A Model of an Automated System for Assessing the Quality of Startups in the Field of Software Engineering

Annotation- This article introduces an automated system for evaluating startups in the field of Software Engineering It outlines the system s components including database management expert assessments and project viability estimation The article also presents a conceptual database model and discusses the user interface for assessment calculations The system is designed to enhance the evaluation of Software Engineering startups and holds potential applications in various scenario

Data Visualization as a Means of Optimizing Control Systems Model in Project Management.

Annotation- The article addresses current issues concerning the utilization of data visualization in project management within the project context It delves into the characteristics and principles of implementing projects within the project management framework of business entities The classification of processes within the project management system is outlined The study examines the significance of data visualization as a prerequisite for decision-making highlighting the traits of visual project management The tools employed for crafting visual representations of project data derived from project implementation outcomes are investigated Various types of infographics intended for monitoring the execution of project-related business tasks encompassing factors such as sequence resources and commencement and culmination dates are identified The article concludes by presenting the outcomes of generating visualizations using MS Project and MS Power BI within the realm of project management business processes in the project are

Application of Meta-Programming Techniques for Accelerating Software Development and Improving Quality.

Annotation- A contemporary software tool has been devised to evaluate software quality through metric analysis techniques This tool calculates pertinent metrics utilizing quality indicators and establishes a composite quality indicator value for software products The intricacies of software quality assessment processes have been elucidated including the examination of software quality s standardization as well as the presentation level of its model This enables the potential for enhancement through the formulation of suitable criteria for quality assessment refining models for metric analysis and quantitatively measuring quality across all phases of project implementation Notably the use of metric analysis to gauge software quality reveals a lack of standardized metrics resulting in varying assessment methods and metrics from different measurement system providers Interpreting metric values also proves challenging for most software users due to a lack of clarity and informativeness Furthermore it has been discovered that while decisions based on cost development duration and designer company reputation influence software implementation choices they do not always guarantee optimal software qualit

Scalability and Performance of Microservices Architectures.

Annotation- The inevitability of continuous evolution and seamless integration of dynamic alterations remains a paramount consideration in the realm of software engineering This concern is particularly pronounced within the context of contemporary microservices architectures embedded in heterogeneous and decentralized systems composed of numerous interdependent components A pivotal focal point within such a software design paradigm is to sustain optimal performance quality by ensuring harmonious collaboration among autonomous facets within an intricate framework The challenge of microservices evolution has predominantly revolved around upholding the harmonization of diverse microservices versions during updates all while curbing the computational overhead associated with such validation This study leverages previous research outcomes and tackles the evolution predicament by introducing an innovative formal model coupled with a fresh exposition of microservices RESTful APIs The amalgamation of Formal Concept Analysis and the Liskov Substitution Principle plays a pivotal role in this proposed solution A series of compatibility constraints is delineated and subjected to validation through a controlled experiment employing a representative microservices syste