This paper encourages the cooperation of different Internet Things technologies in industrial environments for avoiding social disruption novel Industry 4.0 paradigms. For this, green I3A smart factory (GreenISF) scenario is presented, where deployment a collaborative mesh network based on Bluetooth low energy (BLE) and long range wide-area (LoRaWAN) promotes human–machine collaboration towards socially sustainable factories. In order to encourage human-centric architectures such...

Current sensor networks need to be improved and updated satisfy new essential requirements of the Internet Things, where cutting-edge applications will appear. These are: total coverage, zero fails (high performance), scalability sustainability (hardware software). We are going evaluate Bluetooth Low Energy as wireless transmission technology ideal candidate for these improvements, due its low power consumption, cost radio chips ability communicate with users directly, using their...

In the last few years, in an attempt to further motivate students learn a foreign language, there has been increasing interest task-based teaching techniques, which emphasize communication and practical use of thus moving away from repetitive grammar-translation methods. Within this approach, significance situating language learners scenarios where they can meaningfully become major priority for many educators. This approach is particularly relevant context languages young children, who need...

Increasing school dropout rates are a problem in many educational systems, with student disengagement being one significant factor. Learning analytics is new field key role institutions the coming years. It may help make strategic decisions to reduce disengagement. The use of technology environments has grown significantly and, it, awareness importance engagement. We exploit tracking and wearable technologies increase user engagement learning processes, exploring also area multimodal (MMLA)....

Nowadays, advances in technology enable us to easily assist patients with mobility impairment, so they may remain safe and comfortable at home. However, not everyone has experience using new technology. Their human-machine interfaces become difficult use, especially for people motor limitations little the In this paper we present an easy smart-home environment prototype reduced mobility. This allows them do daily household activities (turn on/off light, heat, TV, on), addition communicating...

This Wireless Sensor Network Data Visualization Framework tries to be a tool for the visualization and analysis of data collected by wireless sensor network in generic scope application. It also establish control interface.

In recent years, we have witnessed an exponential growth in the use wearable and Internet of Things devices to provide friendly tangible interfaces for ubiquitous services. The digital transformation private public organizations has been largely spurred by widespread mobile devices, such as smartphones, tablets virtual reality gadgets. Tangible further enhanced quality experience enabling customization human–machine interfaces. This paper presents WIoTED: a platform integrating IoT...

This paper proposes an architecture for Wireless Sensor and Actuator Networks (WSAN) using the new standard Bluetooth Low Energy (BLE). can be used as reference deployment of real flexible monitoring platforms based on Internet Things (IoT) scenarios such smart homes, making a multitude tasks easier to user. A general overview is presented well specific description its different layers.

Power consumption is recognized to be one of the key design parameters towards deployment effective and fully operational wireless sensor networks. Many studies efforts are currently under way for developing better power management strategies. Towards this end, various simulation tools being developed enabling analysis impact system over energy required by elements a network. In paper, we focus on based principles cross-layer protocol engineering. We start reviewing most relevant work area...

This paper shows the evaluation results with new mesh topology for Bluetooth Low Energy standard in IoT scenarios where users send values from different monitorization parameters. In this experimentation we have discovered as user collaboration can increase benefits of topology. It is possible to expand coverage area without adding BLE nodes making use smart devices users.

Ubiquitous computing involves computers and technology that blend seamlessly into day to living. In this way, the real digital worlds have joined, offering interaction mechanisms which are more natural tangible. However, diversity of end-users has increased, is, a wide range skills, knowledge, disabilities, literacy, so on. The first challenge is how designer distributes interfaces/information around environment without overwhelming user. second motivate guide user MDE (Multi-Device...

This paper shows the evaluation results with new mesh topology for Bluetooth Low Energy standard in IoT scenarios where users send values from different monitorization parameters. In this experimentation we have discovered as user collaboration can increase benefits of topology. It is possible to expand coverage area without adding BLE nodes making use smart devices users.

This paper proposes an architecture for Wireless Sensor and Actuator Networks (WSAN) using the new standard Bluetooth Low Energy (BLE). can be used as reference deployment of real flexible monitoring platforms based on Internet Things (IoT) scenarios such smart homes, making a multitude tasks easier to user. A general overview is presented well specific description its different layers.

The concept of Health Smart House aims at giving an autonomous life, in their own home, to people who suffering from a chronic disease, older, handicapped people, etc. However, developing smart health system for home is challenge. A long-term, it must meet the specific needs any user. In addition, provide most important daily services. That is, design and develop know patients' point view caregivers, doctors, nurses, this paper, we have based on smart-home environment that use automation...