IOS-Based Mobile Service Ordering Application Using Wireframe and Figma

Technological developments are increasingly growing rapidly so that everyone cannot avoid these technological advances. The technology in question covers all aspects of life, therefore here we create an application that is expected to help the community in finding tenants for IOS-based services, with the aim of helping people who are difficult in terms of finding service providers who want to be hired to help with their daily homework day

Construction of a system of flow and temperature instrumentation on a porcine farm in the municipality of Marsella, Risaralda

We present a local monitoring system of temperature and caudal in a pig farm. The method consists of designing an instrumentation and measurement system, this uses a wireless sensor network (WSN) based on the ZigBee standard. The WSN sends the gathered data to a server that stores the information in a database with the purpose of consulting (local queries) at any time the data that have been measured by the electronic devices. The preliminary results show that the data we can be used to infer behavior of the variables under study, besides the prototype is scalable, efficient, that makes it easily adaptable to any pig farm.We present a local monitoring system of temperature and caudal in a pig farm. The method consists of designing an instrumentation and measurement system, this uses a wireless sensor network (WSN) based on the ZigBee standard. The WSN sends the gathered data to a server that stores the information in a database with the purpose of consulting (local queries) at any time the data that have been measured by the electronic devices. The preliminary results show that the data we can be used to infer behavior of the variables under study, besides the prototype is scalable, efficient, that makes it easily adaptable to any pig farm

Construction of a system of flow and temperature instrumentation on a porcine farm in the municipality of Marsella, Risaralda

We present a local monitoring system of temperature and caudal in a pig farm. The method consists of designing an instrumentation and measurement system, this uses a wireless sensor network (WSN) based on the ZigBee standard. The WSN sends the gathered data to a server that stores the information in a database with the purpose of consulting (local queries) at any time the data that have been measured by the electronic devices. The preliminary results show that the data we can be used to infer behavior of the variables under study, besides the prototype is scalable, efficient, that makes it easily adaptable to any pig farm.We present a local monitoring system of temperature and caudal in a pig farm. The method consists of designing an instrumentation and measurement system, this uses a wireless sensor network (WSN) based on the ZigBee standard. The WSN sends the gathered data to a server that stores the information in a database with the purpose of consulting (local queries) at any time the data that have been measured by the electronic devices. The preliminary results show that the data we can be used to infer behavior of the variables under study, besides the prototype is scalable, efficient, that makes it easily adaptable to any pig farm

Construction of a system of flow and temperature instrumentation on a porcine farm in the municipality of Marsella, Risaralda

We present a local monitoring system of temperature and caudal in a pig farm. The method consists of designing an instrumentation and measurement system, this uses a wireless sensor network (WSN) based on the ZigBee standard. The WSN sends the gathered data to a server that stores the information in a database with the purpose of consulting (local queries) at any time the data that have been measured by the electronic devices. The preliminary results show that the data we can be used to infer behavior of the variables under study, besides the prototype is scalable, efficient, that makes it easily adaptable to any pig farm.We present a local monitoring system of temperature and caudal in a pig farm. The method consists of designing an instrumentation and measurement system, this uses a wireless sensor network (WSN) based on the ZigBee standard. The WSN sends the gathered data to a server that stores the information in a database with the purpose of consulting (local queries) at any time the data that have been measured by the electronic devices. The preliminary results show that the data we can be used to infer behavior of the variables under study, besides the prototype is scalable, efficient, that makes it easily adaptable to any pig farm

Sistema de produção de suínos com ênfase nas fases iniciais

O estágio curricular obrigatório foi realizado na empresa Pamplona Alimentos, localizada na região do Alto Vale do Itajaí em Santa Catarina. O estágio ocorreu no período de 02 de janeiro a 28 de fevereiro de 2020, totalizando 328 horas. A realização do mesmo objetivou o acompanhamento das atividades da empresa dentro do sistema produtivo de suínos em modelo de integração vertical, com ênfase nas fases iniciais. As atividades propostas foram pautadas no acompanhamento técnico de todas as etapas da produção de suínos como forma de construir uma visão sistemática das atividades desenvolvidas pela empresa. De forma complementar, atividades envolvendo a execução e condução de experimentos nas fases de maternidade e creche também foram realizadas durante o período de estágio