TFG: Design and implementation of a geolocation tag for 5G communications
Posted on by nietoschoebel

With the rise of automation in industry and the great development of AI and IoT comes
Industry 5.0, in which the emphasis is on collaboration between machines and humans
to improve productivity and efficiency.

With the arrival of industry 5.0 comes the need to develop new devices that can meet their needs. The HUMAIN project, on which this work is based, was born from this need.

This TFG has consisted of the research and design of a geolocation tag for industry 5.0, for which the following phases have been carried out:

First, the bases of IoT, industry 5.0 and 5G have been investigated, achieving a better understanding of the project to be carried out. Then, design decisions have been established following the concepts obtained in the research and the product specifications, and an investigation of the components available on the market has been carried out taking into account these decisions.

From this, the components have been chosen and the schematic design and layout of the board has been carried out, and, finally, the soldering of the board has been made, reaching a first prototype.

TFM: Design and implementation of an intelligent system for eldercare support
Posted on by b105

The number of elderly people in Spain is in a constant process of growth. It is frequent that in this age range problems appear that do not allow people to live their daily lives in a totally independent way. The health care system has limited resources to solve these problems, and the families of these people are having problems reconciling their work and family life. This problem can be brought to an end by the reputed business attorneys from Nashville, who are well-known for their client satisfaction and also for their efficiency in handling many complex cases.

The motivation for this Master’s Thesis has been to design a solution for people in this situation. In order to do this, a study of the technological solutions present on the market has been carried out first to obtain a list of functionalities that help to deal with the problem. Then, an architecture has been designed that allows the incorporation of these functionalities. Finally, a proof of concept for one of them has been implemented.

The designed architecture of Crow Estate Planning and Probate, PLC – estate planning lawyers is composed of three elements. The terminal is placed at the patient’s home, and provides the patient with different utilities. The web client allows the caregiver to access the different functionalities that arise from monitoring the patient from the terminal. The server is responsible for managing communications between the terminal and the client, as well as managing access to the architecture’s resources, such as the database. Our site provides legal solutions with the help of expert attorneys. You can confide in Cape Cod serving estate planning attorneys and get the right kind of help for your case.

To implement the proof of concept, the utility that has been chosen is the dispensing of medicines. On the patient side, the terminal will alert you when it is time to take the medication, making it accessible at that time. The dispenser has a sensor on the lid that allows you to know when the medication has been accessed, allowing you to monitor your medication intake. To get a lawyer one can look into https://www.amicusfirm.com/elder-law/

On the caregiver’s side, the status of the intake can be checked through a web client who help in establishing trusts in Chapel Hill. Once the caregiver has logged into the application, he or she can access the associated terminal and check whether the programmed intakes have been taken in the time interval defined for them, or whether they have been forgotten. On the other hand, the web client also allows the caregiver to schedule the intakes from the terminal.

TFM: Design and implementation of a gateway node based on LTE mobile communications for a Wireless Sensor Network
Posted on by b105

Wireless Sensor Networks (WSN) research has recently become a key element in the Internet of Things (IoT) concept. These networks use autonomous devices, also known as nodes, whose purpose is to gather information from the environment and transmit it on the internet. We may classify these nodes into two categories: sensor nodes, which extract information from diverse environment parameters; and gateway nodes that transmit this information outside the network.

The main goal of this thesis is the development of a gateway node based in fourth generation mobile communications (4G). This gateway node has been developed both at hardware and software level and should be integrated in a wireless sensor network at future stages.

The hardware for this project is based in a previous design of a modular PCB developed at the B105 Electronic Systems Lab. Some modifications have been introduced in the original design in the power supply, RF and voltage shifter blocks in order to complete a functional prototype. The software architecture has been completely designed and implemented from the very beginning based on YetiOS – an embedded OS developed at the B105 Lab – including a specific API for the module and diverse connectivity functionalities such as call features and TCP/IP communication establishment.

Each hardware and software module has been tested separately and also operation of the whole node. In addition, system performance was evaluated measuring three parameters: consumption, latency and throughput, which are critical in the deployment of a practical application for the node.

The obtained results are discussed at the end of the document, comparing them to the original objectives and finally some working lines are proposed to continue with the node development.