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Smart robotic glove designed for hand rehabilitation and assistive grasping is mainly for stroke patients. The glove incorporates sensors and actuators to assist individuals with impaired hand function in performing daily activities. The rehabilitation aspect involves customizable exercises tailored to the user's specific needs, with real-time feedback provided through embedded sensors. Additionally, the glove facilitates assistive grasping by detecting the user's intention and providing appropriate support through motorized actuators. The outcomes of the evaluation show how well the glove works to improve hand functionality and raise the user's standard of living. Overall, this innovative device offers a promising solution for addressing hand-related impairments and promoting independent living for individuals with mobility limitations. [ABSTRACT FROM AUTHOR]

Introducing a ground-breaking health monitoring robot that expertly combines several state-of-the-art functions to meet the complicated healthcare needs of people, especially the elderly. The system starts with a Smart Medication Box with audio reminders to help with timely and organised medication dispensing. To enhance overall well-being, a wide-angle camera records user activities and a complete health monitoring system evaluates vital signs such as temperature, oxygen saturation, and pulse rate regularly. When an emergency arises, a limit switch activates an alarm system that notifies users quickly via a GSM module and allows them to immediately communicate with emergency services or carers. Through the use of an intuitive mobile application, users may remotely control the motions of the robot and utilise a webcam linked to a web server to investigate their surroundings and operate the robot. The robot has AI-driven entertainment functions like music playing, book reading, and storytelling to offer the company. This comprehensive system, which strongly emphasises user control and real-time data accessibility, uses cutting-edge and user-centric technology to improve medication adherence, deliver timely health insights, and offer emotional support. [ABSTRACT FROM AUTHOR]

The goal of current study is to effectively predict COVID-19 (+) using lung X-rays and cutting-edge artificial intelligence approaches. This study offers the promising VGG16 transfer learning based model for the quicker and more precise diagnosis of COVID-19. The accuracy, precision, recall, and f1 score of performance analysis are used to assess the effectiveness of the system under evaluation. 800 X-ray specimens were used in the experiments. The suggested method for detecting the COVID-19 X-Ray images is based on the VGG16 model with transfer learning and examined with various optimizers. Stochastic Gradient Descent (SGD), RMSProp, Adam, Adagrad, AdaDelta, Adamax, and NAdam are the optimizers. The suggested method uses chest X-rays to more effectively and precisely determine if COVID-19 is positive or negative. [ABSTRACT FROM AUTHOR]

The molecular arrangement of polyphenyl compounds can be depicted as a molecular network, wherein the individual atoms constitute the nodes, and the interconnecting bonds between them are symbolized as edges or lines. An arrangement of chemicals, let W = {a1, a2, a3, ..., ak} be a set of B vertices in a specific order and a vertex b resolves by two vertices a1 and a2 if d(b, a1) ≠ = d(b, a2), that is, the distance from a1 to b that takes the shortest time is longer than the path from a2 to b. A minimum metric basis is a grouping of W 's fewest number of nodes, and its cardinality, indicated by dim(B), is known as the metric dimension of B. To treat diseases, the pharmaceutical industry is always looking for novel chemical compounds. This necessitates enlarging project teams to encompass a greater variety of synthetic techniques and disease targets. This work determines the metric dimensions calculated for the line network of the ortho-, meta-, and η-linear polyphenyl chain structures. [ABSTRACT FROM AUTHOR]

In the building material research, the utilization & processing of waste materials from various industries is the most important priority in the rapid growth global development of new innovative construction materials. This is most necessity to accomplish the waste disposal and rectify the scarcity and conserve the naturally available resources and materials. Throughout the world, the locally created building materials have received more attention because they are readily available and affordable cost. Bricks have also seen as the one of the toughest and longest-lasting building materials ever employed. The clay brick are manufactured by burning the clay which causes release of CO2 emission and it leads to environmental impact. In this work fly-ash brick is chosen. This research presents the use of demolished brick waste and granite dust as raw materials in fly-ash brick and to make it as sustainable building material. The fly ash brick is manufactured with different trial mix proportions of various percentages of fly-ash, cement, demolished brick waste and Granite dust. The demolished brick waste is crushed and sieved 600 µ and it is replaced in the proportion of 22%, 25%,30%,35% with constant granite dust replacement of 10%. In this study, the features of bricks are examined. Conventional fly ash bricks and bricks made from construction brick waste will be compared in terms of their compressive property and water absorption. The utilization of variety of waste materials as one of the basic constituent in the brick is considered as ecofriendly, economical and also the good method to disposal of waste material. [ABSTRACT FROM AUTHOR]

Concrete is the one of the most adaptable building material because it can be made to withstand the toughest environment. In the field of construction, the engineer challenges to develop new innovative admixtures to enhance the characteristics and performance of the concrete. Nowadays, supplemental cementitious materials (SCMs) are a part of the cementitious component in the majority of concrete mixtures. The SCMs are the waste materials or by-products from the different industries. These by-products possess the cementitious properties and it has the ability to replaced for cement material. By using these waste products as one of the building material it reduce the using of ordinary Portland cement and it will help to reduce the global warming effects along with disposal issues of waste materials. Most of the SCMs used as building materials are fly-ash, GGBS, rice-husk ash. silica fumes, baggage ash etc., The SCMs chosen are fly-ash, slag cement and silica fumes to carry out this investigation. The proportion of silica fumes utilized in the mix in the percentage of 8%, 10%, 15% and 20%. The mechanical strength property test were carried out for the concrete mix made with blended Slag cement and Fly ash cement (1:1) and silica fumes. The compressive strength test for different mixes were taken at the curing age of 7days,28days and 56 days. This research investigated the characteristics of concrete with slag, fly-ash and silica fumes which are compared with 0% replacement of silica fumes in the concrete. Incorporation of silica fumes in the concrete enhances the durability performance and strength features. The reduction of using cement content decrease the greenhouse gases contaminant in the environment and it become a greener eco-friendly building material. [ABSTRACT FROM AUTHOR]

This paper examines the characteristics of internally healed concrete employing eco-materials Spinacea Oleracea (SO) and Calatrop is Gigantea (CG) as self-healing agents to the performance of concrete using a widely viable self-heal chemical, polyethylene glycol. Eco-friendly self-cured materials like Spinacea Oleracea and Calatrop is Gigantea, as well as chemical self-cured materials like polyethylene Glycol, are added in varied concentrations (0.2% to 1% by mass of cement). The optimal doses of the aforementioned self-healing agents are identified according to the concrete's compressive strength. The optimal concentrations for each self-healing agent are used to conduct studies on their durability. This investigation employs M30 grade concrete in which 25% of the cement weight has been replaced with fly ash. The test findings revealed that eco-friendly self-curing material concrete outperformed traditional concrete in terms of workability, as well as its strength and durability. [ABSTRACT FROM AUTHOR]

The encoding method is used to encode the uncooked message before it could be encrypted using Elliptic curve analogue ElGamal encryption set of rules. However, the look at offers an more suitable ElGamal-primarily based medical photograph-encryption gadget. in the suggested technique, separate equations for encoding undeniable message to elliptic curve coordinate are now not required. Statistics growth and execution performance problems had been addressed in the updated model of ElGamal encryption technique. [ABSTRACT FROM AUTHOR]