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Revista de Tecnologías Computacionales最新文献

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App para la distribución y entrega de tortilla en Ixhuatlan del Sureste, Veracruz 韦拉克鲁斯州伊克斯华特兰东南地区的玉米饼配送应用程序
Pub Date : 2019-06-30 DOI: 10.35429/joct.2019.10.3.22.27
E. Morales-Reyes, Luz Alondra Katt-Morales, Jimmy Noe Pacheco-Reyes, Rogelio Vazquéz-Hernández
Tortilla is the food with more presence in Mexican homes, according to reports from the Ministry of Economy and the Regulatory Council of the Mass, in Mexico the consumption per person is approximately 90 kilograms of tortillas per year, so, that there is a potential market dedicated to producing this food. Currently many tortillerías have home delivery service through distributors, however, it is deficient, derived from the lack of coordination and planning on fixed routes and schedules in the service of the tortilleros, being able to observe an opportunity to improve services of sale and delivery, through Information Technology. The objective of the project is to develop a mobile application that, based on a tortilla application, makes it possible to facilitate its distribution and home delivery in the community of Ixhuatlán del Sureste, Veracruz. Likewise, manage tortillerías from a website, providing security and ease of use.
墨西哥玉米饼是墨西哥家庭中最常见的食物,根据经济部和大众监管委员会的报告,在墨西哥,每人每年消费大约90公斤玉米饼,因此,有一个专门生产这种食物的潜在市场。目前,许多tortillerías通过分销商提供送货上门服务,但是,由于缺乏协调和规划固定路线和时间表的玉米饼饼的服务,无法通过信息技术观察到改善销售和送货服务的机会,因此服务不足。该项目的目标是开发一个基于玉米饼应用程序的移动应用程序,使其在维拉克鲁斯州Ixhuatlán del Sureste社区的分发和送货上门成为可能。同样,从网站管理tortillerías,提供安全性和易用性。
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引用次数: 0
Comunicación y almacenamiento de datos de un compensador vectorial 矢量补偿器的通信和数据存储
Pub Date : 2019-06-30 DOI: 10.35429/joct.2019.10.3.1.6
Efrain Villalvazo-Laureano, Richard Jesus Guerrero-Deniz, R. O. Jiménez-Betancourt
This paper presents the communication and using a (DB) Database to Vectorial Compensator. Using the serial communication as means between the compensator and the DB. Employing a datab in MYSQL since the DB is in a web server, later get the visual data in a web site. MySQL was used to the electric’s device data storage. To greaster ease of handling of DB, employing as DataBase Management System; “XAMPP”.
本文介绍了矢量补偿器的通信和使用(DB)数据库。采用串行通信作为补偿器和DB之间的通信方式。由于数据库位于web服务器中,因此使用MYSQL中的数据库,然后在网站中获得可视化数据。MySQL用于电气设备的数据存储。为了方便数据库的处理,采用数据库管理系统;“XAMPP”。
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引用次数: 0
Evaluación y mejora a tarjeta USB de adquisición de datos para LabVIEW LabVIEW USB数据采集卡的评估和改进
Pub Date : 2019-03-31 DOI: 10.35429/JOCT.2019.9.3.25.31
S. Delgado-Guerrero, Y. F. López-Álvarez, Ricardo Jara-Ruiz, José Luis Gallegos-Ramirez
The acquisition of data will become the main factor for the growth of the I4.0 and the IOT, so an evaluation and proposals for improvement to the USB data acquisition card for LabVIEW, reported in the journal of Computational Systems and ICT's in March 2016, are presented. The use of Arduino for the acquisition of data is popular, but its hardware architecture and programming structures already resolved, prevents its users from developing their own knowledge. The previously reported card has the disadvantage of being centered on a single SubVI that hinders the interconnection of elements and the generation of complex programming schemes. Looking for ease of use, a redesign of the PCB functional in Windows 10 and that allows its direct connection to protoboard has been done; in addition, individual SubVI’s were developed for data acquisition tasks, which can be used repeatedly in LabVIEW and which can be integrated into their libraries. A web page has been created where files are shared in free code, diagrams, examples and other tutorials. The new card and its libraries are simpler to use, have greater versatility and allows interaction with peripheral hardware.
数据采集将成为工业4.0和物联网发展的主要因素,因此,在2016年3月的《计算系统与信息通信技术》杂志上,提出了对LabVIEW USB数据采集卡的评估和改进建议。使用Arduino进行数据采集是很受欢迎的,但是它的硬件架构和编程结构已经解决了,阻碍了用户开发自己的知识。先前报道的卡片的缺点是集中在单个SubVI上,这阻碍了元素的互连和复杂规划方案的生成。为了方便使用,在Windows 10中重新设计了PCB功能,并允许其直接连接到protoboard;此外,还为数据采集任务开发了单独的SubVI,这些SubVI可以在LabVIEW中重复使用,并且可以集成到它们的库中。我们创建了一个网页,在这里共享免费代码、图表、示例和其他教程。新卡及其库更易于使用,具有更大的通用性,并允许与外围硬件交互。
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引用次数: 0
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