All of the articles in this proceedings volume have been presented at the [ICMEEA] during [7.26-7.28, 2024] in [Singapore]. These articles have been peer reviewed by the members of the [Academic Committee] and approved by the Editor-in-Chief, who affirms that this document is a truthful description of...

Modulation and demodulation techniques for signals are receiving more attention with the development of wireless communication technologies. This paper presents a comprehensive analysis of single and hybrid modulation techniques in wireless communications. The definition and theory of four types of classical...

To investigate the characteristics of the differential pressure force on the tailplane which is in the trailing edge of the main wing. In this paper, Ansys Fluent software is used to simulate the characteristics of the differential pressure force on the tailplane when aircraft with different tail heights...

Driven by the growing demand in various industrial sectors, emerging unmanned aerial vehicles (UAVs) are becoming increasingly diverse. The development of fixed-wing UAVs is also accelerating. The correct selection of wings is crucial for improving the performance of UAVs (including lift, drag, stability,...

In the context of the digital age and the growing prevalence of the Internet, spectrum resources assume a pivotal role in the field of communication technology. This paper examines the potential of modern spectrum allocation algorithms in communication systems, particularly in the context of limited...

As Extended Reality (XR) technology evolves, the development of immersive XR content, such as images and videos, has accelerated. The complexity of these products has heightened the demand for high-quality 3D geometric data. Given the vast size and intricacy of 3D geometric data, researchers are focusing...

Rapid digitalization and networking have increased communication demands, necessitating optimized spectrum resource utilization. Evolving frequency reuse strategies like Fractional Frequency Reuse (FFR), Intelligent Frequency Reuse (IFR), and Dynamic Spectrum Reuse (DSR), particularly with the advent...

This paper reviews the advancements in image tampering detection technologies driven by deep learning. Traditional methods, dependent on manually crafted features, often fall short when confronting sophisticated tampering techniques. In contrast, deep learning models such as Convolutional Neural Networks...

One of the primary fields of aerospace study is aerodynamic profile design. Most of the current research focuses on the design of subsonic aircraft, but there is a gap in hypersonic aircraft. As a result, the aerodynamic configuration of hypersonic vehicles is the subject of this paper. The researchers...

Molybdenum disulfide (MoS2) is a promising two-dimensional (2D) nanomaterial to substitute graphene, with unique adjustable bandgap and distinctive structure. Among all 2D transition-metal dichalcogenides (TMDs), MoS2 is extremely advantageous due to its natural layered structure. High-quality 2D MoS2...

3D printing is a new additive manufacturing technology that many consider to be a “disruptive” technology that will change the world, claiming it will trigger a new round of industrial revolution. Due to the many defects brought about by open-loop control in traditional 3D printing, more and more researchers...

3D printing can be used widely in many fields. With the development of the society, the needs of using 3D printing are growing faster and faster. People can use 3D printing technology to make a new bone to the patients, create something new and fix some damaged items. In recent years, people use 3D printing...

The rapid evolution of communications technology has brought us from 5G to the cusp of 6G, heralding a future of enhanced connectivity and efficiency. This article explores the evolution of communication technologies, focusing on the contrast between 5G and 6G technologies and the unique characteristics...

As the global implementation of fifth generation (5G) wireless technology nears completion, there is an escalating demand for enhanced network capabilities, including higher speeds, increased bandwidth, and greater data volume. Concurrently, the development of sixth generation (6G) networks is gaining...

Smart wearable devices are a prominent topic in contemporary scientific research. Significant advancements have been made by researchers in leveraging 3D printing technology for the production and manufacturing of wearable smart devices. However, numerous challenges still exist in their widespread industrial...

As a rapid prototyping technology, 3D printing is widely used in various fields. In the aspect of slicing, it is divided into equal thickness slicing and adaptive slicing. Most of the 3D printers on the market today use equal thickness slices, but equal thickness slicing cannot balance accuracy and efficiency,...

Fused Deposition Modeling (FDM) is a 3D printing technique used to print thermoplastic materials layer by layer. It involves generating support structures under the suspended part. The support structure can prevent the suspended part from collapsing due to gravity. The support structure can be artificially...

In today’s digital era of rapid development of science and technology, 3d printing technology is undoubtedly the best for its superior production efficiency compared with those traditional manufacturing methods such as lathing, planning, milling, grinding, which has been widely used across various industries,...

3D printing technology realized the intelligent production of products. However, in the process of 3D printing, due to the limitation of production instruments, the thickness of each actual material layer can only change within a fixed range. It will cause ladder effect. Especially printing a large degree...

As the use of 3D printing becomes more popular, the need to print in complex gravity environments or even low gravity environments is emerging. In order to meet these anti-gravity 3D printing needs, many individuals or organizations have proposed different solutions. This paper describes three mature...

With the rapid development of science and technology and the continuous improvement of people’s demand for automation and intelligent life, intelligent mobile robot technology has become a key field of scientific and technological research, development and application. In the development of intelligent...

Traditional signal enhancement techniques, such as oversampling, face limitations due to their increased computational complexity and power consumption. As the demand for higher data rates and quality continues to grow, noise shaping techniques become crucial for improving the signal-to-noise ratio (SNR)...

It is known to all that the application of Proportional-Derivative (PD) control is widely used in various kinds of industrial fields. This paper focus on the research of the output performance stability of the DC motor based on the PD control method. The purpose of this paper is to determine the appropriate  ...

This study delves into the deformation perception of germanium through finite element force-electric coupling field simulation within the evolving domain of modern materials science and engineering. As germanium is pivotal in electronics and optoelectronics due to its distinct mechanical and electrical...

Nowadays, with the flourishing development of microchip technology, the computational speed of the microchip is rising and its size is gradually shrinking. However, the heat will cause deformation of the circuit board, microchip life decline and other problems, so heat dissipation has always been a key...

The widespread adoption of virtual reality (VR) technology is hindered by significant technical challenges that affect its functionality and accessibility. This paper explores these challenges, which include the high cost of VR devices, performance limitations of current VR headsets, issues of ergonomics...

Stepping into the 2020s, 5G and 6G are guaranteed the most widely used mobile technology in people’s daily lives. Meanwhile, to some extent, they undoubtedly profoundly impact people’s lives. In this paper, the main target is to illustrate these two evolutional mobile technologies. Firstly, attention...

This article explores the method of part remanufacturing using 3D printing and digital modeling, highlighting its significance in reducing economic losses, raw material waste, and promoting ecological protection and circular economy. It introduces the concept of remanufacturing as a high-tech repair...

Amplifiers, crucial in analog circuitry, are assessed based on transmission gain and frequency response. Lower transmission gain yields flatter frequency response and less distortion, crucial for signal fidelity. Various amplifier types excel in distinct applications. Feedback amplifiers utilize loops...

Safety incidents involving autonomous driving are on the rise with the increasing integration of artificial intelligence (AI) in this sector. Consequently, research on the safety performance of AI-based autonomous driving systems is gaining significance. This study delves into relevant security incidents,...

This paper is devoted to discussing the application of artificial intelligence in the management of communication networks. It analyzes the unique advantages and difficulties encountered in the development of artificial intelligence and the effective application of artificial intelligence in communication...

In the popularity of electric vehicles, dynamic wireless charging technology is an important technology to break the mileage anxiety and realize “charging while running”. Some researchers have found the possibility of transferring the robust control system to the dynamic wireless charging technology....

In the realm of automated control, the reason DC motors are so popular is their inexpensive cost and small number of components. The control system’s parameters determine the DC motor’s stability and control precision. The PID control is a well-established method used in many industrial fields. But in...

Accurate brushless DC motor position control is the basis for realizing various high-precision control systems. In order to achieve precise control of brushless DC motor position and improve control stability, this paper proposes a fuzzy PD control method based on the improved ant colony optimization...

This study focuses on exploring the influence of corneal biomechanical parameters on clinical treatment outcomes. While current research has simplified corneal structural modeling to enhance treatment effects, there is often a tendency to overlook the specific impact of corneal structure on treatment...

With the rapid development of IT technology, the field of industrial control is constantly innovating and developing, and PD control algorithm, as a classic and effective control method, will continue to play an important role in this field. By applying the PD control algorithm to the motor control,...

Recent years have witnessed a growing interest in altering the connection configuration of converters to enhance the electrical efficiency of boost converters within DC-DC converter systems. This paper explores three connection methods for the magnetic integrated switched inductor boost converter: staggered...

Automatic gain control circuits (AGC) are important control circuits in communication, broadcasting and radar systems. In this paper, through theoretical analysis, simulation and circuit debugging, an automatic gain adjustment amplifier circuit whose output is stabilized at a specified voltage value...

Modulation technology is one of the important technologies in communication systems. This article provides a review and comparative analysis of various modulation techniques used in communication systems. The study begins with a brief overview of the basic concepts of modulation techniques such as analog...

Applications of Internet of Things are regarded as one of the most advanced and proposed solutions to resolve hunger issues around the world and achieve SDG targets, as its aims of promoting a scheme called smart agriculture and increasing efficiency and accuracy. However, there are several challenges...

The Internet of Things (IoT), which refers to a combination of devices, systems, and services, is a new concept that goes beyond machine-to-machine communications and contains advanced automation and integrated cyber-physical systems. Communication engineering is the basis of this transformation, providing...

In this paper, the digital modulation methods and their applications are reviewed, which provides a reference for the design and optimization of digital communication systems. Firstly, introduces digital modulation method of ASK, FSK and PSK modulation method and its characteristics. ASK modulation transmits...

This paper studies a Simultaneous Wireless Information and Power design based on two important concepts of energy harvesting and cognitive ratio two key aspects of transfer systems: simultaneous modulation of interference power and output power, and the asymmetric transmit-receive relationship that must...

Electromagnetic pulse (EMP) protection technology is becoming a focus of attention, especially in the defense of electronic equipment, infrastructure and communication systems. EMP is a sudden electromagnetic radiation phenomenon, whose potential destructiveness threatens critical systems in modern society....

Charging efficiency stands as a pivotal metric influencing the usability of electronic devices. Enhancing the charging efficiency of electronic smart devices through wireless charging technology represents a significant contemporary challenge. This paper meticulously examines the current advantages and...

This paper delves into the design and performance analysis of unmanned aerial vehicle (UAV) communication networks, aiming to provide a comprehensive understanding of the subject. It begins with an introduction to the significance and background of UAV communication networks, followed by a detailed discussion...

The Internet of Things (IoT) is a technology that connects everything. It builds an intelligent network of items through radio frequency identification, global positioning, and other technologies so that items can be closely connected. The emergence of the Internet of Things has expanded the boundaries...

This article offers a comprehensive exploration of the design principles underlying wireless power transmission systems, with a particular focus on the intricate dynamics of coil design and their profound influence on energy transmission efficiency. It traverses the landscape of modern technological...

With the continuous enhancement of people's awareness of environmental protection and the plight of China's lack of oil, the development of electric vehicles has become a goal in China today. At present, one of the main obstacles restricting the development of electric vehicles is the lack...

The increasing need for precise and multifunctional robotic systems in industries such as assembly, welding, and painting shows the importance of kinematic analysis. This paper aims to study and explain the kinematic properties of a three-degree-of-freedom (3-DOF) manipulator, which encompasses a revolving...

This study addresses the challenge of enhancing conventional PID control algorithms to cope wit h the complexities of modern industrial systems, characterized by significant interference and errors. Despite its long history and widespread use, PID control has limitations in such contexts. The primary...

Due to the rapid development of the electric vehicle industry at home and abroad, the number of electric vehicles has increased dramatically, and the original charging method cannot meet the rapidly growing charging demand. This paper introduces two ways of wireless charging for electric vehicles, analyzes...

With the development of wireless charging, it is now widely used in small electronic products, but it has largely untapped potential due to the limitation of charging distance. To make wireless charging realize the application value is greater, magnetic coupling resonant wireless charging due to the...

This paper delves into the comprehensive analysis of support structures in the realm of 3D printing. It initiates by shedding light on the historical context and the profound significance of support structures within the sphere of 3D printing. Furthermore, it delves into an in-depth exploration of the...

Traditional PID controllers, despite their widespread use due to simplicity and robustness, often falter in handling nonlinearities and time-varying systems without frequent retuning. Since scholars are not satisfied with conventional control theory, an integration of neural network and PID controlled...

DC motors are widely used in various industrial control applications due to their efficiency, long life, and flexible speed regulation. However, their speed control systems often face issues like response delay, instability, and overshoot. Improving the precision, stability, and robustness of these systems...

PD control, short for Proportional-Derivative control, is a type of feedback control where the control signal is a linear combination of two terms: proportional to the error signal (the difference between the desired setpoint and the actual output) and derivative of the error signal. It is a common method...

This paper investigates the effects of coupled physical fields on silicon materials using COMSOL Multiphysics and MATLAB, emphasizing the importance of multiphysics field coupling in material science, microelectronics, and interdisciplinary research. It builds upon foundational theories in electronic...

In the field of control systems and automation, DC motors are widely used because of their simplicity, flexibility, stable speed and high efficiency. However, how to optimize the parameters of DC motors to improve performance and efficiency is still an important issue. This study aims to optimize the...

The problem and disadvantage of modern sheep farming lies in the fact that the existing production models cannot meet the existing needs. There is an urgent need for new technologies to modernize equipment and digital management of breeding farms, in order to enhance the mechanization and automation...

Biologically-inspired design, or biomimicry, harnesses natural principles to foster innovation and address engineering challenges. The foundation of this research lies in the observation that nature, through billions of years of evolution, has optimized processes and structures that engineers are only...

In the ever-evolving landscape of communication networks, ensuring robust security measures has become imperative. This paper undertakes a comprehensive exploration of the multifaceted security vulnerabilities pervasive within these networks, meticulously scrutinizing the diverse range of threats they...

The wireless charging process of electric vehicles often suffers from low charging efficiency and inadequate charging structure, so this paper aims to explore and optimize the charging method of electric vehicles. The article firstly describes the background of wireless charging, and then discuss-es...

Brain-computer Interface (BCI) technology is an innovative field of technology that enables the human brain to communicate directly with computers or other electronic devices. This technology uses principles from neuroscience, computer science, and engineering to control external devices or software...

As one of the emerging robotics directions, with the advancement of AI technology and the improvement of various algorithmic models, domestic service robots have begun to enter thousands of households. In this article, the author first uses specific data to show the huge potential of today's domestic...

Based on the current complex climate environment, this paper reviews and analyzes the application of artificial intelligence (AI) and 3D printing technology in energy efficient vehicles. It first introduces the current background of global warming caused by increasing carbon emissions, in which the production...

In the past few years, the field of artificial intelligence (AI) has experienced explosive growth. Large language models (LLM) such as some AI developed for chat and information generation have drawn massive attention from the public, and more robots for commercial uses are implemented with them. However,...

In recent years, the rapid development of artificial intelligence (AI) has greatly promoted the design and manufacturing of intelligent medical devices. However, the system of AI, the variety of signals from sensors, and the cognition of bionic dynamic devices are too immature, and current research in...

Amputations are not rare cases the number of people who need to wear prosthetic limbs is more than thirty million, which is larger than many people used to consider. Intelligent prosthetic limbs bring huge convenience to these disabled people in daily life and make them more confident. However, the techniques...

This article comprehensively discusses the principles, processes, advantages and limitations of 3D printing technology. It provides an in-depth analysis of the types of materials used in 3D printing and their properties, including polymer materials, metal materials, and inorganic non-metallic materials....

Currently, driverless and artificial Intelligence (AI) technologies are both developing rapidly, and the combination of the two could be instrumental in the development of driverless cars while having great commercial value. Current research on AI focuses mainly on algorithms, and there is still less...

3D printing has become increasingly popular in the automobile industry. It contributes to rapid integrated manufacturing of complex components and lightweight components. It is widely used in producing prototypes because of the practical functionality of the prototype produced in this way, which can...

Artificial intelligence (AI) technology in emerging Multiple-Input Multiple-Output (MIMO) systems is becoming a crucial direction for future wireless networks. This article explores the application of AI technology in emerging MIMO technology. Firstly, this article provides a concise overview of the...