Optimization Of Continuous Systems Research Articles

IOT Rancang Bangun Alat Pengusir Hama Burung pada Padi Sawah Petani Berbasis Internet of Things (IoT)

This research aims to develop an effective and efficient bird pest repellent tool in farmers' rice fields by utilizing Internet of Things (IoT) technology. Bird pests often pose a serious threat to agricultural products, especially in rice fields. Through the application of IoT, this tool can monitor real-time bird activity around agricultural areas and take appropriate preventive measures. This tool is designed to utilize motion sensors or pir sensors, surveillance cameras, and a sound or visual signal delivery system to chase away birds. approaching agricultural areas. PIR sensors are widely used in a variety of applications, including home security systems, motion sensor lighting, and building automation. The main advantages of PIR sensors are their low power consumption and ability to provide fast response to movement, making them an efficient and effective choice for many detection applications. motion, data collected from sensors and cameras will be sent to the IoT platform with the Telegram application and which is connected via an internet connection, allowing farmers to monitor and control tools remotely via smart devices such as smartphones or computers. The main advantage of this tool is its ability to provide a quick response to the presence of bird pests, reduce agricultural yield losses and increase crop productivity. Additionally, integration with IoT provides high flexibility and connectivity, enabling continuous system optimization. designing this tool involves the hardware and software design stages. The hardware consists of a pir sensor, an esp 32 cam microcontroller, and a speaker and servo. While the software consists of Arduino Ide, Blynk and Telegram. After design, the tool is field tested for performance. Test results show that this tool is able to detect the presence of birds with good accuracy, provides a fast response in chasing them away, Telegram is able to communicate by giving commands and receiving images, Blynk can provide information on the condition of the tool when it is online and give commands to activate the servo, sound or both of them. With a significant removal success rate, this tool is successful in reducing losses caused by bird strikes in agriculture. Additionally, it has low power consumption and can be integrated with existing IoT platforms for remote monitoring and data analysis. It is hoped that this research can make a positive contribution to efforts to develop sustainable agricultural technology and improve farmers' welfare by protecting agricultural products from bird pest attacks. Thus, it is hoped that the implementation of this tool in the field can provide an innovative and efficient solution in controlling bird pests in farmers' rice fields.

Implementing SAP Hybris for E commerce Solutions in Global Enterprises

In today’s dynamic digital marketplace, global enterprises are increasingly seeking robust e-commerce solutions to enhance their online presence and customer experience. SAP Hybris has emerged as a leading platform in addressing these needs through its comprehensive, scalable, and flexible suite of tools designed for omnichannel commerce. Implementing SAP Hybris enables organizations to efficiently manage their e-commerce operations, from product content and customer interactions to order management and analytics. This paper explores the benefits and challenges of integrating SAP Hybris within global enterprises. It highlights how this platform supports businesses in adapting to evolving customer demands, delivering personalized shopping experiences, and maintaining operational agility across diverse markets. The discussion delves into the technical aspects of implementation, including the role of cloud integration, data synchronization, and multi-channel support. Additionally, the paper examines key factors to ensure a successful deployment, such as aligning business goals with technical capabilities, employee training, and continuous system optimization. By leveraging SAP Hybris, global enterprises can not only streamline their digital commerce strategies but also foster sustainable growth in an increasingly competitive e-commerce landscape. The findings suggest that while the implementation of SAP Hybris presents certain challenges, including complexity and cost, the long-term benefits significantly outweigh the initial investment, making it a strategic asset for organizations aiming to enhance their e-commerce capabilities globally.

Optimization of continuous systems in class of piecewise constant controls

Optimization of continuous systems in class of piecewise constant controls

Experience of foreign armies in the application of RFID technology in logistics

RFID technology has found a wide application in both civilian and military systems with very different purposes; moreover, a tremendous growth of its application is predicted in the future. As a support to core activities, both in the Army and business systems, logistics must provide the conditions for a continuous system optimization, which can be achieved by RFID technology. It provides data collecting, processing, automated identification and storage. The most important factors of logistics information systems are satisfied with this technology. The main feature of the logistics of controlling - that data is always to be collected at a source - is also present. Managing supply chains is almost inconceivable without modern information systems. This technology enables automated data processing thus creating conditions which facilitate decision making. Military applications of RFID technology include monitoring codified items to the extent required by competent commanders, as well as documenting changes in business processes within provided logistic functions of supply. This work gives an analytical approach to the methods of RFID technology application in foreign armies with regard to its possible introduction into the practice of the Serbian Army.