Analysis of graphic patterns on a two-dimensional chart based on economic indicators

Dynamiczność rynków światowych, a także olbrzymia ilość danych zgromadzonych na przestrzeni lat doprowadziła do stworzenia statystycznej możliwości wnioskowania zachwiań na giełdzie światowej. Przewidzenie hossy lub bessy następuje po dopasowaniu wzorca do krzywej wahań cen akcji poprzedzających powyższe. Zagadnienie to pozwala na przeniesienie rozwiązań na system. Aplikacja umożliwi analizę wybranych przez nas notowań akcji za pomocą wykresów sporządzonych na płótnach SVG na najpopularniejszej wyszukiwarce internetowej. Przechwycenie dynamicznego wykresu pozwala powiadomić użytkownika o możliwości wystąpienia załamania bądź też wzrostu cen akcji na rynku światowym.The dynamics of global markets, as well as the huge amount of data collected over the years, has led to the creation of a statistical possibility of inferring fluctuations on the global stock exchange. The prediction of a bull or bear market occurs after the pattern is adjusted to the fluctuation curve of stock prices preceding the above. This issueallows you to transfer solutions to the system. The application will allow you to analyze the stock quotes selected by us using charts made on SVG canvases on the most popular Internet search engine. Capturing a dynamic chart allows you to notify you of the possibility of a collapse or increase in stock prices on the global market

Secondary Treatment of Mandibular Bone Fracture Using Sagittal Split Osteotomy and Segmentation of the Mandible: A Case Report

The secondary treatment of mandibular bone fractures poses a great challenge due to the complexity of several factors, such as incorrect primary fracture repositioning, inadequate internal fixation, nonunion, necrosis, local inflammation and infection, tooth loss, and malocclusion, serving as obstacles encountered by surgical teams. The aim of this case report is to detail the planning process, surgical technique, and outcome of the secondary treatment of the post-traumatic deformation, bone exposure, and partial necrosis of the mandible. The new approach described herein incorporated 3D planning and printing procedures, employing surgical techniques such as the segmentation of the mandible with unilateral sagittal split osteotomy and the vertical osteotomy of the mandibular body. New, stable occlusion; appropriate spatial relations; and proper osteosynthesis of the mandible were achieved. The encouraging results obtained demonstrate that the described method can be incorporated in similar cases of the secondary treatment of mandibular fractures and possibly lead to shorter hospitalization and convalescence and lower the associated costs