Specific Effects Research Articles

Assessing the effect of model specification and prior sensitivity on Bayesian tests of temporal signal.

Our understanding of the evolution of many microbes has been revolutionised by the molecular clock, a statistical tool to infer evolutionary rates and timescales from analyses of biomolecular sequences. In all molecular clock models, evolutionary rates and times are jointly unidentifiable and 'calibration' information must therefore be used. For many organisms, sequences sampled at different time points can be employed for such calibration. Before attempting to do so, it is recommended to verify that the data carry sufficient information for molecular dating, a practice referred to as evaluation of temporal signal. Recently, a fully Bayesian approach, BETS (Bayesian Evaluation of Temporal Signal), was proposed to overcome known limitations of other commonly used techniques such as root-to-tip regression or date randomisation tests. BETS requires the specification of a full Bayesian phylogenetic model, posing several considerations for untangling the impact of model choice on the detection of temporal signal. Here, we aimed to (i) explore the effect of molecular clock model and tree prior specification on the results of BETS and (ii) provide guidelines for improving our confidence in molecular clock estimates. Using microbial molecular sequence data sets and simulation experiments, we assess the impact of the tree prior and its hyperparameters on the accuracy of temporal signal detection. In particular, highly informative priors that are inconsistent with the data can result in the incorrect detection of temporal signal. In consequence, we recommend: (i) using prior predictive simulations to determine whether the prior generates a reasonable expectation of parameters of interest, such as the evolutionary rate and age of the root node, (ii) conducting prior sensitivity analyses to assess the robustness of the posterior to the choice of prior, and (iii) selecting a molecular clock model that reasonably describes the evolutionary process.

Blended Learning for Skill Development in EFL Teacher Preparation

Background: Blended learning, which integrates online and face-to-face instruction, is increasingly essential in teacher education, especially for English as a Foreign Language (EFL). Gap: Research is limited on its specific effectiveness in building EFL pedagogical skills. Aim: This study examines whether blended learning better supports teaching success for EFL prospective teachers than traditional methods. Results: Blended and face-to-face methods equally boost educational success, but the blended approach better prepares future teaching skills. Novelty: This study reveals blended learning's unique value in EFL teacher preparation. Implications: Institutions should adopt blended learning to enhance adaptive teaching skills for modern classrooms. Highlights: Blended learning enhances teaching skills by combining online and face-to-face methods. This approach uniquely prepares EFL teachers for modern, adaptive classrooms. Institutions should integrate blended models for effective teacher development. Keywords: Blended Learning, EFL Teacher Training, Pedagogical Skills, Educational Success, Hybrid Teaching

Douyin—— the leading application in short video in the next decade

In recent years, along with the comprehensive innovation of communication technology, new media has also achieved rapid development and gradually penetrated into various fields. According to the 48th Statistical Report on the Development of the Internet in China released by the China Internet Network Information Center, as of June 2021, the number of Internet users in China has reached 1.011 billion, of which 888 million are short video users, accounting for 87.8% of the total Internet users. According to the survey results of the products most commonly used by short video users from 2020 to 2021, Douyin ranked first with 45.2%. As one of the emerging social media, Douyin short video APP is different from the previous simple graphic social, but the combination of music, special effects and video, so as to closely connect users of different ages, industries and identities. Based on this, this paper will discuss the possibility of Douyin platform to achieve fine operation and further expand market share by optimizing user generated content (UGC) model and analyzing the personality and commonality of audience psychology.

Technologies in the History of the Movie Industry

The paper titled “Technologies in the History of the Movie Industry” examines the evolution of film technologies and their profound impact on the industry. It explores key technological advancements, from early silent films to talkies, black-and-white to colored films, and the rise of CGI and 3D technology. Each advancement not only enhanced the visual and emotional experience for audiences but also helped filmmakers convey complex ideas and create immersive worlds. The success of iconic films like Avatar, Metropolis, and Jurassic Park demonstrates how innovations in special effects, sound, and imagery have shaped the industry’s growth. The paper emphasizes that these technologies not only improved film quality but also allowed for deeper connections between audiences and the stories being told, ultimately expanding the possibilities of cinematic expression. Through historical analysis, the paper reveals how each technological milestone contributed to the artistic, cultural, and economic success of the film industry.

The Effect of Technical Specifications on Ceramic Tiles used for Cladding of Swimming Pools

The study of the impact of the technical specifications of ceramic tiles requires a comprehensive understanding of the nature of the tiles in order to obtain tiles with special specifications different from ordinary tiles (floors, walls) The research was divided into three chapters and due to the importance of this topic, the researcher wanted to formulate the research issue with the following question: How important are the technical specifications of ceramic tiles used in cladding swimming pools? Relevance: While the importance of the research study is embodied by studying the efficiency of the technical specifications for ceramic tiles, in addition to documenting and enriching the knowledge aspect of the technical specifications. Objectives: While the current study aims to reveal the extent to which the technical specifications of the ceramic tiles used in the cladding of swimming pools are, As for the limits of the research, it was determined through the objective aspect by studying the importance of the technical specifications of ceramic tiles used in the cladding of swimming pools, while the limits of the research included the spatial limit of swimming pools through photographs and the temporal limit of the time period 2014-2024. Methods: The second chapter included the first and its main headings: The specifications of ceramic tiles with architectural cladding, the technique of using cladding in swimming pools, achieving the aesthetic and functional identity of ceramic tiles used in cladding swimming pools The form and organization of the design body using ceramic tiles for swimming pools, the importance of cladding using ceramic tiles in swimming pools, the level of organization of the technical specifications of the design configurations, the design integration of ceramic tiles used in the cladding of swimming pools) The third chapter specialized in defining the topic of research procedures, represented by the research methodology based on the analytical descriptive method, while the research population was based on the purposive selection method. Results: The fourth chapter included the conclusions of the research findings, as well as the recommendations for future proposals and the proposed design of tiles inside swimming pools. Conclusions: It is possible to determine the technical specifications of the tiles in the design and cladding of swimming pools in accordance with the consumer's desire, taking into account the compositional factors in the cladding processes.

Research on the Cultural Factors of Insufficient Expression of Emotion in the Application of AIGC Technology in Film Production

This study discusses the application of AIGC technology in film production and its shortcomings in emotional expression. AIGC technology provides efficient, low-cost solutions in multiple aspects of film production, such as script writing, special effects production and image generation. However, AIGC technology still presents challenges in emotional expression and accurate communication of cultural context. This paper analyzes the application status of AIGC technology in movies and points out its limitations in character expression, tone of character lines, and background construction. It is found that the emotional expression of characters generated by AIGC often lacks delicacy and cannot perfectly present complex emotional changes, especially for the emotional expression in a specific cultural background. To this end, the article suggests that the AIGC technology should play a greater role in film production by enriching the emotional and cultural data of the AIGC model and strengthening the deep understanding of text and images.

Limits and Potentials of Special Relativity

This paper presents the application of special relativity to different thought experiments. Some issues will be noted and a modification of special relativity will be presented. That modification can be tested and one interpretation of the preliminary result supports the modification. After presenting the history of special relativity, the non-simultaneity of special relativity is questioned in our macro world. In addition, some issues between light-clocks and the application of Lorentz transformation are presented. All this indicates that there is something not right with special relativity. A new proposal is presented based on an adaptation of special relativity; this new proposal solves the anomalies and could be a solution to the twin paradox. It has a prediction: a difference with special relativity which has been tested with a new experiment and the preliminary results support the new proposal. Previously, a lack of special relativistic effects has been observed in the universe [Davis et al., 2004]; that second observation is also explained with the new proposal.

Multifunctional highly conductive cellulose nanopaper with ordered PEDOT:PSS alignment enabled by external surface area-promoted phase separation

Integrating cellulose, the most abundant biopolymer on Earth, with PEDOT:PSS, the most commercially available conducting polymer, can create multifunctional conductive nanopapers for sustainable electronics. However, conventional PEDOT:PSS/cellulose composites often exhibit limited conductivity, primarily due to the random distribution of PEDOT and the aggregation of PSS within the cellulose matrix. Herein, we introduce a confined phase separation approach that leverages the inherent physical characteristics of the cellulose substrate to enhance the performance of these composites. By systematically investigating the influence of the external surface area of nanocellulose on PEDOT:PSS coverage and composition evolution, we demonstrate that a higher external surface area ensures uniform PEDOT:PSS coating on nanocellulose networks and facilitates effective PSS removal during secondary doping. This process enhances phase separation and promotes ordered alignment of PEDOT chains along nanocellulose, resulting in an electrical conductivity of up to 252 S cm−1. Such highly conductive nanopapers exhibit exceptional performances in supercapacitors and electromagnetic shielding, achieving an ultrahigh specific electromagnetic shielding effectiveness of 33,122 dB cm2 g⁻1 at only 6 μm thickness. Our study highlights the critical role of cellulose substrate selection at the nanoscale and elucidates the interactions within conducting polymers, offering a promising pathway for developing high-performance, sustainable electronics.

Modelling absorption and emission profiles from accretion disc winds with WINE

Fast and massive winds are ubiquitously observed in the UV and X-ray spectra of active galactic nuclei (AGNs) and other accretion-powered sources. Several theoretical and observational pieces of evidence suggest they are launched at accretion disc scales, carrying significant mass and angular momentum. Thanks to such high-energy output, they may play an important role in transferring the energy released by accretion to the surrounding environment. In the case of AGNs, this process can help to set the so-called co-evolution between an AGN and its host galaxy, which mutually regulates their growth across cosmic time. To precisely assess the effective role of UV and X-ray winds at accretion disc scales, it is necessary to accurately measure their properties, including mass and energy rates. However, this is a challenging task, due to both the limited signal-to-noise ratio of available observations and the limitations of the models currently used in the spectral analysis. We aim to maximise the scientific return of current and future observations by improving the theoretical modelling of these winds through our Winds in the Ionised Nuclear Environment (WINE) model. WINE is a spectroscopic model specifically designed for disc winds in AGNs and compact accreting sources, which couples photoionisation and radiative transfer with special relativistic effects and a three-dimensional model of the emission profiles. We explore with WINE the main spectral features associated with the disc winds in AGNs, with a particular emphasis on the detectability of the wind emission in the total transmitted spectrum. We explore the impact of the wind ionisation, column density, velocity field, and geometry in shaping the emission profiles. We simulated observations with the X-ray microcalorimeter Resolve on board the recently launched XRISM satellite and the X-IFU on board the future Athena mission. This allows us to assess the capabilities of these telescopes in the study of disc winds in X-ray spectra of AGNs for the typical physical properties and exposure times of the sources included in the XRISM performance verification phase. The wind kinematic and geometry (together with the ionisation and column density) deeply affect both shape and strength of the wind spectral features. Thanks to this, both Resolve and, on a longer timescale X-IFU will be able to accurately constrain the main properties of disc winds over a broad range of ionisation, column densities, and covering factors. We also investigate the impact of the spectral energy distribution (SED) on the resulting appearance of the wind. Our findings reveal a dramatic difference in the gas opacity when using a soft, Narrow Line Seyfert 1-like SED compared to a canonical powerlaw SED with a spectral index of $

Visual Communication Method of Multi-Frame Film and Television Special Effects Images Based on Deep Learning

In the view of art form change, there is a perspective problem in the detail part of multi-frame film and television special effects (TSEs) images in the special effects rendering module, which leads to the greater ambiguity of multi-frame film and TSEs images. In order to advance the talent of identifying the detail structures and characteristics of multi-frame film and TSEs images, a visual communication technology of multi-frame film and TSEs images in the view of art form change grounded on deep learning is suggested. The transmission relation model of detail characteristics of multi-frame film and TSEs images in the field of artistic form change is constructed, and the attenuation treatment of detail action special effects of multi-frame film and TSEs images in the field of artistic form change is carried out with the assistance of deep learning approaches. The detailed information and color of multi-frame film and TSEs images are obtained by using prior map knowledge instead of rendering basic color. Over the technique of filtering and preserving, the multi-frame film and TSEs images are directed to screen the detailed feature quantity of the input film and TSEs images in the field of artistic form change. In addition, the Sobel operator is practiced to perceive the scrawny edge information of multi-frame film and TSEs images, and block fitting interpolation and depth filtering analysis are used in the edge area to realize the visual communication and color feature parameter identification and amplification of multi-frame film and TSEs images in the field of artistic form change, so as to improve the fuzzy enhancement of multi-frame film and TSEs images. The test results and results indicate that the average Peak signal-to-noise ratio (PSNR) of the proposed method is about 37.7166[Formula: see text]dB, which is 49.08% and 52.08% higher than the PSNRs of the Harris method and SUFR method, respectively. It has been confirmed that this scheme can successfully solve the edge blurring and distortion problems of multi-frame movies and image images in the field of art form change.

Comparative Characteristics of Short-term and Long-term Adaptation by Blood Analysis of Foreign Female Students (India) to the Educational Process System

The article is devoted to the study of the comparative characteristics of the analysis of the leukocyte formula indicators of foreign female students from India during short-term and long-term sociocultural and other demographic factors of adaptation to educational process systems. We found little difference in the blood analysis of foreign Indian female students with short-term, long-term and social adaptation to the educational environment. Based on the evidence of the studied material, it is determined that the body reacts to each environmental requirement with a special effect. If, in one case, as at the initial stage of training, a student is faced with a situation of non-variability, then this requires the mobilization of many resources of the body, while in another case, at a longer and already established stage of training, the student’s body successfully copes with various influencing factors.

지식재산 일반 교과를 통한 특허명세서 작성 교육의 시사점 및 개선 방안

Objectives This study scrutinizes the teaching of patent specification writing through the general intellectual property course, draws implications, and suggests ways to improve the 2022 curriculum. Methods This study was conducted in the following ways First, we compared and analyzed the documents of the general intellectual property curriculum of the 2015 and 2022 curricula to identify changes in the achievement standards related to patent specification writing education. Second, we systematically reviewed textbooks, teacher guides, and teaching and learning materials to investigate the content and methods of patent specification writing education in actual educational settings. Third, we analyzed the requirements of patent specification writing education and the differences between domestic and foreign countries by reviewing relevant laws and regulations such as the Patent Act and the Patent Act Enforcement Rules, and identifying international trends through overseas cases. Fourth, we verified the feasibility and effectiveness of patent specification writing education through generative AI by utilizing actual patent specification and Chet Giffity. Through this multifaceted analysis, we identified problems in the current patent specification writing education through general intellectual property courses and proposed improvement measures. Results The implications of patent specification writing education through general intellectual property courses are, first, that it does not fulfill both relevant performance standards and legal requirements. Second, there is a lack of consideration on the selection of invention ideas that are the subject of patent specification writing education. Third, the number of class hours required to teach patent specification writing through general intellectual property courses and the number of teachers to implement the program are insufficient. Conclusions To improve, first, all of the components of a patent specification should be available for writing. Second, it should be possible to protect student-generated invention ideas while broadening the scope of the patent specification. Third, generative AI can be utilized as an assistant teacher to solve the problem of lack of educational content, time, and teacher resources in patent specification writing education. If these improvements are applied and expanded, it is expected that the patent specification writing education through the general intellectual property curriculum in the 2022 curriculum will be more applicable in schools and have a significant educational effect on problem-solving and computational thinking skills.

Influence of velocity pulse directivity on seismic response of cross-fault bridges

Pulse-type ground motions have special destructive effects on structures, and directivity is one of the fundamental characteristics of velocity pulses. In this paper, the impact of the velocity pulse directivity of seismic motions on both sides of the fault on the seismic response of fault-crossing bridges was quantified using the original records from the Chi-Chi earthquake in Taiwan. First, an automatic baseline correction method was applied to restore the permanent ground displacement, and the direction corresponding to the strongest pulse energy on both sides of the fault was identified based on continuous wavelet transformation. On this basis, the variability of the peak intensity of ground motions on the hanging wall and footwall in different directions, as well as the differences in pulse characteristics between the strongest pulse component and the two initial horizontal components, were analysed. Finally, a typical 5 × 30 m continuous girder bridge was considered as the research object to reveal the influence of the velocity pulse directivity on the seismic response of key parts on both sides of the fault. The results showed that the variability in the peak ground-motion intensity on the hanging wall of the fault was higher than that on the footwall. The displacement variability was up to 863 %, velocity was 262 %, and acceleration was 124 %. The pulse characteristics of the strongest pulse component were stronger than those of the parallel and vertical fault components, and its acceleration, velocity, and displacement response spectra were larger. The amplification effects of the velocity pulse directivity on the transverse bending moment, longitudinal bending moment, and torque of the pier bottom reached 1.3, 1.1, and 1.6, respectively. However, the amplification effect of the velocity pulse directivity on the relative displacement of the pier top, displacement of the main beam, and displacement of the bearing was more than 1.6 times, which was more significant than the internal force of the pier bottom.

Study on cerebral oxygen saturation in children with sleep-disordered breathing.

To explore the association between the severity of sleep-disordered breathing, different types of respiratory events, peripheral oxygen saturation (SpO2), age and sleep stage on cerebral oxygen saturation (rSO2) in children. We enrolled children aged 4-14 years who were treated for snoring or mouth breathing at the Sleep Center of Beijing Children's Hospital, from February 2022 to July 2022. All children completed polysomnography, and SpO2, rSO2, and heart rate (HR) were recorded synchronously. A total of 70 children were included, including 16 (22.9%) with primary snoring, 38 (54.3%) with mild obstructive sleep apnea (OSA), and 16 (22.9%) with moderate-to-severe OSA. There were no significant differences in the mean rSO2 or minimum rSO2 among the primary snoring, mild OSA, and moderate-to-severe OSA groups (all p > 0.05). A total of 1119 respiratory events were included in the analysis. Regardless of the type of respiratory event, rSO2 and HR changes occur prior to fluctuations in SpO2. A mixed-effects model showed that ΔrSO2 was positively correlated with ΔSpO2, duration of respiratory event, mixed and obstructive apnea, central apnea, while negatively correlated with age and rapid eye movement (REM) sleep stage (all p < 0.05). Larger rSO2 fluctuations were impacted by a greater ΔSpO2, longer duration of respiratory events, younger age, apnea-related respiratory events and non-REM sleep stage. Thus, sleep disordered breathing in younger children warrants more attention. More research is needed to determine whether REM sleep has special protective effects on rSO2.

Machine learning and propensity score matching for evaluating the effect of special education services on childrens later math performances

The goal of the research is to analyze the effect of special education service brought to childrens later math performance. The dataset is derived from Early Childhood Longitudinal Studies(ECLS) program and the children being studied come from diverse socioeconomic and racial/ethnic backgrounds. We applied PSM and modern machine learning methods including OLS, KNN, BART and MLP on the data in order to calculate the average treatment effect of special education services. It turned out that all the listed machine learning algorithms with comparatively low STD outperformed the traditional propensity score matching. KNN, BART and OLS excelled, offering much more stable calculations. The value of ATE computed through all the methods appeared below zero. By applying linear regression and PCA on all the influencing factors, the analysis revealed that the differences of some factors between the controlled and exposed groups led better math performances to appear usually in the absence of special treatment. Thus, special treatment effect led the trained model to predict lower scores, which finally caused the difference to be negative.

Audit Quality, Auditor Specialization, and Sustainability Reporting: Their Impact on Cost of Capital Moderated by Company Size of the Kompas 100 Index in the Indonesia Stock Exchange Market

The capital market has become an attractive instrument for both local and foreign investors. This study aims to analyze and provide empirical evidence regarding the influence of audit quality, auditor specialization, and sustainability reporting on the cost of capital. Additionally, it investigates how company size moderates the relationship between these variables and the cost of capital. The study focuses on companies listed in the Kompas 100 Index on the Indonesia Stock Exchange (IDX) from 2018 to 2022. A quantitative approach is employed, utilizing secondary data available from the IDX (www.idx.go.id), specifically from company annual reports. Data collection involved recording relevant information from the annual reports of each company. The population of the study comprises companies included in the Kompas 100 Index, with a sample selected through non-probability sampling (purposive) with the criteria of being listed in the Kompas 100 Index for the consecutive periods of 2018 to 2022, sample resulted 54 companies. The data analysis method applied is Moderated Regression Analysis (MRA). The results reveal that audit quality has a negative effect on the cost of capital, while auditor specialization shows no significant effect. Furthermore, sustainability reporting also has a negative effect on the cost of capital. As for the moderating variable, company size successfully moderates the relationship between audit quality and the cost of capital, but it does not moderate the effect of auditor specialization or sustainability reporting on the cost of capital.

Shooting Simulator «Inhibitor»: Mathematical Support of Shot Special Effects

The algorithms for preparing shooters to perform an exercise, conducting its course with real-time informing, as well as the implementation of mathematical support of shot special effects (sounds, tracers, explosions, hits, and misses) for the optical-electronic shooting simulator 'Inhibitor' developed at Institute of Mechanics UdmFRC UB RAS and at facilities of Computer Department of Kalashnikov ISTU jointly with JSC «Kalashnikov» Concern» are described. A tactical and technical task is given for the visual and sound effects of a shot, such as tracers, grenade ruptures, misses, return fire, and controlled flight of PTURS. In addition, the manager must monitor the weapon simulator sensors during the preparation of the exercise (magazine, fire switch, cartridge inside the barrel and sight readings) and conduct the course of the exercise with real-time viewing of both targets and shots and altering the ammunition number and type (all ammunition can be made tracer ones). The arrows are selected from the department database for convenience. Viewing shooting errors and aiming along with hit points allows correction of trainees’ actions by means of commands and quick display service information for trainee independent classes on the projection screen. The study the factors affecting ballistic dispersion was carried out and the recommendations for its modeling were formulated. The literature review confirms the potential of further research and development of electronic rifle simulators via improvement of computational tools and the development of software libraries in order to increase the accuracy of shot process simulation and flexible display adjustment of current training exercise results. It is necessary to expand realistic opportunities of shot special effects and reduce the cost constantly, which means to increase the competitiveness of electronic shooting simulators.

Early Specialization and Progress of Finalist Swimmers in World Championships and Olympic Games.

Background: The main objectives of this study were to analyze the effect of early specialization in swimming and to observe the general patterns of success of two different sport specialization models [Spanish (SPA) and United States of American (USA) swimmers] participating in World Championships (WCs) and Olympic Games (OGs) between the years 2006 and 2021 of all swimming strokes and distances. Methods: Descriptive analyses and contingency tables were examined for all the variables. Explanatory models of the z scores were estimated from age depending on the events' distances and strokes. Quadratic regression models were developed to capture the behavior of the variable time with parabolic functions, and the significance of the global model and the predictor variables (age) were also evaluated. In addition, the optimal age (peak performance) as well as the curvature of the model were analyzed. These models were compared between SPA and USA swimmers. Results: The results showed that the main differences in the patterns to success between SPA and USA were the earlier participation of USA swimmers in high-level competitions, as well as the greater number of participants for all the strokes, events, genders, and competitions. Age peak performance in short distances was lower for Spanish swimmers, obtaining the opposite situation for long distances. Conclusions: Being a finalist in junior WCs did not influence success in the finals of the senior WCs and OGs. Main differences in general patterns of success between SPA and USA showed younger swimmers participating in short-distance events, backstroke, and butterfly for USA swimmers and older swimmers taking part in butterfly and short-distance events for SPA.

Preventing Stunting Through Effective Supplementary Feeding

General Background: Stunting is a significant public health issue that adversely affects child growth and development, particularly in developing countries like Indonesia, leading to increased morbidity and mortality rates. Specific Background: In Kedung Peluk Village, Sidoarjo Regency, the Supplementary Feeding Program (PMT) was implemented to combat stunting, but its effectiveness remains uncertain. Knowledge Gap: There is limited research evaluating the specific effectiveness of PMT in this context, necessitating a thorough examination. Aims: This study analyzes the effectiveness of PMT in preventing stunting in Kedung Peluk Village, focusing on indicators such as target accuracy and program understanding. Results: While PMT is well-targeted and timely, many community members lack understanding of stunting prevention. Although the number of stunted children decreased from 15 to 9, awareness of nutritional needs remains low. Novelty: This research offers new insights into PMT's effectiveness in a rural setting, highlighting community perceptions. Implications: The findings emphasize the need for improved educational initiatives to enhance community understanding and engagement, ultimately aiming to reduce stunting rates. Highlights: Effectiveness Evaluation: The study assesses PMT's impact on reducing stunting rates among children in Kedung Peluk Village. Community Awareness: Significant gaps exist in community understanding of nutritional needs and stunting prevention. Educational Initiatives: Enhanced educational strategies are crucial for improving engagement and knowledge about stunting in the local population. Keywords: Stunting, Child Nutrition, Public Health, Providing Supplementary Food (PMT)

Visual Communication Method of Multi frame Film and Television Special Effects Images Based on Deep Learning

For the dynamic film and television special effects industry, creating visually stunning and valuable graphics requires the integration of excellent deep-learning algorithms. This paper presents an enhanced version of the 3-D Convolutional Neural Network (3-D CNN), specifically tailored to meet the demanding needs of multi-frame television and film special effects. The version’s key feature is its efficient data handling through coupled precision training, significantly increasing computational efficiency while reducing memory needs. This method, which combines floating-issue operations of 16 and 32 bits, is ideal for efficiently processing large amounts of high-resolution video data. The proposed 3-D CNN structure excels in extracting and analysing complex spatiotemporal capabilities from video sequences, capturing the spatial and temporal nuances crucial in film imagery. This capability is important for accomplishing excessive fidelity in visual results, ensuring seamless integration with live motion pics. Incorporating a cutting-edge attention mechanism inspired by the aid of transformer-based architectures, the model specialises inside the maximum pertinent components of video frames to enhance the quality and realism of outcomes. Furthermore, the model boasts an excessive-resolution processing characteristic, permitting simultaneous capture of first-rate records and broader scene context. This guarantees consistency and realism in outcomes, from complicated textures to the overarching visual narrative. Advanced regularisation strategies are hired to prevent overfitting, permitting the model to generalise efficiently through numerous film manufacturing conditions. The state-of-the-art 3-D information augmentation techniques make the model robust and prepare it to deal with an intensive variety of challenging situations involving computer special effects. Real-time processing competencies make the model a game-changer for on-set visible outcomes and adjustments. Designed for seamless integration with the famous CGI software program software utility, it allows a harmonious aggregate of AI and ingenious creativity. Acknowledging the environmental impact of high-powered computing, the model consists of power-efficient computational techniques that align with sustainable computing practices, lower operational costs, and are related to processing complex video statistics. model boasts an excessive-resolution processing characteristic, permitting simultaneous capture of first-rate records and broader scene context. This guarantees consistency and realism in outcomes, from complicated textures to the overarching visual narrative. Advanced regularisation strategies are hired to prevent overfitting, permitting the model to generalize efficiently through numerous film manufacturing conditions. The state-of-the-art 3-D information augmentation techniques, in addition, make the model robust, and prepare it to deal with an intensive variety of computer special effects challenging situations.