Development Process Research Articles

Clinical presentations of post ischemic and post traumatic brain injury scars associated seizures.

Deep scarring inside the temporal lobe of the brain commonly causes focal seizures and structural epilepsy. Temporal herniation/protrusion including encephaloceles deduced by head and skull injury causes refractory epilepsy. In addition to debilitating seizures, epilepsy can cause cognitive and emotional problems with reduced quality of life. The major aim is to prevent the disorder in the first place: identify, detect, and reverse the processes responsible for its onset, and monitor and treat its progression. Epilepsy often occurs following a latent period of months to years (epileptogenesis) because of brain insults, such as head trauma, stroke, or status epilepticus. Although this latent period clearly represents a therapeutic window, we are not able to stratify patients at risk for long-term epilepsy, which is prerequisite for preventative clinical trials. Moreover, because of the length of the latent period, an early biomarker for treatment response would be of high value. Finally, mechanistic biomarkers of epileptogenesis may provide more profound insight into the process of disease development. This review discussed the pathophysiology associated with glial cells in scar epileptogenesis, neurological manifestations, clinical interventions, and current diagnostic and therapeutic approaches.

Dissecting Turkey’s Tourism Development Model: A Political Economy Approach

Tourism is one of the most preferred economic development tools among various alternatives for countries. Many countries have benefited from touristic activities since the implementation of the ideologically-based paradigm shift, particularly after the implementation of neoliberal policies. In general, while positive sciences, including math, affirm that the tourism industry adds significant economic outcomes, some social science literature asserts that tourism-based development plans fail since they cause dramatic sociocultural and environmental harms. Despite the diversity of discussions, there remains a lack of interest in examining the primary causes of Turkish tourism development plans. Hence, this study systematically and critically reviews the relevant literature to enrich the scope and content of the theoretical foundation of the tourism development process. This study also provides recommendations for future studies.

An Algorithm for Identifying the Possibilities of Cascading Failure Processes and Their Development Trajectories in Electric Power Systems

Every year, electric power systems (EPSs) experience accidents resulting in static and dynamic instability, as well as power supply disruptions. Accidents evolve along various trajectories and sometimes can exhibit a cascading effect. In this case, the sequential tripping of generating and/or electric network equipment occurs due to overloads or voltage drops at various nodes of the electric network. This leads to significant losses for industrial and commercial consumers, while also escalating social tensions within the population. This study aims to develop an algorithm for revealing the possibility of cascading failure processes in EPSs and their development trajectories. The use of the algorithm in planning and managing power flows in EPSs facilitates the identification of the boundary between the regions of admissible and inadmissible post-contingency power flows. The algorithm also enables the assessment of the impact of various topology solutions and operational measures on the development of cascading failure processes. This paper presents the results of steady-state calculation for the test schemes of an EPS incorporating 25, 36, and 40 nodes with voltage levels of 6, 35, 110, and 500 kV to illustrate the influence of topology and the non-homogeneity of network parameters on the occurrence and development of cascading failure processes. The deployment of distributed generation facilities of different capacities and FACTS devices, alongside the redistribution of power flows in the network by changing the load of power plants with different electricity generation costs, are considered topology and operational measures that enhance the survivability of the EPS. The performance of the developed algorithm was illustrated through an analysis of the process of the development of a real cascading systemic accident that occurred in the EPS. The proposed algorithm, when utilized in planning and managing power flows in an EPS, facilitates the identification of possibilities for the cascading failure processes and their development pathways to subsequently design and implement the operational measures and topological adjustments to prevent them.

From Suburban Airport to Sustainable Urban District—25 Years of Oslo Fornebu Redevelopment

This article provides a comprehensive description of the spatial transformations of the former Fornebu Airport area near Oslo, Norway, into a multifunctional urban district. The article presents an overall picture, covering both the chronology and various aspects (urban planning, organizational, financial, and technical) of this project and assesses its current state. The text also explores the project’s specifics and outlines the perspective for further research. The site of the former Fornebu Airport is located on a peninsula approximately 7 km from the center of Oslo. Its transformation began in the late 1990s, coinciding with the relocation of air traffic to the new Gardermoen Airport. Since then, the development process has undergone several phases and is now highly advanced. The development features a clear functional and spatial structure (containing housing as well as workplaces and public facilities), resulting from deliberate design decisions and ongoing adjustments. There has also been strong progress in terms of sustainability, especially in technical solutions. The implementation of this project relies significantly on a few private investors who align with the frameworks established by public entities, particularly the urban regulations introduced by the local Baerum municipality. Although the project does not incorporate revolutionary technical or organizational solutions, it serves as an interesting example of current trends in urban planning.

COVID-19 vaccination and test management for healthcare workers—development, implementation and feasibility of a custom human resources information platform at a university hospital

BackgroundThe continuously evolving legislative and reporting requirements during the COVID-19 pandemic posed the demand for establishing an efficient real-time human resources management system at the LMU University Hospital, one of the largest university hospitals in Germany. Developing a system allowing for agile real-time analysis as well as for reporting employees’ COVID-19 vaccination and testing status while ensuring the security of personnel data presented several technical and managerial challenges.MethodsWe designed and implemented a custom COVID-19 human resources information platform in order to fulfill the LMU University Hospital’s legal requirement to report employees’ vaccination and testing status. We designed the platform as an all-in-one solution for all relevant COVID-19 data, merged from five individual sources. The development process was guided by the principles of findability, accessibility, interoperability and reusability (FAIR) with particular focus on interoperability. Here, we present the platform’s design, cumulative user data and discuss the feasibility of the approach including its intended and unintended outcomes.ResultsThe COVID-19 human resources management platform was the first solution of its kind at the LMU University Hospital, emerging from the specific need for an efficient exterior and interior mandate fulfillment. It served both for operational management purposes as well as for strategic pandemic and hospital management. The immediate dependency on data privacy and regulatory adaptations due to the evolving pandemic situation posed the necessity for regular adaptations to the platform’s structure.ConclusionsThe presented case reveals how data utilization requires the concurrent and proactive consideration of data security and interoperability against the background of a scalable architecture. Simultaneously, the development of such platforms needs to be open to new cases, functions and sources, thus requiring a dynamic and agile environment.

A policy analysis of quality-of-care policy of Gujarat state, India

BackgroundEnsuring high-quality healthcare services is crucial. In low- and middle-income countries, poor-quality care is estimated to cause 5.7 to 8.4 million deaths annually, accounting for approximately 15% of all deaths. Also, it becomes impossible to achieve the desired health outcome without quality healthcare services. In this context, the need for a comprehensive Quality of Care (QoC) policy tailored to specific geopolitical context has been emphasized world-wide. This study aimed to analyse the Gujarat Quality of Care Policy to understand and document the policy's development process, its content, and implementation.Methods and materialsThis qualitative study includes two tracks: (1) A narrative synthesis of QoC Policy analysis using the READ approach, combined with a review of office records, to explore its development and understand the strategy’s background. (2) In-depth interviews with stakeholders to gather insights on the policy’s content, key drivers, barriers, and challenges in its development and state-level implementation.ResultsThe Gujarat QoC Policy was initiated with stakeholder mapping involving a diverse, multi-sectoral group. It was guided by the World Health Organization National Quality Policy and Strategy (WHO-NQPS) and Lancet’s Global Health Commission’s High-Quality Systems Frameworks. The policy content was shaped by priority needs, identified gaps, and core elements of quality of care. It addressed interventions at micro, meso, and macro levels, categorizing indicators into input, process, output, and outcome.ConclusionsGujarat’s Quality of Care Policy adopts an evidence-based approach with extensive stakeholder engagement. Broader inclusion of key actors could strengthen its impact. Successful implementation depends on adequate resources, capacity building, and robust monitoring. Future research should evaluate implementation challenges, particularly at the grassroots level and in the context of private sector dominance in the state.

Advancements and challenges in methodological approaches for game-based health interventions: a scoping review

IntroductionApplying game design techniques to create engaging health interventions has become more common, though still met with challenges and criticisms. This scoping literature review evaluates the extent to which recent health-based game intervention studies have improved from past criticisms around the process of game development, theoretical grounding, and implementation in terms of research design.MethodsFollowing a search of relevant databases and an AI tool (Elicit.org), 26 published articles met our selection criteria of reporting a game-based health intervention task developed by the article's authors. In each article, the reported theoretical grounding, use of game mechanics, and methodologies for developing and implementing game-based interventions were assessed. Our procedure involved coding for psychological or game design theories, game mechanics, and the research methods and design approaches used for intervention development. We reasoned that articles grounded in theory would be more likely to report effective methodologies and support for their design choices.ResultsOur findings revealed that authors frequently used quantitative methods to determine intervention impact, explicitly referenced psychological (vs. game design) theory more frequently, and used more than one game mechanic in the interventions. In line with recommendations, the majority of studies used large sample sizes and applied their interventions in real-world settings.DiscussionDespite these improvements, we identified areas of growth: utilizing interdisciplinary teams, user-centered and iterative approaches, and standardizing the reporting of intervention design components. This review is intended to inform the future of applied game design in health contexts.

Towards Sustainability: How Does Climate Policy Uncertainty Affect Regional Green Innovation in China?

So far, the existing literature has examined the impact of climate policy uncertainty (CPU) on the green innovation (GI) of listed firms. However, there is still a lack of research on how climate policy uncertainty affects regional innovation compared to its impact at the firm level. In fact, green innovation is not solely driven by listed firms. Unlisted firms, government, and government-affiliated scientific research institutions also play a crucial role in the research, development, and promotion of green technologies. This paper examines the impact of climate policy uncertainty on green innovation based on panel data for 30 provinces in China from 2013 to 2021 using a fixed effects model. The study finds that moderate climate policy uncertainty promotes regional green innovation. However, further analysis reveals that when a region’s climate policy uncertainty is excessively high, it instead hinders green innovation. The mechanism analysis shows that climate policy uncertainty encourages government investment in innovation while constraining firms’ investment in innovation. Additionally, this paper finds that regional financial development can alleviate firms’ financing constraints, thereby mitigating the negative impact of climate policy uncertainty on firms. Financial development enhances the role of climate policy uncertainty in promoting regional green innovation. The findings of this paper provide a basis for the government if it designates climate policies to promote the realization of green innovation. At the same time, this study also puts forward policy recommendations to improve financial policies and strengthen government support in order to promote the process of green technology research and development, marketization, and industrialization, and to promote the green transformation and sustainable development of China’s economy.

Developing a preconception medical record audit tool for general practice: a multimethod study.

Background Preconception health risk factors documented in general practice electronic medical records help general practitioners (GPs) understand the proportion and type of risks among women attending their practice. We aimed to collaborate with GPs to develop an audit tool for collecting preconception health data from structured electronic medical record fields. Methods This was a three-phase multimethod study. In Phase 1, we developed a preliminary audit tool informed by the literature. In Phase 2, we collaborated with GPs for feedback. In Phase 3, we finalised the audit tool. Results The preliminary audit tool comprised 25 preconception health risk factors, of which three were removed following GP feedback (second-hand smoke, social history, history of sexually transmitted infections). The final audit tool comprised 22 preconception health risk factors. Conclusion This audit tool may assist researchers in understanding the proportion of patients visiting general practice with preconception health risk factors, thereby facilitating the future development of a screening process that may be used to identify and provide preconception care to women who may most benefit from it.

Development of an innovative low-temperature PEALD process for stress-compensated TiO2 and SiO2 multilayer anti-reflective coatings

This study presents a low-temperature plasma-enhanced atomic layer deposition (PEALD) technique for fabricating high-performance, stress-reduced anti-reflective coatings (ARCs). To the best of our knowledge, this is the first extensive study on titanium dioxide (TiO2)/silicon dioxide (SiO2) stacking with PEALD at such a low temperature of 70 °C, which may help to overcome high-temperature deposition issues and mechanical stress for polymer substrates. Despite the presence of impurities in the low-temperature deposited films, the measured extinction coefficient (k < 10–4) indicates negligible optical absorption in both TiO2 and SiO2 layers, ensuring optimal performance for ARCs. Stress compensation is observed between tensile TiO2 films (≈ 220 MPa) and compressive SiO2 films (≈ − 35 MPa). For multi-layer ARCs, this combination strategy leads to a very low total stress of 48 MPa, which is a big step forward for stress control in optical coatings. This stress-reduction effect remains effective even when the thickness difference reaches up to 9.6%. This consistency has been demonstrated in real-world applications, where achieving an ideal level of thinness can be challenging. The optimized process at 150 W plasma power produces high-quality optics with an average reflectivity of 0.35% in the visible range while maintaining low stress, a significant achievement in low temperature deposited optical coatings. The choice of common, cost-effective materials like SiO2 and TiO2 makes this approach easily scalable for industrial use and can see the future of manufacturing ARCs for various applications. These films are characterized by a low density of defects and an amorphous structure with the smoothness of their surface being close to one atomic monolayer (≈ 0.2 nm), which indicates their high optical quality, comparable to films deposited at high temperatures. The low-temperature PEALD presented in this work not only pushes the boundary in advanced optical coatings but also enlarges the capacity in coating temperature-sensitive substrates and complex 3D structures. This innovation paves the way for applications in bendable electronics, high-performance optical components, and next generation display devices.

High-Electron-Mobility MXene-Enhanced Metasurface Biosensors Integrated with Microfluidics for Real-Time Multifunctional Monitoring.

Two-dimensional MXene materials have gained attention in optics due to their excellent conductivity and light absorption, showing great potential in applications such as photodetectors, photothermal therapy, and laser protection. However, the application of MXene in enhancing plasmonic biosensing on metasurfaces has remained largely unexplored. The MXene functional metasurface plasmonic sensor (MetaSPR), integrated with the advanced microfluidic technology (3MSPR device), enables real-time monitoring of antibodies in three critical fields: precision diagnostics, drug development, and expression process monitoring. The MXene-MetaSPR, retaining the layered structure and high conductivity of MXene, exhibits enhanced sensitivity through its synergistic interaction with the electromagnetic fields within nanoarrays. The sensitivity of label-free IgG detection is increased by more than 250-fold, with a detection limit of 2.56 ng/mL. Experimental results demonstrate that this system is capable of detecting high-affinity (pM) binding between therapeutic antibodies and their targets. Additionally, it enables continuous monitoring during the nanobody expression process in engineered bacteria, with a single antibody concentration analysis completed within a time scale of minutes. The 3MSPR device rapidly and efficiently captures the initial phase of kinetic curves, facilitating precise affinity analysis and optimization of expression efficiency.

Design of a Web-Based Citizen Complaint System in Increasing Citizen Participation in the Village Development Process

Jekulo Village faces challenges in managing citizen complaints and grievances due to limited physical infrastructure and time. The conventional complaint mechanism is often ineffective in accommodating citizen aspirations in a transparent and responsive manner. The manual complaint recording and resolution process also causes complaint handling to be slow and less organized. This paper aims to discuss the importance of implementing a web-based citizen complaint system to increase community participation in village development. This system is designed so that residents can submit complaints, grievances, and suggestions more easily and efficiently, while also allowing the village government to respond to complaints more quickly and accurately. With a technology-based system, communication between residents and the village government can run more transparently, and increase accountability in handling complaints. The results of the development of a web-based citizen complaint system in Jekulo Village show increased efficiency in handling public complaints. This system accelerates the process of receiving, verifying, and resolving citizen complaints, so that problems can be handled more quickly and accurately. In addition, transparency in resolving complaints increases, which has an impact on increasing citizen trust in the village government. With the real-time complaint status monitoring feature, residents feel more involved in the village development process. The system also provides data that can be analyzed to identify patterns of problems that often occur, so that village governments can take preventive steps to resolve recurring issues. Overall, the system is an effective tool in strengthening community participation and building villages that are more inclusive and responsive to the needs of their citizens.

Bio-inspired resource allocation optimization using evolution-based genetic algorithm for vocational education skill development: A natural selection approach

This study proposes a genetic algorithm-based optimization approach for resource allocation in vocational education skill development processes. The research addresses the critical challenge of efficiently distributing limited educational resources while maximizing learning outcomes and maintaining operational constraints. Through systematic implementation and rigorous evaluation, we developed a multi-objective optimization model incorporating educational effectiveness, resource utilization efficiency, and distribution equity considerations. The genetic algorithm demonstrated superior performance with a 27.3% improvement in resource utilization efficiency compared to traditional methods and achieved a 92.3% average goal satisfaction rate across defined targets. Experimental results across 12 vocational institutions show significant improvements in key performance indicators, including a 23.7% increase in equipment utilization rates and an 18.9% enhancement in instructor resource efficiency. Statistical analysis confirms the significance of these improvements (p &lt; 0.001). The proposed approach consistently outperformed other contemporary optimization algorithms in terms of convergence speed, solution quality, and robustness across different problem scales. This research contributes to both theoretical understanding and practical implementation of resource optimization in vocational education, providing a robust framework for enhancing educational effectiveness through intelligent resource allocation.

Impacted canines and premolars root dilaceration. Is there a relationship? A cross-sectional study

Impacted canines and premolars root dilaceration. Is there a relationship? A cross-sectional study

Variability in Cotton Fiber Quality under Innovated and Traditional Farming Systems

The quality of fibers significantly impacts spinning efficiency, fabric durability, and overall market value in the industry. This study analyses the quality characteristics of cotton fibers produced by innovative and traditional farming methods, emphasizing the superior fiber properties attained through innovative cotton farming. The cultivation of cotton using advanced agricultural practices resulted in distinguished fiber qualities, attaining a spinning consistency index of 102.42, thereby ensuring improved processing and strong yarn development. The moisture content decreased to 6.05%, which improved fiber stability and reduced processing challenges. The micronnaire measurement of 5.05 μg/inch and a fiber maturity index of 0.899 were significantly increased, improving the overall fiber fineness, strength, and dye absorption characteristics. The mean length of 2.951 cm in the upper half is remarkable, ensuring longer and more durable fibers essential for high-quality textile production. The parameters of strength and elongation are essential in assessing yarn quality. The cotton obtained through advanced agricultural methods exhibited a fiber strength of 36.81 g/tex and an elongation of 6.81%, leading to increased tensile resistance and enhanced fabric durability. The brightness level (80.66 Rd) was significantly increased, while the yellowness (+b = 7.07) was decreased, leading to whiter, cleaner fibers preferred by premium textile manufacturers. Innovative farming practices resulted in a significant reduction in contamination levels, with a short fiber index of 4.88%, a trash count of 26.50 pieces per 100 grams of lint, and a minimal trash area of 1.05%. The enhancements yield a purer fiber, increasing its suitability for high-quality yarn manufacturing. The ginning out-turn of 37.63% was high, optimizing lint recovery and improving economic profitability. The results confirmed that advanced agricultural practices enhanced fiber length, strength, cleanliness, and yield, which are critical factors in the production of high-quality cotton textiles. Adopting these innovative practices can improve cotton status in global textile markets, establishing it as the preferred option for manufacturers in search of high-quality raw materials.

Inclusion of particle dispersion in a rat particle deposition: model improvement and validation

Deterministic models have been developed for the predictions of the deposited dose to the respiratory tract from inhalation of airborne materials. The complexity of the lung geometry, ventilation mechanics, and transport processes have required model assumptions and simplifications. Model validation is an integral part of the development process before models can be applied to specific scenarios of interest. While several validation efforts have been reported in the literature for regional deposition in the respiratory tract, there is a desire to refine the models to enhance the power of predictions to smaller regions such as per lobe and generation of the respiratory tract. This imperative is contingent on the availability of data. Hence, we refined and validated our lung deposition model developed in rodents by adding additional physical mechanisms missing in the original model. Convective mixing of particles impacts both the distribution and deposited dose of inhaled particles. We developed a semi-empirical mixing model for particle exchange in the pulmonary region between the respiratory ducts and alveoli with parameters determined by fitting the model with recent measurements by Lin et al. The refined model was used to predict lobar, regional, and site -specific deposition of inhaled trace metals in the puff of regular and mentholated little cigars. Model refinements yielded increased deposition throughout the lung and matched deposition predictions more closely with measurements. The refined deposition model can be used to study the risk from inhalation of tobacco products as well as environment particles.

Partnering With Youth to Enhance Healthcare Access and Experience: Lessons Learned From a Teen Advisory Group.

Youth are experts of their experiences and well-positioned to be effective partners in innovation. A common method to engage youth in innovation is through an advisory board. This paper focuses on the development and implementation of a nation-wide teen advisory group (TAG) as part of the Comprehensive Healthcare for Adolescents Initiative (CHAI) Project at Texas A&M University. The CHAI project aimed to develop innovative programs that increase youth access to, and enhance experiences with, healthcare services. A TAG was developed at the project's onset to ensure youth voice and experiences drove the program development process. This paper describes methods used to recruit and convene CHAI TAG members, results and outcomes of their efforts throughout the program development process, and conclusions and lessons learned for practitioners and youth engagement researchers. Project staff from Texas A&M University recruited youth from across the nation through electronic mediums in Fall 2020. Engagement comprised meeting attendance and take-home activities. All meetings and activities were optional based on the youth's availability. Throughout the project, CHAI hosted 31 virtual meetings and offered nearly 20 unique activity opportunities for TAG members. Their insights and ideas drove the direction of the program development process, informing program design and content. The TAG's insights and feedback were instrumental in developing programs related to youth-friendly spaces, confidentiality, assessing for unmet needs and healthcare navigation. The program's success in engaging youth provides a model for other youth engagement efforts. This paper focuses on how a group of young people from across the country served as members of a teen advisory group (TAG) to develop innovative programs for healthcare settings. Said TAG members provided invaluable insight that informed and drove a cyclical program development process. The TAG members began by sharing their experiences with healthcare services and providers, then they envisioned ideal healthcare encounters. Such experiences, along with the youths' continuous feedback, led to the development and fine-tuning of three program ideas focused on organizational change to improve adolescent healthcare.

Development of a patient decision aid for type 2 diabetes mellitus: a patient-centered approach

BackgroundPatient decision aids (PDAs) can effectively facilitate shared decision-making (SDM) between patients and healthcare professionals. The International Patient Decision Aid Standards (IPDAS) Collaboration created a model for the systematic development of PDAs. However, the absence of a solid evidence base limits practical recommendations for best practices. For example, uncertainties exist about the most appropriate method for identifying the needs and preferences of patients and healthcare professionals. This study aims to detail the development process for the development of a PDA for type 2 diabetes mellitus (T2DM), using the IPDAS model.MethodsFrom September 2020 to February 2023, we systematically developed the PDA for T2DM in the Netherlands. We adopted a patient-centered approach by researching patient considerations and actively collaborating with a multidisciplinary steering group, including patients with T2DM, patient organizations, and healthcare professionals. The PDA content and prototype development were determined by incorporating patients’ needs and preferences, input from the steering group, and available evidence regarding T2DM treatment options. The research team and steering group iteratively reviewed the PDA prototype.ResultsA web-based PDA was developed consisting of five sections: 1) information about T2DM and the available treatment options; 2) comparison of treatment options; 3) questions to assess patients’ knowledge; 4) value-clarification exercise; and 5) summary of the patient’s journey through the PDA. Before patients use the PDA, healthcare professionals can preselect the most relevant treatment options.ConclusionsEarly and iterative involvement of relevant stakeholders in the development process of the PDA helped the alignment of the PDA with the needs and preferences of the diverse end-users. In a future study, we will investigate the effectiveness of the PDA in facilitating SDM in T2DM care.Trial registrationInternational Clinical Trials Registry Platform ID: NL8948, date of registration: 05–10-2020.

Shifting collective values: the role of rural women and gotong royong in village fund policy

This article analyzes the role of women in the village fund incentive policy in Indonesia, focusing on how fiscal stimulation for villages influences traditional gotong royong practices and leads to a transition toward procedural gotong royong. This shift not only alters community mindsets but also affects the status and involvement of women in village development. The study mixed an ethnographic approach with quantitative methods to examine the impact of village funds on socio-cultural values in five villages in Blora Regency, Central Java, mainly focusing on the role of women. This research is based on the social capital (SC) theory approach, where SC benefits individuals and communities involved in social interactions. Through this approach, the study aims to observe how the meaning of gotong royong has shifted for women in the village. The findings indicate that women play a crucial role in adapting global development schemes at the local level. In the planning and implementation processes of village development, women actively participate, contributing to procedural gotong royong mechanisms that align with national policies. Their participation strengthens their dual role, where women act not only as development agents but also as pillars in ensuring the implementation and accountability of village fund programs. The social value shift from domestic calculative orientation to public engagement occurs alongside the changing roles of women within the gotong royong system. Despite challenges, such as limited stimulation of women’s participation in this process, they continue to dynamically balance their domestic and public roles.

Reflections on the Design Value of Traditional Chinese Decorative Patterns

Chinese traditional decorative patterns are a unique humanistic art paradigm with oriental poetic charm that has emerged in the development process of Chinese decorative art. They express the aesthetic trends and aesthetic practices of Chinese decorative art. Based on the understanding of the three characteristics of the poetic connotations of Chinese traditional decorative patterns, namely "poetic semantics", "harmonious aesthetic feeling", and "inclusive nature", this paper attempts to present the root aesthetic logic in the tradition of decorative art from an oriental context. It also hopes to create an internal cultural identity with poetic connotations in modern design through this exploration.