Current Status Of Artificial Intelligence Research Articles

Current status of artificial intelligence and machine learning in breast cancer screening: A systematic review

Breast cancer stands as one of the most prevalent forms of cancer. Artificial intelligence (AI) and machine learning have become crucial in accurately identifying and managing various serious illnesses. This development has contributed to improved survival rates by enabling early detection and timely intervention. In our investigation, we conducted a thorough systematic review of the role of AI and machine learning in breast cancer screening. We examined articles from 2015 to 2023 across diverse databases, focusing on the intersection of breast cancer and AI. The integration of AI into existing screening procedures yields more convenient and efficient outcomes. Utilizing AI techniques in breast cancer screening offers numerous benefits, including heightened precision in results. However, the incorporation of AI presents several challenges that need systematic addressing.

Integrating Artificial Intelligence (AI) Into Adult Education

This conceptual article provides a comprehensive overview of the current status of Artificial Intelligence (AI) integration and its influence on adult education. It discusses generative AI technologies and their potential applications in adult education settings, examines the opportunities and ethical challenges associated with integrating AI, and provides insights into emerging trends. The article consists of five sections. The introduction provides a rationale as to why AI should be integrated into adult education. Second, it describes evolving AI technologies such as Large Language Models (LLM) for personalized learning, Machine Learning Algorithms for adaptive learning systems, Virtual Reality (VR) and Augmented Reality (AR) for immersive learning experiences, Chatbots and virtual assistants for learner support and guidance, and Data Learning Analytics (DLA) for tracking learner progress and performance into adult education. Section three explores the ethical implications of AI in adult education, including academic honesty and integrity, data privacy, and algorithmic bias. In section four, emerging trends and future directions are discussed. The final section considers policy implications and makes recommendations for adult educators working to develop AI-enriched adult education.

The Role of Artificial Intelligence in Learning Motivation for Deaf Students the Perspective of Teachers

This research aims to identify the current status of artificial intelligence and its potential impact on motivation towards learning. It provides conceptual foundations for thoughtful, policy-oriented work, research, and forward-looking activities that address the opportunities and challenges created by recent developments in artificial intelligence. The research adopts a descriptive approach, using a random sample of 45 male and female teachers from the Zayed Higher Organization. The results show that artificial intelligence plays a significant role in motivating deaf students in the Emirates, as the average responses of the participants reached 3.56 in this area. The results also indicate that there are statistically significant differences, at a significance level of α = 0.05, between the assessments of the study sample members regarding the role of artificial intelligence in motivating deaf students in the United Arab Emirates, depending on gender. In light of these findings, a set of recommendations is presented.

The nexus between Artificial Intelligence and Sustainable Development Goals: A review

This article focuses on the link between Artificial Intelligence and Sustainable Development Goals and, more precisely, how the former can be applied to achieve the latter. The solution to SDG-related issues may be one goal of AI applicability. There have been suggestions that the current status of artificial intelligence (AI) might serve hundreds of millions of people in both rich and developing countries by helping to resolve problems related to all 17 UN Sustainable Development Goals. Examples include helping those who are blind or visually handicapped navigate their environment, detecting victims of sexual exploitation online, supporting relief operations in the event of a disaster, helping to detect diabetes early, and using image scanning to diagnose skin cancer. These are but a few examples of how AI works and how AI innovation can be advantageous. It also reviews how Artificial Intelligence can be applied to protect the environment, food production, the energy industry, and healthcare development.

Oftalmoloji Klinik Uygulamalarında Yapay Zeka

A large number of high-quality and repeated digital images in clinical applications of ophthalmology have allowed the development of artificial intelligence studies in ophthalmology at a global level. Artificial intelligence algorithms can be used to diagnose diseases, monitor progression, analyze images, and evaluate treatment effectiveness by using digital data led by direct photography, fundus photography and optical coherence tomography. These programs can be used to make quick and accurate decisions in clinical applications in all areas of ophthalmology, especially diabetic retinopathy, glaucoma and age-related macular degeneration. This review, it is aimed to reveal the current status of artificial intelligence in clinical applications of ophthalmology, its prevalence and potential difficulties in clinical practice.

Integrating AI Applications into Learning Management Systems to Enhance e-Learning

Artificial intelligence technologies have the potential to greatly enhance the organization of learning management systems and online learning experiences. In particular, the public release of OpenAI's GPT-3 model in December 2022 has given society a chance to learn more about the current status of artificial intelligence. There have been much research on the use of artificial intelligence in e-learning processes, but very few of them demonstrate how to integrate these applications step-by-step and with examples into learning management systems. This study intends to close this gap by demonstrating how artificial intelligence technologies are integrated into learning management systems using real-world examples. This study provides examples of practical applications as well as integration steps. Finally, GPT-3 plugins for Moodle are examined and sample JavaScript code is included for integrating Chat GPT into Moodle. By presenting a useful guide for integrating artificial intelligence technology into learning management systems, this work adds to the body of literature.

Artificial intelligence and its influence in adult learning in China

PurposeThis research aimed to examine the current status of artificial intelligence's (AI's) integration into Chinese adult education, by analyzing the influences that AI has had on current adult education practices in China and by discussing the opportunities and challenges that adult education in China is faced with under the rapid AI development in the past 12 years.Design/methodology/approachThis research employed systematic literature analysis. CNKI (China National Knowledge Infrastructure) Chinese Journals Full-text Database was used to collect scholarly publications on the use of AI in adult education in China that was published in the past decade. Data analysis included the following steps: identifying key words and phrases, detecting underlying meanings, searching for logical connections and relationships, collecting and connecting evidence to the research questions, and drawing logical and credible conclusions.FindingsThe findings indicated that AI has been gradually integrated into Chinese adult education through innovations and explorations and AI's influence is broad and profound. More specifically, the following five main themes were identified. The field's understanding of AI technology and AI's influence on adult education has evolved and become more comprehensive; AI challenges traditional Chinese adult education practices by helping to actualize personalized learning and precision education; AI transforms adult learning resource development; AI helps to turn learning environment into an open intelligent learning system; and lastly, AI urges the shift of adult educator's role in adult learning.Research limitations/implicationsThis study is not without limitations. Contextualized in China, this study shares the limitations with other single country studies. One such limitation is “cumulation” issue. This study should be replicated in other country contexts to further validate the generalizability of the five main themes identified in this research.Practical implicationsThe five themes identified in this study can help understand the promises and challenges that AI brings to the field of adult education in China. These five themes can also serve as an integrated lens through which one can make sense of AI's integration into other countries' adult education practices.Originality/valueThis paper fulfills an identified need of understanding the current status of AI's integration into and influence on the field of adult education in China.

리걸테크(Legaltech) 산업화의 법적 쟁점과 공공선택의 지대추구(Rent Seeking) 제한의 중요성

For more than 2,000 years, Philosophers and scientists have been trying to find answers to how humans think intelligently. Artificial intelligence is a field of study that creates machines that mimic human intelligence, to this end, it is important to accurately grasp the mechanism of human intelligent thinking using scientific techniques. In the midst of such a process, the process of human learning ability, problem solving ability, ability to process very large amounts of changing and complex information and data, and reasoning ability has been partially identified. And, based on this information, research in cognitive science is developing around four aspects: Thinking Humanly, Thinking Rationally, Acting Humanly, and Acting Rationally.
 Research on artificial intelligence has converged into the field of legal artificial intelligence research from the perspective of research on human rationality and thinking and making decisions like humans. Furthermore, a field called Legaltech was formed. As such, as legal artificial intelligence research shows a movement to form an industrial area called Legaltech, a reaction in the existing legal area is also visible. One is the level of legal fairness regarding the use of legaltech technology, and the other is legal issues from the perspective that legaltech technology virtually replaces the work of lawyers.
 In this study, the current status of artificial intelligence and legal tech is examined in II, and the legal issues of the legaltech service and the 2021헌마 619 Constitutional Court decision are analyzed in III. Finally, in IV, the meaning and importance of rent seeking restrictions for Legaltech will be examined, and solutions to the legal issues will be sought.

The Evidence for Using Artificial Intelligence to Enhance Prostate Cancer MR Imaging.

The purpose of this review is to summarize the current status of artificial intelligence applied to prostate cancer MR imaging. Artificial intelligence has been applied to prostate cancer MR imaging to improve its diagnostic accuracy and reproducibility of interpretation. Multiple models have been tested for gland segmentation and volume calculation, automated lesion detection, localization, and characterization, as well as prediction of tumor aggressiveness and tumor recurrence. Studies show, for example, that very robust automated gland segmentation and volume calculations can be achieved and that lesions can be detected and accurately characterized. Although results are promising, we should view these with caution. Most studies included a small sample of patients from a single institution and most models did not undergo proper external validation. More research is needed with larger and well-design studies for the development of reliable artificial intelligence tools.

From Conventional to Microfluidic: Progress in Extracellular Vesicle Separation and Individual Characterization.

Extracellular vesicles (EVs) are nanoscale membrane vesicles, which contain a wide variety of cargo such as proteins, miRNAs, and lipids. A growing body of evidence suggests that EVs are promising biomarkers for disease diagnosis and therapeutic strategies. Although the excellent clinical value, their use in personalized healthcare practice is not yet feasible due to their highly heterogeneous nature. Taking the difficulty of isolation and the small size of EVs into account, the characterization of EVs at a single-particle level is both imperative and challenging. In a bid to address this critical point, more research has been directed into a microfluidic platform because of its inherent advantages in sensitivity, specificity, and throughput. This review discusses the biogenesis and heterogeneity of EVs and takes a broad view of state-of-the-art advances in microfluidics-based EV research, including not only EV separation, but also the single EV characterization of biophysical detection and biochemical analysis. To highlight the advantages of microfluidic techniques, conventional technologies are included for comparison. The current status of artificial intelligence (AI) for single EV characterization is then presented. Furthermore, the challenges and prospects of microfluidics and its combination with AI applications in single EV characterization are also discussed. In the foreseeable future, recent breakthroughs in microfluidic platforms are expected to pave the way for single EV analysis and improve applications for precision medicine.

SD-OCT Biomarkers and the Current Status of Artificial Intelligence in Predicting Progression from Intermediate to Advanced AMD.

Age-related macular degeneration (AMD) is one of the leading causes of blindness in the Western World. Optical coherence tomography (OCT) has revolutionized the diagnosis and follow-up of AMD patients. This review focuses on SD-OCT imaging biomarkers which were identified as predictors for progression in intermediate AMD to late AMD, either geographic atrophy (GA) or choroidal neovascularization (CNV). Structural OCT remains the most compelling modality to study AMD features related to the progression such as drusen characteristics, hyperreflective foci (HRF), reticular pseudo-drusen (RPD), sub-RPE hyper-reflective columns and their impact on retinal layers. Further on, we reviewed articles that attempted to integrate biomarkers that have already proven their involvement in intermediate AMD progression, in their models of artificial intelligence (AI). By combining structural biomarkers with genetic risk and lifestyle the predictive ability becomes more accurate.

Artificial Intelligence in Cardiovascular Atherosclerosis Imaging

At present, artificial intelligence (AI) has already been applied in cardiovascular imaging (e.g., image segmentation, automated measurements, and eventually, automated diagnosis) and it has been propelled to the forefront of cardiovascular medical imaging research. In this review, we presented the current status of artificial intelligence applied to image analysis of coronary atherosclerotic plaques, covering multiple areas from plaque component analysis (e.g., identification of plaque properties, identification of vulnerable plaque, detection of myocardial function, and risk prediction) to risk prediction. Additionally, we discuss the current evidence, strengths, limitations, and future directions for AI in cardiac imaging of atherosclerotic plaques, as well as lessons that can be learned from other areas. The continuous development of computer science and technology may further promote the development of this field.

Management of Parkinson's Disease Dysarthria: Can Artificial Intelligence Provide the Solution?

Speech disorder is a significant problem for people affected with Parkinson's disease (PD) leading to a substantial disability to communicate with others. PD affects the voice, including changes in pitch, intensity, articulation, and syllable rate.We aimed to study the current status of artificial intelligence (AI) using machine learning algorithms (MLAs) in the assessment of speech abnormalities in PD along with the generation of intelligible synthetic speech for voice rehabilitation. We searched the literature for studies focusing on speech/voice disorder in PD and rehabilitation techniques till June 18, 2022. We searched PubMed and Engineering Village (Compendex and Inspec combined) databases. After careful screening of the title and evaluation of abstracts, we used select articles describing the use of AI or its various forms in the management of speech abnormalities in PD to synthesize this review. MLAs classify PD and non-PD patients with an accuracy of more than 90% using only voice features. Non-acoustic sensors can rehabilitate PD patient by converting dysarthric speech to highly intelligible speech using MLAs. MLAs can automatically assess several speech features and quantify the progression of speech abnormalities in PD. PD speech rehabilitation using MLAs may prove superior to other available therapies.

SIGNIFICANT ROLE OF AI & ML TECHNIQUES USED IN IMPROVEMENT OF CYBER SECURITY

Cyber Security has become an arising challenge for business information system in current era. AI (Artificial Intelligence) is broadly utilized in various field, however it is still generally new in cyber security. Nonetheless, the applications in network protection are significant for everybody`s day by day life. In this paper, we present the current status of AI in cyber security field, and afterward portray a few contextual investigations and uses of AI to help the community including engineering managers, teachers, educators, business people, and understudies to more readily comprehend this field, for example, the difficulties and uncertain issues of AI in online protection. According to the new challenges, the expert community has two main approaches: to adopt the philosophy and methods of Military Intelligence, and to use Artificial Intelligence methods for counteraction of Cyber Attacks. Cyber security is a vital danger for any business as the quantity of attacks is expanding. Developing of attacks on cyber security is undermining our reality. AI (Artificial Intelligence) and ML (Machine Leaning) can help identify dangers and give proposals to cyber Analyst. Advancement of appropriation of AI/ML applied to cyber security requires banding together of industry, the scholarly community, and government on a worldwide scale. We also discuss future research opportunities associated with the development of AI techniques in the cyber security ?eld across a scope of utilization areas.

Current Status of Radiomics and Deep Learning in Liver Imaging.

Artificial intelligence is poised to revolutionize medical image. It takes advantage of the high-dimensional quantitative features present in medical images that may not be fully appreciated by humans. Artificial intelligence has the potential to facilitate automatic organ segmentation, disease detection and characterization, and prediction of disease recurrence. This article reviews the current status of artificial intelligence in liver imaging and reviews the opportunities and challenges in clinical implementation.

Current Status of Artificial Intelligence for Gastroenterology

Current Status of Artificial Intelligence for Gastroenterology

Learning to Denoise Gated Cardiac PET Images Using Convolutional Neural Networks

Noise and motion artifacts in Positron emission tomography (PET) scans can interfere in diagnosis and result in inaccurate interpretations. PET gating techniques effectively reduce motion blurring, but at the cost of increasing noise, as only a subset of the data is used to reconstruct the image. Deep convolutional neural networks (DCNNs) could complement gating techniques by correcting such noise. However, there is little research on the specific application of DCNNs to gated datasets, which present additional challenges that are not considered in these studies yet, such as the varying level of noise depending on the gate, and performance pitfalls due to changes in the noise properties between non-gated and gated scans. To extend the current status of artificial intelligence (AI) in gated-PET imaging, we present a post-reconstruction denoising approach based on U-Net architectures on cardiac dual-gated PET images obtained from 40 patients. To this end, we first evaluate the denoising performance of four different variants of the U-Net architecture (2D, semi-3D, 3D, Hybrid) on non-gated data to better understand the advantages of each type of model, and to shed more light on the factors to take in consideration when selecting a denoising architecture. Then, we tackle the denoising of gated-PET reconstructions, revising challenges and limitations, and propose two training approaches, which overcome the need for gated targets. Quantification results show that the proposed deep learning (DL) frameworks can successfully reduce noise levels while correctly preserving the original motionless resolution of the gates.

Artificial Intelligence: A Clarification of Misconceptions, Myths and Desired Status.

The field artificial intelligence (AI) was founded over 65 years ago. Starting with great hopes and ambitious goals the field progressed through various stages of popularity and has recently undergone a revival through the introduction of deep neural networks. Some problems of AI are that, so far, neither the “intelligence” nor the goals of AI are formally defined causing confusion when comparing AI to other fields. In this paper, we present a perspective on the desired and current status of AI in relation to machine learning and statistics and clarify common misconceptions and myths. Our discussion is intended to lift the veil of vagueness surrounding AI to reveal its true countenance.

Research on Basketball Players’ Training Strategy Based on Artificial Intelligence Technology

The current artificial intelligence technology, as a new frontier science and technology, can track and analyze a single sports goal in the training methods of basketball players, and use convenient training strategies to achieve the best training effect. This article first elaborates the current development trend of artificial intelligence technology, and also analyzes the development of artificial intelligence at home and abroad, expounds the current status of artificial intelligence in sports, and finally focuses on the training strategy of artificial intelligence in basketball players. In-depth analysis and research have been done in the application of other aspects, the purpose is to provide theoretical support and guidance for the further development of modern basketball. Based on artificial intelligence, the basketball player training system should fully understand and evaluate the athlete’s physical condition and athletic ability, timely measure the basketball player’s sports skills, give training strategies for the basketball player’s sports situation, and optimize the training plan for the athletes. In the software and hardware architecture, the Baum-Welch algorithm should be contacted to collect athletes’ sports data, and a data management platform should be established to fully explore the athletes’ exercise laws and strengthen the athletes’ daily training. The experimental research results show that the use of artificial intelligence technology can greatly improve the training efficiency of basketball players and fully stimulate the potential of basketball players. The use of artificial intelligence technology can not only provide basketball players with convenient and effective strategies, but also develop different training plans according to the physical fitness of each basketball player.

Trend of Competitive Sports Reform under the Background of Artificial Intelligence

Competitive athlete is a combination of artificial intelligence (AI) and technology. At least in some ways, competitive athlete symbolizes the post-AI. This perspective provides us with judging criteria and helps us identify AI improved by technology as competitive athlete. This study first summarizes the value and current status of artificial intelligence applied in sports, mass sports, sports industry and other fields: In competitive sports, artificial intelligence provides athletes with personalized quantitative analysis of sports, training guidance, and injury prevention and monitoring, provides spectators with a more comfortable and realistic viewing experience, provide referees with a scientific basis for making fairer and more efficient decisions. In terms of mass sports, artificial intelligence provides scientific health management and sports guidance for individuals, stimulating the interest and enthusiasm of the masses in participating in sports. In the sports industry, artificial intelligence enables efficient operation of sports venues and effectively improves the performance of the sports industry.