Programming Constructs Research Articles

Sustainable development goals and Gandhian constructive programs: pluriversal evolutionary flourishing, transcivilizational dialogues and planetary realizations

ABSTRACT The UN Sustainable Development Goals contain17 goals such as no poverty and realization of peace. The themes and goals have arguably been conceptualized from a predominantly Euro-American perspective. This article opens these themes and goals to trans-civilizational dialogues including dialogue with visions and practices of Gandhi, especially his constructive programs.

A spatially explicit multi-hazard framework for assessing flood, landslide, wildfire, and drought susceptibilities

Sustainable development goals require evaluating vulnerabilities and examining natural and climatic hazards for effective planning that reduces their impact on economic, social, and developmental efforts. Key hazards like floods, landslides, wildfires, and droughts have significantly affected terrestrial ecosystems and human societies, emphasizing the importance of comprehending these hazards. This study aimed to predict and spatially map multi-hazard, identifying historical and potential risks to inform sustainable development and construction programs that mitigate risks and promote resilience. A 34-year drought magnitude map was generated using long-term data, and ensemble and individual machine learning techniques were used to produce maps of flood, landslide, and wildfire hazards in a northwest region of Iran. Results demonstrated that ensemble learning models outperformed individual models, with the top-performing models being the weighted average (WA) of the two best models, random forest, extreme gradient boosting, WA models with over 80% accuracy, and WA incorporating all models, respectively. The CART model performed best among individual models. Variable importance analysis revealed that slope and precipitation were crucial factors for identifying high-hazard landslide areas, distance from waterways, vegetation cover, and topographic humidity index emerged as the most crucial factor for identifying flood hazard areas, while vegetation, rainfall, and proximity to roads significantly impacted wildfire hazard. The multi-hazard map produced by our study indicated that about 30% of the study area was highly and very highly susceptible to floods, landslides, wildfires, and droughts and the hazards mitigation efforts should be primarily directed to these specific portions of the study area. Our study underscored the importance of integrating long-term data and machine learning techniques in multi-hazard prediction and mapping, ultimately guiding mitigation efforts and promoting resilience in the face of natural and climatic hazards.

Rural Road Infrastructure and Women’s Empowerment in India

Abstract The paper examines the impact of a rural road construction program in India on a range of outcomes that capture women’s empowerment comprehensively. While spatial integration can ease mobility constraints and provide women with increased education and employment opportunities, the extent of benefits might be limited by underlying gender norms. The paper identifies the impact of the policy by exploiting the program rule that assigned roads based on the village population in a two-way fixed effect framework. The results suggest that the policy reduces mobility restrictions faced by women and improves norms around domestic violence and intra-household agency. It also finds a positive impact of the policy on female education; however, there is limited impact on female employment. Additionally, the study documents gendered impact of the policy—men benefit more in terms of employment than women. The paper offers important policy prescription on how investment in rural roads can affect women’s lives.

A Study on the Influence of Hydraulic Compactor Reinforcement on the Force Law of an Independent Foundation Under a Column and Its Safety Standard

Due to the complexity of the actual geotechnical environment, the backfill compaction design theory and calculation method are not reflected in the current specification. Therefore, in order to investigate the effect of the hydraulic compactor on the foundation structure during the treatment of the backfill of an independent foundation under a column, the Menard formula was modified. At the same time, relying on an independent foundation project under a column in Jinan, the dynamic model of compactor tamping backfilling soil was established. The applicability of the calculation formula is verified by simulating the single-point multiple tamping on the backfill directly above the foundation tie beam, and the influence law of two factors, the thickness of the backfill and the tamping energy, on the force of the foundation tie beam is elucidated. The results show that after reaching the optimum number of tamping, the cumulative soil settlement and the effective reinforcement depth of tamping show a stable trend, and their simulation results are in good agreement with the analytical solution, which provides a supplement to the relevant safety standards. At this critical point, the force on the tie beams peaked and showed up and down fluctuations under the subsequent ramming action. The tamping action of the compactor has a significant effect on the structural forces within the effective reinforcement range, and there is a negative correlation between the magnitude of the structural forces and the thickness of the backfill. According to the numerical calculation results to choose the best construction programme, the on-site monitoring shows that under 42 KJ tamping energy and 1.5 m single backfilling thickness, the tie beam reinforcement stress reaches 18.5~55.5% of the specification warning value, which meets the safety standard. The research results of this paper can provide important guidance for the hydraulic tamping treatment of an independent foundation backfill project.

Statistical Analysis of Students’ Learning Effectiveness in Online Courses Offered by British Partners in China-UK Joint Education Program

In the context of internationalization, China-UK Joint Education Programs are receiving increasing attention from universities. Based on the difficulties faced in China-UK Joint Education Program, this paper adopts a questionnaire survey method to study the learning effectiveness of students majoring in digital media technology in the China-UK Joint Education Program at Guangxi University of Finance and Economics, focusing on four aspects: learning materials, learning content, teacher conditions, and student learning outcomes. The research analysis in this paper not only provides strong support for the construction of China-UK Joint Education Program but also offers references for other China-UK Joint Education Programs.

Practical Construction and Reflection on the Curriculum Development of Early Childhood Education Programs in Vocational Colleges

As society's demands for the quality of early childhood care services continue to rise, the construction of early childhood education programs in higher vocational colleges has become increasingly crucial. Scientific course design not only affects students' professional skill development but also has a profound impact on the overall advancement of the early childhood care industry. This paper first analyzes the definition and characteristics of early childhood education programs and outlines the theoretical framework for course construction. Next, it provides a detailed discussion of the practical aspects of constructing early childhood education programs in higher vocational colleges, including curriculum design, teaching methods, and evaluation mechanisms, as well as the implementation and management of practical teaching. Finally, based on actual conditions, the paper explores the challenges and issues encountered during the course construction process and proposes suggestions and strategies for improvement.

Features of the construction of the training program dragon boat rowing at the initial stage of preparation

The article reveals ways to improve the physical training of rowing athletes at the stage of initial training in the preparatory period for rowing on Dragonboats. Training in rowing at the stage of initial training is aimed at the harmonious development of all the main motor qualities of the athlete. At the same time, the training of rowers at this stage should ensure the versatile development of physical qualities. It should be noted that the physical fitness of rowers is the main component of general fitness. It is also known that physical fitness is characterized by the level of functional capabilities of various body systems - cardiovascular, respiratory and muscular. Therefore, the fact that it is necessary to pay more attention to the development of physical qualities, which in turn will be aimed at improving the types of training necessary for an athlete, is so important. The purpose of the study: To analyze the activities of the State University of Secondary Education in rowing on the "Dragon" boats and the peculiarities of the construction of the training program on rowing on the Dragonboats at the initial stage of preparation. Methodology. An analysis of sports training was conducted on the basis of the Irpin State University of Dragonboat, in the period from May to July 2024, the work of coaches with groups of initial training, analysis of plans and documents was analyzed. In the experiment, 2 groups of primary training, approximately 20 children, were accepted to learn. The training plans, standards, and working programs of the coaches were analyzed. Conclusions: Methodically and correctly organized training sessions effectively improve the physical and functional readiness of young rowers, which not only contributes to the improvement of sports results, but also creates opportunities for a successful transition to training at the next stage of multi-year training. The use of training without taking into account the level of physical and functional fitness of athletes at the stage of preliminary basic training not only negatively affects the dynamics of sports results, but also the state of health of young men.

WAOA: A hybrid whale-ant optimization algorithm for energy-efficient routing in wireless sensor networks

Wireless Sensor Networks (WSNs) are vital for collecting data from remote environments. Nevertheless, the limited energy resources of sensor nodes render energy-efficient routing a critical concern for the successful operation of WSNs. To address these concerns, clustering, and routing are essential tasks in WSNs; clustering aims to organize sensor nodes into groups or clusters to minimize energy usage and prolong the network's lifespan. On the other hand, routing involves determining the optimum paths for transmitting data from the source nodes to the destination nodes. Nonetheless, it has been established that the current energy-efficient routing problem is an NP-hard, requiring a trade-off between energy and overall network performance. In this paper, we proposed a Hybrid Whale-Ant Optimization Algorithm (WAOA) for energy-efficient routing in WSNs. The proposed WAOA utilizes the Whale Optimization Algorithm (WOA) to find the suitable cluster head in the predefined search space, while the Ant Colony Optimization (ACO) searches the optimal route from the source cluster sensors to the cluster head within its predefined space. Linear programming construction is employed to formulate optimization problems for cluster head selection and search for the optimal route. The performance analysis demonstrates that the proposed WAOA performs better than MOORP, MMABC, and AZEBR by 5.78 %,16.11 %, and 18.52 %, respectively, in terms of network lifetime.

The Effect of Educational Exercises According to the Stages of Building a Motor Program on Learning Some Epee Skills for Students

The research problem focused on curriculum has specific courses with a small number of educational units through which the student must go through all the stages of learning basic skills. Therefore, we must increase the effectiveness of learning these skills and correct the errors that the learner may face. From here, the problem of the research became clear to us in the lack of effectiveness of learning some skills. Basic skills for students in fencing and the many technical errors during performance, so the researcher thought one should study educational exercises that are appropriate for the stages of building the motor program for some basic fencing skills to increase the effectiveness of learning so that the learner can master the skill with the least number of errors. The research objectives prepared educational exercises according to the stages of building the motor program, and Identifying the effect of educational exercises according to the stages of building a motor program on learning some epee skills for students in the experimental group, and Identify the differences between the two groups Control and experimental In learning some skills with epee weapons for students In the posttest. and Use Finder One The experimental approach was designed with two equal groups : control and experimental. The same pre-test and post-test, because it suits the nature of the problem and achieves the research objectives. And the research population are third-year students in the Department of Physical Education and Sports Sciences/Islamic University, who number (306) students, and the research sample of (40) students was randomly selected and divided into two equal groups(Control and experimental) with (20) students for each group, in addition to the exploratory experiment sample of (8) students. And it was done using some educational means during educational exercises and based on the stages of building the motor program for the skill to be learned. The time of the educational unit was (90/min), and the implementation of the educational curriculum began on (11/21/2023 AD) and ended on (1/18/2024 AD). The researchers concluded that the use of complex instructional exercises helped to learn and develop the skill performance of some skills with the epee weapon according to the stages of building the motor program, and the use of focused educational exercises helped build motor perception among learners, which led to accelerating and activating the learning process. The most important recommendations were: Emphasis on the use of complex educational exercises when learning basic skills for students with epee weapons to build motor programs and new motor perceptions about the skill to be learned. also it is necessary to focus on the use of complex educational exercises according to the construction of the motor program in the educational units by trainers and teachers.

Construction of Preoperative Assessment Program for Day Surgery in Geriatric Cataract Patients: An Evidence-Based Delphi Study

PurposeTo construct a scientific cataract day surgery preoperative assessment program to provide a scientific assessment tool for health care providers. DesignLiterature review, two-round e-Delphi study, and quantitative studies. MethodsWith the recommended opinions of clinical practice guidelines for cataract surgery as the guiding framework, an item pool was formed on the basis of literature review and guideline content analysis, and the dimensions and items of evaluation program were determined by two rounds of correspondence consultation using Delphi expert method. Then, 315 patients from an ophthalmic hospital were selected for investigation to analyze its reliability and validity. FindingsThe positive coefficients for the 2 rounds of correspondence with experts were 100.00% and 95.83%, and the authority coefficients were 0.90 and 0.89. Kendall's coordination coefficient W values of 0.29 and 0.24 for the first and second rounds and the differences were statistically different (P < .05). The coefficient of variation was 0.14 and 0.10, respectively. The formal assessment items included 3 first-level indicators, 12 secondary-level indicators, and 48 tertiary indicators, with an overall Cronbach's coefficient of 0.66 and cumulative variance contributions of 69.19%, 65.84%, and 57.15% for the 3 first-level indicators. ConclusionThe high reliability of the preoperative cataract day surgery program compiled by applying evidence-based analysis and the Delphi method can provide scientific guidance to clinical nurses for preoperative assessment, which in turn ensures patient safety and improves the quality of patient access services.

NPTS-PK: A new point kernel code for fast calculation of 3D gamma radiation field

The point kernel integration method is commonly utilized for the analytical calculation of gamma radiation fields in the field of radiation protection and shielding design. This study introduces NPTS-PK, a program developed for rapid calculation of 3D gamma radiation fields based on the NPTS program and the point kernel integration method. Based on the geometric construction and input method of the NPTS program, NPTS-PK supports point kernel calculations for radiation sources and shielding structures of various complex shapes and materials. By calculating material attenuation coefficients using continuous energy cross-section parameters, combined with a more precise buildup factor calculation method, the accuracy of calculation results has been enhanced. Improvements in ray tracing processes and the implementation of the probability neighbor list method have accelerated geometric processing. To address the challenge of excessive computation time associated with large-scale grid counting in point kernel programs, NPTS-PK integrates several efficient acceleration techniques, elevating the speed of radiation field calculation by an order of magnitude. Tests on typical model and engineering scenario demonstrate that the deviation between NPTS-PK results and the reference values is within a few tens of percent, and the computational efficiency and accuracy are improved compared to the standard point kernel programs.

Modular Multitree Genetic Programming for Evolutionary Feature Construction for Regression

Modular Multitree Genetic Programming for Evolutionary Feature Construction for Regression

Ship model-based route optimisation for decision support in deep sea shipping

Abstract We present a new approach and route optimization methodology to support analysis and planning of vessel and fleet performance in deep sea shipping for green, energy efficient, and safe navigation. The developed methodology combines the ship technical characteristics based on a ship model developed for a particular vessel type and energy-saving technology options and an optimization algorithm taking into account weather conditions. Optimization involves two stages: graph construction and Dynamic Programming labelling algorithm implemented to solve the shortest path problem with variable speed. The new approach is implemented as part of a decision-support tool EcoRouter enabling the user to conduct analysis of safe and Pareto optimal solutions. Several applications to support real fleet planning and ship performance analysis have been identified including project engineering for future energy-saving ship technologies, for example, wind-assisted propulsion.

Magnitude and Direction of Interlimb Asymmetry and the Association of Interlimb Asymmetry with Physical Performance in Judo Athletes with Visual Impairment.

For judo athletes with visual impairments and their coaches, understanding possible muscle adaptations can be challenging. As it is commonplace for these adaptations to include interlimb asymmetry, we analyzed the magnitude and direction of interlimb asymmetry in judo athletes with visual impairments and verified the association of this asymmetry with their unilateral physical performances. Participants were 18 elite judo athletes (10 male, 8 female) with visual impairments. These athletes performed three physical tests: countermovement jump (CMJ), medicine ball throw (MBT), and handgrip strength (HGS), while we conducted unilateral right and left side assessments using the interlimb asymmetry equation for each physical test. Our main results showed that the CMJ and MBT tests presented asymmetry values above 10%; with CMJ significantly higher than HGS (p = 0.050), and with inconsistencies across the three tests in the direction of interlimb asymmetry (k = -0.22-0.26). Unilateral CMJ (left limb) was negatively correlated with asymmetry (r = -0.51; p = 0.031), and unilateral MBT (right limb) was positively correlated with asymmetry (r = 0.52; p = 0.024). Based on these results, coaches should prioritize regular assessments of interlimb asymmetry using these specific tests. This data can guide the construction of training programs aimed at minimizing asymmetry and enhancing overall physical performance. Continuous monitoring and adjustment of training strategies based on asymmetry findings are crucial for optimizing muscle balance in judo athletes with visual impairments.

HuBMAPR: an R Client for the HuBMAP Data Portal.

The Human BioMolecular Atlas Program (HuBMAP) constructs the worldwide available platform to research the human body at the cellular level. The HuBMAP Data Portal encompasses a wide range of data resources measured on emerging experimental technologies at a spatial resolution. To broaden access to the HuBMAP Data Portal, we introduce an R client called HuBMAPR available on Bioconductor. This gives an efficient and programmatic interface, enabling researchers to discover and retrieve HuBMAP data easier and faster. This package is available on GitHub ( https://github.com/christinehou11/HuBMAPR ) and has been submitted to Bioconductor.

Organized labour migration of residents of Lithuania to the USSR in the sixth–ninth decades of the 20th century

Referring to archive and historiographic materials, in this paper problematics of labour migration to the USSR from Lithuania in 1953-1984 is analysed. Attention is drawn to migration directions, motivation of residents, quantitative indices, territorial aspects related to persons participating in labour migration process and social picture. Residents of Lithuania became participants of the campaign for organized all Soviet Union-wide labour force migration to participate in implementation of large and important land, forestry and industry projects. By the way, the residents of our Republic joined this campaign later than residents from other Republics – in 1953 only. Organized labour force migration from Lithuania to the USSR was of lower level that it had been planned in Moscow. The main directions of labour force migration were: 1) agriculture intensification program (virgin lands campaigns in Kazakhstan and Russia); 2) Russian forestry development program; 3) program of construction of gigantic transport and industrial objects in Russia (Siberia, etc.); 4) the “Third Semester” program – season-based works of students in industry and agriculture sectors of Russia, Kyrgyzstan, Uzbekistan and other Soviet Republics. In 6th-9th decades of the 20th century, about 75 thousand residents of Lithuanian Soviet Socialist Republic were sent to work in other regions of the Soviet Union; labour migrants worked on industrial objects, farms and forestry units. Mostly, they were men from urban areas, by ethnic composition – Russians and Lithuanians. The most intensive time period of sending to work as labour migrants was the 1953-1965 period, as at that time in Kazakhstan and Russia huge programs of economic development had been implemented (virgin lands campaign, forestry development). Namely during this period, over 80 per cent of residents of Lithuania who participated in this campaign were sent to labour destinations. Although in later years the migration campaign covered entire Lithuania, its scale diminished markedly. Due to certain national traits of Lithuanians (sedentary life, attachment to the land) and social-economic situation in the Lithuanian Soviet Socialist Republic (fast and intensive industry development ensuring quite good wages, well-developed social infrastructure, etc.), the residents of Lithuania liked to conclude short-term employment agreements, and after termination of these agreements made efforts to return to Lithuania and stay there not attracted by labour migration campaign anymore.

Towards a Study of the Architectural Decoration of Public Buildings in Parion During the Early Roman Empire

Parion was one of the principal centers of the Roman province of Asia, and the remains of several public buildings adorned with intricate architectural decorations have been uncovered and partially explored. Among these structures are a theater, an odeon, and thermae, all dating to the Roman Empire. In addition to these edifices, other public buildings in the central part of Roman-era Parion remain undiscovered, raising im-portant questions about the organization of public space and the architectural character of the city’s core during the Early Empire. One of the most promising areas for further exploration is the “Agora” sector, bordered to the south by the odeon and to the north by the theater and thermae. This article offers an architectural and histori-cal analysis of the Corinthian order details found in this sector. The architectural elements discussed were un-covered during archaeological excavations conducted between 2015 and 2022 (Figs. 1-6). Although the availa-ble materials are insufficient to definitively identify the specific structures to which these decorative elements belonged, their forms, ornamentation, dimensions, and modules exhibit notable similarities to the architectural details of the southern façade of Hadrian’s Gate in Ephesus. This resemblance suggests a commonality in their architectural compositions and, by extension, the types of structures they adorned. Consequently, it is plausible to infer that these architectural elements were part of a portico associated with a building complex in the Agora. The design of this complex (or at least part of it) likely reflects Hadrian’s extensive building program in the Ro-man province of Asia.

Genetic Programming for Automatically Evolving Multiple Features to Classification

Abstract Performing classification on high-dimensional data poses a significant challenge due to the huge search space. Moreover, complex feature interactions introduce an additional obstacle. The problems can be addressed by using feature selection to select relevant features or feature construction to construct a small set of high-level features. However, performing feature selection or feature construction only might make the feature set suboptimal. To remedy this problem, this study investigates the use of genetic programming for simultaneous feature selection and feature construction in addressing different classification tasks. The proposed approach is tested on 16 datasets and compared with seven methods including both feature selection and feature constructions techniques. The results show that the obtained feature sets with the constructed and/or selected features can significantly increase the classification accuracy and reduce the dimensionality of the datasets. Further analysis reveals the complementarity of the obtained features leading to the promising classification performance of the proposed method.

Peningkatan Kompetensi dan Pembuatan Teknologi Terbaru Beton Porous di Jurusan Teknik Konstruksi dan Perumahan SMKN 1 Balikpapan

The city of Balikpapan has many flood points every year,.Flood events are a priority issue for the Balikpapan City Government, in 2017 there was an increase in flood events by 89 incidents. To solve this problem is to apply the construction with the latest environmentally friendly technology, namely porous concrete so that surface water can seep into the ground and can become a groundwater reserve. Porous concrete is the latest type of concrete technology with high porosity which is applied as a concrete plate which allows rainwater and water from other sources to pass through. Limited facilities and infrastructure, lack of teaching staff relevant to the Construction and Housing Study Program at SMKN 1 Balikpapan School so that they cannot carry out concrete manufacturing and testing because this is a basic competency that every student must have. The activity began by formulating a program that was relevant to the knowledge and research of the PkM team of the Civil Engineering Department of the Balikpapan State Polytechnic and the problems that exist around Balikpanan City. SMKN 1 Balikpapan to carry out follow-up activities or programs to be implemented, activity planning, activity schedules and activity output. The activities were carried out for 2 days which included socialization and practice of making porous concret.

Divertor Tokamak Test facility project: status of design and implementation

Abstract An overview is presented of the progress since 2021 in the construction and scientific programme preparation of the Divertor Tokamak Test (DTT) facility. Licensing for building construction has been granted at the end of 2021. Licensing for Cat. A radiologic source has been also granted in 2022. The construction of the toroidal field magnet system is progressing. The prototype of the 170GHz gyrotron has been produced and it is now under test on the FALCON facility. The design of the vacuum vessel, the poloidal field coils and the civil infrastructures has been completed. The shape of the first DTT divertor has been agreed with EUROfusion to test different plasma and exhaust scenarios: single null, double null, XD divertor and negative triangularity plasmas. A detailed research plan is being elaborated with the involvement of the EUROfusion laboratories.