THE HISTORICAL SIGNIFICANCE OF MUD ARCHITECTURE IN ARID REGIONS FOR SUSTAINABILITY AND DURABILITY
Mud architecture has played a crucial role in shaping human settlements in arid regions, offering sustainable and durable solutions for centuries. This study explores the historical evolution of mud architecture, highlighting its adaptability to extreme climatic conditions and its significance in preserving cultural heritage. The paper examines tra...
By Abdurahim Mannonov, Khurshid Samatov, Nilufar Fayzieva, Valisher Sapayev, Dadaxon Abdullayev, Nargiza Ruzmetova, Khafiza Khasanova
AREA-AWARE ADAPTIVE IMAGE COMPRESSION USING DUAL- BACKGROUND CLASSIFICATION FOR OPTIMIZED DATA PRESERVATION AND QUALITY ENHANCEMENT
In the current era of data-intensive applications, including OTT services, IoT, and autonomous systems, efficient image compression is indispensable in order to minimize bandwidth consumption while preserving visual quality. Conventional compression techniques frequently fail to satisfactorily balance compression ratios and the preservation of crit...
By K. Subba Reddy, R. Arshiya
Q-SAFE QUANTUM AI FOR REAL-TIME WOMEN & CHILD SAFETY
As incidents of gendered violence and child abuse increase, there is a need for intelligent, real-time safety systems that autonomously detect distress and initiate emergency action without user activation. Q-SAFE (Quantum AI for Real-Time Women & Child Safety) is an open-source, multi-modal mobile app, utilizing quantum-enhanced machine learni...
By N. Geetha, K. Janani, P. Mathushri, S. Harini, D. Vasantha Mallika
INFLUENCE OF THE CENTER OF GRAVITY METHODOLOGY ON THE OPTIMIZATION OF A LOGISTICS DISTRIBUTION NETWORK
The center of gravity (COG) approach is crucial in streamlining the logistics distribution channels by reducing transportation expenses and improving performance. This paper discusses the use of the COG method in the identification of the most optimal distribution center locations in a network of logistics. To determine the level of effectiveness o...
By Astrid Chabeli Vereau Benites, Neicer Campos Vasquez
APPLICATION OF HYBRID & NOVEL DEEP LEARNING APPROACHES FOR MULTIMODAL SENTIMENT FUSION IN IMAGES & AUDIO ANALYSIS
The paper suggests a hybrid multimodal sentiment analysis (MSA) model that would enhance the accuracy of sentiment prediction through the combination of textual, auditory, and visual information. In most cases, the traditional sentiment analysis models have been challenged because of numerous overlapping features and poor fusion methods when using ...
By Jayaprakash Vattikundala, M. Siva Ganga Prasad
MARKETING AND INNOVATION MANAGEMENT CAPABILITIES IN SCIENCE AND TECHNOLOGY-BASED ENTERPRISES
The enterprises, which are science and technology-based (STBEs), work in a highly dynamic and knowledge-intensive environment where long-lasting competitiveness is determined by the success in matching innovation and marketing potential. Although these capabilities have been studied separately in previous research, a noticeable lack of empirical re...
By Najmitdinov Akhadkhon Khamitdkhanovich, Sardorbek Isroilov, Ibragimov Ulmas Rakhmanovich, Gofurjanov Ibrokhimjon Ilkhomjon Ugli, Tokhir Khorilov Gaybiddinovich
EFFECTS OF LANDFILL LEACHES ON GROUND AND SURFACE WATERS: A CASE STUDY OF A WILD LANDFILL IN EASTERN BOSNIA AND HERZEGOVINA
Landfill leachate, due to its high total pollution, and above all due to their high organic pollution, represents a significant environmental problem. This study investigated the impacts of the Tilić ada landfill on ground and surface waters. The location of the landfill Tilić ada is extremely sensitive due to the fact that it is located right next...
By Svetlana Sredić, Nebojsa Knezevic, Igor Milunović
EFFECT OF STATE OF FABRIC ON WICKING CHARACTERISTICS OF KNITTED FABRICS SUITABLE FOR SPORTS APPLICATIONS
This study examines the wicking properties of different fabrics produced from 100% Polyester, 100% Soybean, and bilayer (Polyester and Soybean), under various conditions (relaxed, static deformation, and dynamic deformation). The study evaluates the wicking area, liquid spread, and maximum wetted radius to understand moisture transport and absorpti...
By S Priyalatha
ANALYSIS OF FLYASH AGGREGATE BEHAVIOR IN GEOPOLYMER CONCRETE BEAMS USING METHOD OF INITIAL FUNCTIONS (MATHEMATICAL PROGRAMMING)
The stipulated performance of flyash aggregates in geopolymer concrete beams (composite beam) has been explained using the Method of Initial Functions (MIF) via mathematical programming. This research has specifically focused on understanding its strength and durability characteristics. Geopolymer concrete is now being evaluated as a successful alt...
By Pushpendra Singh Palash, Priyanka Dhurvey
ARCHITECTURAL INNOVATIONS OF THE MEDIEVAL ERA THROUGH STRUCTURAL AND MATERIAL ADVANCEMENTS
The medieval period was a time of great architectural innovation, largely due to structural design and material technology advances. From roughly the 5th through the 15th century, new ways in constructing buildings greatly impacted the current face of Europe and the Middle East. Some of these innovations included the invention and use of pointed ar...
By Dilfuza Teshabaeva, Makhliyo Umarova, Nodira Babadjanova, Malokhat Pulatova, Akhrarkul Pardaev, Otabek Khidirov, Shirinoy Kamolova, Zarina Turabayeva