The main goal of this work is to show results obtained from a software called "Access Control by Contingency COVID-19" which allows the institution control the access to facilities after returning from COVID pandemic in order to avoid crowds of people, this software will help avoid COVID-19 infections .The methodology used for this project was Scrum ,since the development of the project required mainly a constant testing and delivery follow-up, prioritizing activities and adapting changes for greater flexibility to modifications to achieve the main objective in a established time. Currently web applications are being used as a resource in order to put together different projects, in this case health control and University access, applying a survey to generate a QR code with which people will be able to enter the university facilities, this code is read by a mobile application that sends data via wifi to a desktop application that is in charge for validating and recording student`s data, employees and external personnel accessing the institution facilities.
This project proposes a solution to an internal problem of an organization when managing its vehicles. A web system will be developed for the control and management of information, procedures and functions of the company’s vehicles in an efficient way and thus have a better development optimizing times. The objective is to facilitate the management of information, improving the control of activities, internal functions and support, in order to speed up processes through the use of the computer system. The methodology to be used is Scrum, since it provides optimal options, such as Sprint, work boards at a certain time for the development and proper functioning of the system, as well as constant revision, avoiding errors and improving development times. The Scrum methodology provides an agile process to develop software; it was first applied by Ken Schwaber and Jeff Sutherland, who documented it in detail in the book Agile Software Development with Scrum. 1. To analyze and investigate the different development tools. 2. To select the tools that generate the greatest advantages for the project. 3. To make a work plan for the implementation of the System. 4. To perform tests and carry out adjustments for the final implementation.
Trading consists of purchasing and selling listed assets with high market liquidity such as: stocks, currencies and futures. then this financial market is used electronically and it is regulated (the trading and generation price is freely agreed through a negotiation process between the consumer and the trader. ). One of its objective is to obtain an economic benefit when the operation generates a capital income , repeating the process for a considerable number of operations, therefore it makes it possible to increase the initial capital. This article will approach the implementation of an algorithmic trading model which can help to maximize the profitability of a portfolio for cryptocurrency assets based on the application, combination and weighting of some of the most advanced mathematical techniques using the Python programming language, its libraries and some other tools in a controlled development environment and also guided by a previous research and training based on the topics planned for the completion and satisfaction of the project.
In this work it present the development of a prototype for the control of spaces in a parking lot, which through a web page monitors and displays in real time the available places, for this project it is used: an Arduino Uno card, proximity sensors Lm393, male / female, male / male cables, ESP8266 WIFI module and two LEDs; all these connected to each other by a communication link developed with Arduino code, allowing to transmit and send data in the Arduino serial. An Arduino serial communication link is made with java language code, acting as an intermediary for the insertion of information in the database. The web application was developed with the programming language PHP and HTML and was connected to the database hosted on the MySQL server, using as a Sublime Text code editor. Thus achieving on the web page the monitoring in real time of the available parking places. The results shown by the prototype indicate that it is probably feasible to implement this technology to make the parking lots smart.
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