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In contrast to natural intelligence demonstrated by humans, AI (Artificial Intelligence) is the ability of a computer to learn and display intelligence. AI has grown in popularity quickly and gradually, and it is now a part of our personal and social lives. AI has been used in almost every field, including IT companies and many other fields that collect data. AI is also used in a large number of factories. As modern technology advances, artificial intelligence is being used in the medical field. AI technology is being used in a variety of laboratories, including IVF labs. Many treatment techniques, such as ICSI (Intra -Cytoplasm Sperm Injection) and IUI (Intra – Uterine Insemination), are used in IVF laboratories. The techniques are used in the creation of ART (Assisted Reproductive Technology). Because of its high success rate, the ICSI technique is the most commonly used technique. The review focuses on the role of artificial technologies in the IVF lab and how they can be more useful for increasing IVF treatment success rates.The article concludes that AI can be very useful for IVF laboratories and for ART techniques. The role of AI in the future of IVF can be useful and helpful in the treatment increasing rate of IVF (in- vitro fertilization). AI technologies are used in a variety of methods to select high-quality oocytes and sperm. The article discusses how AI can be used to predict the future.

The current industrial environment is seeing a significant change towards sustainability and the integration of modern technology. Remanufacturing is developing as a crucial solution that intersects both developments. This manuscript presents a synopsis of the upcoming comprehensive research report that examines the ongoing paradigm shift observed in several businesses around the globe. The practise of remanufacturing, which involves the restoration of used products to a condition comparable to that of newly manufactured items, is increasingly becoming recognised as an environmentally viable alternative to conventional manufacturing methods. This study investigates the role of remanufacturing in facilitating resource conservation, waste reduction, and the establishment of a circular economy. This study examines the environmental advantages, economic feasibility, and regulatory structures that facilitate the adoption of remanufacturing. In conjunction with the principle of sustainability, advanced technological solutions are significantly transforming the field of remanufacturing practises. State-of-the-art technologies, including artificial intelligence, robots, additive manufacturing, and the Internet of Things (IoT), are being utilised to optimise and augment the remanufacturing process. The present study work aims to conduct an analysis of the integration of various technologies, with a particular focus on evaluating their impact on efficiency, quality, and cost-effectiveness. This paper will examine how industries from diverse sectors are adopting remanufacturing as a central approach to achieve a more environmentally sustainable and technologically advanced future. The analysis will be supported by case studies and real-world examples.

Cold Workability limits strength enhancement of austenitic materials through cold deformation. The intrinsic workability is the material characteristic whereas state-of-stress workability is governed by nature of applied stress, strain rate and geometry of deformation zone. For Cold Open Die Forging (CODF), multipass workability is essential. In this work, FEM tool FORGE-3 is used to optimize CODF on hydraulic press by analysis of stress-strain profiles and use of Latham-Cockroft damage criterion. Study recommends optimized process parameters, die combinations and pass-schedules.