Several applications in the pre- and post-harvest phases have their needs met by the creation of the date Fruit dataset. Visual yield estimate and mechanised harvesting are the two main uses. Each of the two subsets of the dataset is geared towards one of these two uses. There are a total of 8079 photos of over 350 date bunches taken from 29 different date palms in the first dataset. Each of the five varieties of dates—Naboot Saif, Khalas, Barhi, Meneifi, and Sullaj—is represented in the bunch. Six imaging sessions were used to obtain the photographs of the date bunches using a colour camera. All four phases of date maturity—immature, Khalal, Rutab, and Tamar—were addressed in the imaging sessions. To represent the difficulties in natural settings and date fruit orchards, the dataset is supplied with a high degree of diversity. Images may vary due to factors such as camera angle, scale, lighting, and the presence or absence of bags covering date bunches. Everything in th

Through the simultaneous integration of the tangible and immaterial realms, the Internet of Things (IoT) generates integrated communication scenarios for network devices and stages. Encryption technologies that provide security to transmitted pictures across the connected networks of the two parties were one of the significant open difficulties in bolstering IoT security that the study's researchers recognised and analysed. The device is based on a hybrid algorithm that uses optimisation and encryption strategies. This proposed picture safety model encryption made use of the Whale Optimisation technique. By following the suggested strategy, optimisation in encryption techniques aims to choose the most advantageous keys for encryption algorithms. Following implementation, the results are evaluated using the Peak Signal to Noise Ratio (PSNR) and Mean Square Error (MSE). If the proposed technique outperforms the current approaches, then the recommendation is considered a

When designing a product to meet the demands and delight customers, casting is a crucial step in the production process. The industrial world offers a wide variety of casting processes. Sand casting, among other casting processes, is widely used for ferrous and nonferrous materials. The sand casting process relies heavily on the solidification range of the molten metal to determine the product quality. A standardised casting design method is needed, and it may be attained by experimental inquiry. The solidification process eliminates the outcomes of casting faults, such as shrinkage, porosity, and hot tears. A lot of recent developments have included the nuclear, marine, automotive, and industrial sectors with aluminium (6063). Research papers are examined and analysed in this report about the numerous mopuld attributes. This

A planetary gear system consists of a central gear called the sun gear and a set of planet gears that spin around it. The system is encircled by a ring gear. It may accomplish large reduction ratios while remaining very small. The impacts exerted on the gear system are susceptible to a wide range of manufacturing mistakes. An in-depth analysis of planetary gearbox design is first conducted in this research. Following the design phase, this study employs the finite element approach to probe the stress fluctuation caused by misalignments. Misalignments caused by tolerances on the centre distance between gears and components are the source of the strains in this case. This document provides a literature review of studies that have focused on planetary gearbox analysis and design.