With the increasing development of academic research, thesis writing and publication have become important ways to measure scientific research achievements. However, non-standard thesis formats not only affect the reading experience, but may also lead to a decrease in the evaluation of academic achievements. Therefore, this article proposes a rule engine based automatic paper format detection system, aiming to improve the efficiency and accuracy of thesis format review and reduce manual review costs. This system is built on the basis of the Office Open XML document specification, which formulates a series of format checking rules for the basic format requirements of thesis. Then, the rule engine conducts in-depth checks on the thesis based on the preset format specification, automatically identifies format problems that do not comply with the specification, and outputs a detection report. It provides modification suggestions to assist users in quickly correcting format errors.

The development of IoT, AI and sensor communication technology has led to the emergence of diverse interactive scenarios, with intelligent natural interactive interfaces becoming a common feature of smart home interactive interface design. However, the influence of traditional design methods and systems limits the ability of current designers to fully absorb new technological elements, preventing them from optimising product functions. In order to address this issue, this study has initiated an exploration of smart home interactive interface design methods. The researchers extracted 21 heuristics for smart home interactive interface design (DHS) from exemplary design cases and employed these in practice to assess their efficacy. They then summarised the model of the DHS for smart home interactive interface design.

Optical coherence tomography angiography (OCT-A) is a non-invasive visualization imaging technology with high-resolution that can more clearly image tiny blood vessels. Using OCT-A imaging technology, certain ophthalmic diseases can be better diagnosed by the morphological changes of retinal blood vessels. However, the task of segmenting retinal vessels is still very challenging due to the large variation in vessel size and shape and the presence of noise. In this paper, by introducing a transformer with a self-attention mechanism, we propose a novel multi-scale transformer-based channel and global attention network (MsTCG-Net) for segmentation of blood vessels in retinal OCT-A images. In MsTCG-Net, transformer-based channel joint attention (TC) block and transformer-based global joint attention (TG) block are proposed to capture multi-semantic features from spatial and channel dimension and fuse global contextual semantic features from different layers of encoder. Experimental results show that our proposed method achieves better segmentation performance than other state-of-the-art U-Net-based methods.

Underground media are generally affected by the initial stress of the overlying strata. At the same time, the uncoupled interface is an important influencing factor of seismic response, as well as an essential reservoir environment, reservoir space, and migration channel. It is significant to explore the parameters of the uncoupled interface under stress for identifying oil and gas reservoirs. As an effective means of predicting reservoir physical parameters, pre-stack seismic inversion uses information on uncoupled interface fractures under stress to improve the accuracy of reservoir parameter prediction, overcome the problem of insufficient interface parameter prediction methods, and promote oil and gas reservoir exploration and development. Based on the precise equations for directly characterizing uncoupled interface fracture weakness parameters, this paper uses the ANNI inversion method to realize the nonlinear inversion method of uncoupled interface fracture parameters. The feasibility and practicability of predicting underground medium parameters from seismic response characteristics have been verified through model testing and actual work area application.

Digital twin is a new technical means to realize the interactive integration of the physical world and the information world. It has been widely used in many business fields and has received more and more attention. Based on the analysis of the connotation and architecture system of digital twin, this paper discusses its key technologies in model construction, data collection and analysis, virtual-reality interaction and visualization, summarizes the research progress of digital twin technology in hot fields such as intelligent manufacturing, smart cities, mining, power monitoring and water conservancy projects, summarizes the existing deficiencies and future development trends, in order to provide reference and inspiration for the development of digital twin technology.

A Micro-channel heat exchanger gradually replaces traditional heat exchanger with the advantages of high heat exchange efficiency, fast heating speed, good controllability, low noise, stable operation, good pressure bearing capacity and cost saving. The thesis summarizes the research progress and development prospects of the microchannel heat exchanger.Summarized and elaborated on the unparalleled advantages of microchannel heat exchangers compared to conventional sized equipment which is compared with the regular size equipment. Moreover application fields and prospects of the microchannel heat exchanger are analyzed from the point of energy saving and space occupancy．The thesis has some reference value for the research of micro heat exchangers.

The desulfurization and denitrification tower is the core equipment of the carbon-based catalytic multi-pollutant collaborative control technology. Its design strength ensures the pollutant removal effect and stable operation of the system. This paper used ANSYS finite element analysis software to establish a three-dimensional model of the tower and divided it into high-precision grids. Combined with actual load analysis, calculation and working condition combination, the deformation and stress distribution nephogram of the tower and the membrane stress and bending stress of each component were calculated. The strength check and stress assessment were carried out. When the calculation error is ignored, the overall design strength of the tower meets the requirements, but the stress of the local reinforced beams exceeds the limit. It is recommended to replace the steel with a higher allowable stress value.

Metabacteria is a neurological disease primarily involving degenerative changes in motor neurons. Its pathogenesis factors include genetics, environment and immunity, etc. Its main manifestations are muscle atrophy, myotonia, myoclonus, etc.This article uses a combination of massage technology and acupuncture technology to carry out different acupuncture treatment plans with reference to the Brunnstrom classification.

In order to predict the carbon emissions of civil airports and the possibility of carbon peaking, the influence of key factors of carbon reduction on carbon emissions was studied. This paper takes a large hub airport in southwest China as the research object, sets the terminal energy demand module on the LEAP model of the airport to calculate the energy demand of the airport, and sets the carbon emission of the airport into three different scenarios: baseline scenario, low carbon scenario and zero carbon scenario, so as to predict the carbon emission trend of the airport and the possibility of carbon peaking in the next year. The analysis data in this paper can provide reference for civil airports to make "dual carbon" implementation plan.

In the context of the booming and rapid expansion of the tourism industry, an increasing number of aerial glass landscape bridges with complete transparency have been built in various scenic areas, commonly adopting the structural form of suspension bridges. Of notable concern are incidents of human-induced bridge vibrations that have occurred both domestically and internationally, causing considerable distress among tourists. Therefore, it is of paramount importance to conduct further study into the comfort of pedestrian suspension bridges. Given the above circumstances, a finite element model of the pedestrian suspension bridge is constructed, with a primary objective of simulating and analyzing the responses of tourists engaged in stationary dance, walking and running at different positions and under diverse loading conditions, while additionally exploring the effects of installing various stable cables on bridge vibration and comfort. Subsequently, the relevant conclusions are further verified through physical model experiments.