Juan Rico
Santander, Autonomía de Cantabria, España
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Over 15 years of exploring the possibilities connectivity and digitalization bring to…
Artículos de Juan
Actividad
4 mil seguidores
Experiencia
Educación
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Harvard Business School Online
Pass
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Disruptive Strategy with Clayton Christensen is a 6-week, 30 hour certificate program from Harvard Business School Online. Disruptive Strategy helps students become fluent in disruption theory and gain confidence in articulating complex viewpoints, apply strategic frameworks to assess new opportunities and potential threats, and acquire techniques for executive-level strategy formulation and team management. The program was developed by leading Harvard Business School faculty and is delivered…
Disruptive Strategy with Clayton Christensen is a 6-week, 30 hour certificate program from Harvard Business School Online. Disruptive Strategy helps students become fluent in disruption theory and gain confidence in articulating complex viewpoints, apply strategic frameworks to assess new opportunities and potential threats, and acquire techniques for executive-level strategy formulation and team management. The program was developed by leading Harvard Business School faculty and is delivered in an active learning environment based on the HBS signature case-based learning model.
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Licencias y certificaciones
Experiencia de voluntariado
Publicaciones
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SmartCities. Solving technical challenges and offering disruptive commercial applications
WIMA
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Resource management for QoS support in cognitive radio networks
IEEE Communications Magazine
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SICRA: a GNSS Cooperative System for Avalanche Rescue
Toulouse Space Show 2012
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Modeling and Simulation of Secure Wireless Sensor Network
Forum on specification & Design Languages 2012
In this paper we present a methodology to model and simulate jamming attack in Wireless Sensor Network. The Wireless Sensor Network is described by the use of the MARTE profile. Though UML/MARTE models Wireless Sensor Network is specified, defining its components and characterization the communications established among these components in the network. There are numerous ways to attack a Wireless Network. In this paper we study these techniques and propose alternatives to simulate the attacks…
In this paper we present a methodology to model and simulate jamming attack in Wireless Sensor Network. The Wireless Sensor Network is described by the use of the MARTE profile. Though UML/MARTE models Wireless Sensor Network is specified, defining its components and characterization the communications established among these components in the network. There are numerous ways to attack a Wireless Network. In this paper we study these techniques and propose alternatives to simulate the attacks using a virtual simulator framework based in the native HW/SW simulation methodology. With an emerging market in Wireless Sensor Network technology and with the high vulnerability to attacks of these systems, it is important to provide new techniques of simulation that allows the developer to obtain estimations in early stages of system design.
Otros autores -
Modeling and Simulation of Secure Wireless Sensor Network
Forum on specification & Design Languages 2012
In this paper we present a methodology to model and simulate jamming attack in Wireless Sensor Network. The Wireless Sensor Network is described by the use of the MARTE profile. Though UML/MARTE models Wireless Sensor Network is specified, defining its components and characterization the communications established among these components in the network. There are numerous ways to attack a Wireless Network. In this paper we study these techniques and propose alternatives to simulate the attacks…
In this paper we present a methodology to model and simulate jamming attack in Wireless Sensor Network. The Wireless Sensor Network is described by the use of the MARTE profile. Though UML/MARTE models Wireless Sensor Network is specified, defining its components and characterization the communications established among these components in the network. There are numerous ways to attack a Wireless Network. In this paper we study these techniques and propose alternatives to simulate the attacks using a virtual simulator framework based in the native HW/SW simulation methodology. With an emerging market in Wireless Sensor Network technology and with the high vulnerability to attacks of these systems, it is important to provide new techniques of simulation that allows the developer to obtain estimations in early stages of system design.
Otros autores -
Cooperative System for Avalanche Rescue
International Conference on Wireless Communications in Unusual and Confined Areas (ICWCUCA 2012)
Healthy life style has increased its penetration among people in the last years. The number of license for practicing snow and mountain activities certificates it with an over 7% increase year by year. Due to this, expert skiers or excursionist have slightly modified traditional patterns in their activities, moving from controlled zones, such as ski resorts or typical mountain paths, to non protected zones, thus increasing the risk of suffering an avalanche. Over 150 people die buried by snow…
Healthy life style has increased its penetration among people in the last years. The number of license for practicing snow and mountain activities certificates it with an over 7% increase year by year. Due to this, expert skiers or excursionist have slightly modified traditional patterns in their activities, moving from controlled zones, such as ski resorts or typical mountain paths, to non protected zones, thus increasing the risk of suffering an avalanche. Over 150 people die buried by snow avalanches every year, in this scenario survival probabilities are tightly related with the time employed for finding victims, being critical the first 15 minutes. Most of the existing solutions require the presence of special elements not allowing the start of the rescue once the avalanche has finished, or when it allows, they are not as quick as needed in this kind of scenarios. This work presents an alternative solution focused accelerating the detecting process and the rescue by facilitating the use with a very intuitive set of orders. Exploiting the possibilities offered by GNSS and ICT technologies (low power low range mesh networks), the system will be capable of detecting buried victims with only the information generated by the system. Furthermore, the context information provided by a control center accelerates the rescue process and optimizes the work of professional rescue team. This paper presents the theoretical basis of signal propagation through the snow and the set of functions implemented for accomplish the system scope.
Otros autores
Proyectos
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CLIPS
- actualidad
The EU project CLIPS aims at introducing a new approach to deliver innovative public services, through the cloud-computing approach involving the community in the process. The main idea of CLIPS is to provide to the community a methodology and a toolkit which allow civil servants and
other external stakeholders (both citizens and businesses) to co-operate in the conceiving and the development of new cloud-based services, starting from a set of basic micro-services already available in the…The EU project CLIPS aims at introducing a new approach to deliver innovative public services, through the cloud-computing approach involving the community in the process. The main idea of CLIPS is to provide to the community a methodology and a toolkit which allow civil servants and
other external stakeholders (both citizens and businesses) to co-operate in the conceiving and the development of new cloud-based services, starting from a set of basic micro-services already available in the “cloud”.Otros creadoresVer proyecto -
BUTLER
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Design, development and implementation of customized wireless sensor devices for remote control and monitoring of a SmartParking system in the framework of the FP7 BUTLER European project.
BUTLER aims to design and demonstrate the first prototype of a comprehensive, pervasive and effective Context-Aware information system, which will operate transparently and seamlessly across various scenarios towards a unified smart urban environment.Otros creadoresVer proyecto -
TOISE
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Design and development of a Secure Over-The-Air Programming (OTAP) mechanism for Wireless Sensor Networks (WSN) in the framework of European TOISE project (Trusted Computing for European Embedded Systems)
The objective of TOISE is to define, develop and validate trust hardware and firmware mechanisms applicable both to lightweight embedded devices and as security anchors within related embedded platforms.Otros creadoresVer proyecto
Reconocimientos y premios
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Honorable Mention - European Product Design Award
European Product Design Award
https://www.productdesignaward.eu/winners/hm/2017/22478222/
Teka's new smart appliances open a whole new world of opportunities for you to enjoy unlimited cooking. Connect your oven, hob and hood with your mobile phone via the Teka Home app so you can cook whenever and wherever you want. The friendliest mobile app is also available for Amazon Alexa creating a new experience in this market.
Connect the oven to your mobile seamlessly, enabling you to control the functions from wherever…https://www.productdesignaward.eu/winners/hm/2017/22478222/
Teka's new smart appliances open a whole new world of opportunities for you to enjoy unlimited cooking. Connect your oven, hob and hood with your mobile phone via the Teka Home app so you can cook whenever and wherever you want. The friendliest mobile app is also available for Amazon Alexa creating a new experience in this market.
Connect the oven to your mobile seamlessly, enabling you to control the functions from wherever you want. Check your mobile to see what your hob is doing so you don´t have to worry about anything. The Hob to Hood feature turns your hood regulate automatically. -
European Space Agency - Galileo Master Award Winner
European Space Agency
IoT Avalanche rescue system
https://galileo-masters.eu/winner/core-cooperative-rescue-system/
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