REVOLUTIONIZING CARDIOVASCULAR CARE: AN AI-DRIVEN APPROACH TO EARLY INTERVENTION

Objective: Cardiovascular diseases (CVDs) continue to be a primary cause of early death globally, with both their prevalence and the costs associated with healthcare consistently increasing. Epidemiological Researches has pinpointed a range of risk factors, including high cholesterol levels, elev...

NLP CVD Catheterization Deep learning
ADOPTION OF DIGITAL TECHNOLOGIES IN THE HIGHER EDUCATION

Objective: This article examines the digital transformation of higher education institutions and their impact on the development of distance education. It analyzes modern approaches to defining the concepts of "university digitalization" and "distance learning technologies," identifying key drive...

Digitalization of higher education Distance learning Online education Digital educational technologies Electronic information and educational environment Hybrid learning Transformation of the educational process
A STUDY ON THE DIAGNOSIS OF CERVICAL MAGNETIC RESONANCE IMAGING USING VARIOUS TECHNIQUES

Objective: In this study, magnetic resonance images (MRIs) of the neck were examined and enhanced to help doctors clearly interpret and analyse the condition visible in the MRI scans. Method: Various techniques were employed to improve image quality and clarity, ultimately producing an excellent ...

MRIs Enhanced analyses algorithm Processing images Variation Various techniques
SPECTRAL DECOMPOSITION STRATEGIES FOR ANOMALOUS DIFFUSION AND IMPULSIVE BOUNDARY VALUE SYSTEMS

Objective: Physical models with memory or impulsive effects of non-local nature present complications mathematically. Method: To circumvent such computational challenges, a frequency domain approach is explored herein. The new algorithm allows one to deal easily with fractional derivatives and st...

Spectral decomposition Anomalous transport Non-integer operators Impulsive dynamics Frequency domain analysis Oscillatory artifacts Fundamental solutions
EXPERIMENTAL CHARACTERISATION OF 802.11A/G INDOOR PROPAGATION PATTERNS

Objective: The technology of wireless local area network (WLAN) has developed rapidly, and it has become an interesting research topic. The knowledge of the radio propagation characteristics and the environmental information, including the layout of the rooms, the construction materials, and furn...

Wireless Local Area Network (WLAN) Path loss Radio propagation Indoor wireless communication Frequency bands
EXPLAINABLE MACHINE LEARNING-BASED MALWARE DETECTION USING PORTABLE EXECUTABLE STRUCTURAL FEATURES AND HYBRID VOTING ENSEMBLE

Objective: While evolving technologies have introduced advanced threat intelligence, traditional threats such as malware attacks continue to be a potential risk for contemporary computer systems and cybersecurity infrastructures and thus, it is of utmost importance that intelligent methods are de...

Malware detection Machine learning Hybrid ensemble learning Portable Executables (PE) Explainable AI (XAI)
ANALYSIS ON THE USES OF GEO-SYNTHETICS TO STABILIZE SANDY SOIL SUB GRADE

Objective: The main goal of this study is to compare how well synthetic and natural geo-textiles work to stabilise sub-grade soil. Method: This study looks at what happens when geo-textiles are used to strengthen the soil under a building. In the lab, the load-penetration abilities of granular so...

Geo artificial Geotextiles Subgrade Geosynthesis Synthesize Stabilize
ANALYTICAL AND SIMULATED STUDY OF A BIPOLAR TRANSISTOR'S INPUT CHARACTERISTICS USING NI MULTISIM 14.2 PROGRAM

Objective: This research presents a comprehensive study of the input characteristics of an NPN transistor in a common-emitter configuration using NI Multisim 14.2 at a constant output voltage across the transistor (VCE = 2 V). Method: The research methodology focuses on the increase in base curre...

Transistor Dynamic resistance Input characteristics NI multisim 14.2 Shockley equation
A COMPREHENSIVE PERFORMANCE ANALYSIS OF WLAN PROTOCOLS USING THE NS-2 NETWORK SIMULATOR

Objective: This project focuses on simulating a Wireless Local Area Network (WLAN) using NS-2, specifically targeting a peer-to-peer (Ad-hoc) network. Method: By utilising an Independent Basic Service Set (IBSS), we enabled wireless devices to communicate directly with one another without relying...

Wireless Local Area Network (WLAN) NS-2 Simulation Mobile Ad Hoc Network (MANET) Independent Basic Service Set (IBSS) Routing Protocols
DESCRIBE THE EFFECT OF HIGH TEMPERATURES ON CERTAIN GENERAL PROPERTIES OF THE COMPOUND (MGO-NI) AT HIGH TEMPERATURES

Objective: In this research, the ceramic compound MgO-Ni was prepared and studied by the self-sintering method, with the study focusing on the effect of high temperatures on the crystal structure and some general properties. Method: In this research, the ceramic compound MgO-Ni was prepared and s...

MgO-Ni Ceramic Composite Self-Sintering Calcination Temperature Microstructure Mechanical Properties
THE USE OF GRAPHENE AND SMART COATINGS TO PROTECT SURFACES FROM CORROSION

Objective: Coatings that utilize graphene nanomaterials are considered one of the most efficient materials for corrosion prevention of metals. Unfortunately, the usage of these coatings is not commercially feasible since the process of synthesis is very expensive due to imperfection in the proces...

graphene few-layer HDI graphene nanomaterials GNS epoxy resin self-propagation