluation are not clear, which leads to the small correlation coefficient of subjective and objective evaluation value. Therefore, an automatic voice quality evaluation method for IVR service in call center based on stackable automatic encoder is proposed. All kinds of devices are used to simulate the real use of IVR service voice of call center and collect IVR service voice of call center. According to the process of sampling quantization frame pre emphasis window processing, the IVR service voice data of call center is pre processed. Based on the structure of stackable automatic encoder, the reconstruction process of coding and decoding is designed to extract the basic features of business speech. BP neural network is introduced to establish an automatic speech evaluation model to evaluate speech quality automatically. Experimental results: compared with the traditional method, the average correlation coefficients of subjective evaluation value and objective evaluation value are 0.023517 and 0.02258 respectively, and the average deviation of correlation coefficient is 0.048775 and 0.03485 respectively.
Artificial intelligence and machine learning methods in predicting anti-cancer drug combination effects
Authors: Fan Kunjie , Cheng Lijun , Li Lang 
Published: August 2021

AbstractDrug combinations have exhibited promising therapeutic effects in treating cancer patients with less toxicity and adverse side effects. However, it is infeasible to experimentally screen the enormous search space of all possible drug combinations. Therefore, developing computational models to efficiently and accurately identify potential anti-cancer synergistic drug combinations has attracted a lot of attention from the scientific community. Hypothesis-driven explicit mathematical methods or network pharmacology models have been popular in the last decade and have been comprehensively reviewed in previous surveys. With the surge of artificial intelligence and greater availability of large-scale datasets, machine learning especially deep learning methods are gaining popularity in the field of computational models for anti-cancer drug synergy prediction. Machine learning-based methods can be derived without strong assumptions about underlying mechanisms and have achieved state-of-the-art prediction performances, promoting much greater growth of the field. Here, we present a structured overview of available large-scale databases and machine learning especially deep learning methods in computational predictive models for anti-cancer drug synergy prediction. We provide a unified framework for machine learning models and detail existing model architectures as well as their contributions and limitations, shedding light into the future design of computational models. Besides, unbiased experiments are conducted to provide in-depth comparisons between reviewed papers in terms of their prediction performance.
Why exercise has a crucial role in cancer prevention, risk reduction and improved outcomes
Authors: Thomas Robert , Kenfield Stacey A , Yanagisawa Yuuki , Newton Robert U 
Published: August 2021

Abstract

Introduction
Exercise is one of several factors known to lower the risk of developing cancer, as well as improve outcomes in patients already diagnosed. People who exercise after cancer have lower rates of cancer complications, treatment toxicities, relapse and improved survival. This review highlights the supportive data and biochemical processes, which explain these potential benefits.

Sources of data
PubMed, Embase, Medline and Cochrane libraries were searched for papers which addressed the effects of exercise and physical activity on cancer for this review. The search terms used were physical activity, exercise and cancer up to February 2021. We also referred to the background research required for international exercise intervention study involving men with prostate cancer (INTERVAL-GAP4) and scrutinized references within the robust papers published on this subject to ensure we did not miss any clinically studies. One hundred and eighty eight papers were included.

Areas of agreement
Exercise programmes mitigate many of the complications and risks associated with cancer, particularly thromboembolism, fatigue, weight gain, arthralgia, cognitive impairment and depression.

Areas of controversy
Molecular and biomarker changes, resulting from exercise, suggest that exercise elicits beneficial changes in insulin-related pathways, down-regulates inflammation and serum oestrogen levels, and enhances oxidative, immune and cellular repair pathways. Nonetheless, the evidence remains preliminary.

Growing points
The timing, intensity and challenges of prehabilitation, adjunct and rehabilitation exercise programmes are being increasingly understood but their implementation remains sporadic.

Areas for developing research
More robust clinical trial data are needed to substantiate a causal effect of exercise on overall and cancer-specific survival. These studies are ongoing. Research evaluating the most cost-efficient ways of incorporating prehabilitation, adjunct and rehabilitation programmes into routine practice would be helpful to funding bodies and health care strategists.