Neoj4 and SARMIX Model for Optimizing Product Placement and Predicting the Shortest Shopping Path

Product placement of top-selling items in highly visible aisles inside supermarkets plays a crucial role in enhancing customer shopping experience. Moreover, it is important for retailers to assure that their customers can effortlessly navigate the store and locate the items they are searching for in a timely manner. The research proposes a novel and effective approach that combines two methods; the SARIMAX model for forecasting sales of each product based on historical data; by using the predicted result, placing the most demanding item in highly visible aisles. And the use of Graph Database Management Systems (GDBMS) such as Neo4j to find the shortest path for consumers to navigate throughout the store to finish the shopping as per their shopping list. By leveraging the power of data analytics and machine learning, retailers can make data-driven decisions that result in improved sales andcustomer satisfaction. Retailers investing in these technologies and strategies will likely see a significant increase in customer satisfaction and sales

Effect of washing on persistence of residues of mancozeb in cardamom (Elettaria cardamomum Maton) capsules

Experiments on degradation of the fungicide mancozeb on cardamom (Elettaria cardamomum) capsules by processing techniques indicated that thorough washing had a profound influence on the removal of surface residues. A waiting period of 8 to 14 days in the case of fresh capsules could be brought down to 3 to 4 days by washing. &nbsp

Effect of washing on persistence of residues of mancozeb in cardamom (Elettaria cardamomum Maton) capsules

Experiments on degradation of the fungicide mancozeb on cardamom (Elettaria cardamomum) capsules by processing techniques indicated that thorough washing had a profound influence on the removal of surface residues. A waiting period of 8 to 14 days in the case of fresh capsules could be brought down to 3 to 4 days by washing. &nbsp

The European Vitis Database (www.eu-vitis.de) – a technical innovation through an online uploading and interactive modification system

The objective of the European Vitis Database is to safeguard and enhance germplasm by monitoring its preservation. Two issues are strongly related to that purpose: (1) participation of collections covering almost all grape biodiversity and (2) assessment of accessions trueness to type. In the scope of the European project GrapeGen06 efforts have been made towards both objectives. The 35 participating grape germplasm repositories are found between the Iberian Peninsula and Transcaucasia, thus covering a broad range of grape diversity. Altogether they maintain 32,410 accessions. However with respect to biodiversity, gaps are still evident and further collections need to be included and trueness to type assessment absolutely needs to be pursued to organize duplication of endangered genotypes. Within the GrapeGen06 project focus was laid on the establishment of a database conferring the collection holders a high degree of responsibility and independence. Hence for the first time in a European Central Crop Database an on-line uploading application and an interactive modification system for data administration was implemented. These innovations disburden the database manager and offer the curators of collections more flexibility. Prerequisites for data import, descriptors applied, access levels, database contents, uploading, export and search functions are described

The European Vitis Database (www.eu-vitis.de) \u2013 a technical innovation through an online uploading and interactive modification system

The objective of the European Vitis Database is to enhance germplasm safeguard by monitoring its preservation. Two issues are strongly related to that purpose: (1) participation of collections covering almost all grape biodiversity and (2) assessment of accessions trueness to type. In the scope of the European project GrapeGen06 efforts have been made towards both directions. The 33 participating grape germplasm repositories are found between the Iberian Peninsula and Transcaucasia, thus covering a broad range of grape diversity