Citas bibligráficas
Ortiz, F., Condori, J. (2019). Sistema de Gestión y Control de Disponibilidad para el personal militar que labora en la Dirección Gubernamental Peruana [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/658101
Ortiz, F., Condori, J. Sistema de Gestión y Control de Disponibilidad para el personal militar que labora en la Dirección Gubernamental Peruana [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2019. http://hdl.handle.net/10757/658101
@misc{renati/397831,
title = "Sistema de Gestión y Control de Disponibilidad para el personal militar que labora en la Dirección Gubernamental Peruana",
author = "Condori Velásquez, Jessica Milagros",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2019"
}
The current work includes the development of computer software for the Telematics area of the Peruvian Government Directorate, which will resolve the disagreements of military staff due to incorrect assignments of guard roles, so expert algorithms will be used to automate the process of the assigned work shifts complying with all requirements, rules and restrictions of the Telematics department. Work shift assignments accomplish a monthly pattern which should be based on the frequency of work shifts according to the military grade or rank, the monthly hours of guard to be fulfilled and the changes or work permits requested before or after assigning the work shift. Nowadays these assignments are made manually generating delays, dissatisfaction, complaints and claims in the Telematics department. For the elaboration of this work, the “Rational Unified Process” or for its acronym in English RUP (Rational Unified Process) will be taken as the development methodology and the Grover and Ideal methodology will be taken as a base for the expert algorithm model. In the first chapter the theoretical framework on current business and technologies is detailed, concluding with the objective organization that selected to understand the current problems and the processes related to them. In the second chapter, the solution proposal is described, highlighting the general and specific objectives of the project, as well as the indicators of achievement of the objectives are identified, a comparative analysis of current solutions and the proposed solution is prepared. In the third chapter, business processes are modeled, for this purpose UML4 is used as a unified modeling language, in this way the main business actors and rules are identified. In the fourth chapter the requirements of the system are specified and the use cases are modeled, likewise all the use cases that the system will contemplate are described in detail, finally the conceptual model of the system is elaborated. The fifth chapter, corresponding to the software architecture, describes in detail the goals, restrictions and mechanisms of the architecture used for the construction of the software, in addition to the elaboration of the logical views, implementation and deployment of the system. In the sixth chapter the construction of the system is detailed, taking as a priority the use cases of the central core of the business or minimum viable product (MVP5), it describes the patterns to be used and defines the components to build, finally it will be concluded with the system data model. In the seventh chapter, the quality standards and policies to be used are defined, as well as the definition of metrics that will allow the quality of the final product to be measured. Finally, the eighth chapter explains the management of the project, the Work Breakdown Structure (WBS6) is defined and the project execution schedule is prepared taking as a baseline the cost, time and resources to be used. In this way, the objective is to finish with the inefficient management of the assignment, control and availability that cause discomfort to the military staff due to poor administration or management of the staff shift assignment department.
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