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  • About
  • The Global ETD Search service is a free service for researchers to find electronic theses and dissertations. This service is provided by the Networked Digital Library of Theses and Dissertations.
    Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
91

Urban Density in the Future- Life Around the Clock: An Urban Vision for 2050

Dai, Jing 07 June 2016 (has links)
No description available.
92

Evaluating privacy and security risks in smart home entertainment appliances, from a communication perspective

Irengård Gullstrand, Simon, Morales Larsson, Ivan January 2016 (has links)
Konceptet "smarta hem" blir mer och mer en del av vår vardag. På grund av den hastigautvecklingen och med tanke på att trådlös kommunikation har blivit normen, har säkerhetoch integritet blivit mer av ett bekymmer. Syftet med detta arbete är att undersöka vilkentyp av information som kan utvinnas ur ett underhållning-baserat smart hem med inriktning på en off -the-shelf spel-konsol, Playstation 4, ansluten till Internet. Detta scenario har undersökts med ett experiment som fokuserar på avlyssning av nätverkstrafik som inträffar vid användning av en sådan enhet i det dagliga livet. Resultatet av studien visar att känslig data såsom bilder är i själva verket möjligt att utvinna från nätverkskommunikationen. / The concept of smart home technology becomes more and more a part of our everydaylife. Because of the hasty evolution and considering that wireless communication has become the norm, the security and privacy problems have become more of a concern. The purpose of this work is to examine what kind of information can be extracted from anentertainment-based smart home involving an o -the-shelf game-console, Playstation 4,connected to the Internet. This scenario has been investigated with experiments focusingon the interception of networking tra c occurring when using such a device under everyday operations. The results of the study shows that sensitive data such as images is in fact possible to extract contrary to popular belief.
93

Vattenanvändningen i Sveriges flerbostadshus : utifrån tre boendeformer / The water usage in Sweden's apartment buildings : based on three types of housing

Al Damiri, Sundus, Karlsson, Anna, Zeru, Rahel January 2021 (has links)
I denna rapport undersöks vattenförbrukningen i svenska flerbostadshus. Sveriges medvetenhet är generellt sett låg när det kommer till vattenförbrukning. Dessutom har vi en ökad problematik med vattenbrist på grund av klimatförändringar. Studien fokuserar på de tre boendeformerna; bostadsrätter, hyresrätter och studentboenden. Vattenförbrukning i dessa typer av lägenheter analyseras och även privatpersoners tankar kring sin egen förbrukning undersöks. För att besvara studiens frågeställningar har flera olika metoder, såsom en litteraturstudie, digitalenkätundersökning och datainsamling kring vattenförbrukningen från de tre olika boendeformerna, använts. En analys av den insamlade data har genomförts, och till sist har även intervjuer med två relevanta företag utförts, för att få en uppfattning om ämnet ur ett företagsperspektiv. Resultaten som framkommit under projektet innefattar bland annat att det finns olika faktorer som påverkar vattenförbrukning i de olika boendeformerna, exempelvis lägenhetsstorlek, betalningssätt och medvetenhet. Det visade sig att den största drivkraften hos privatpersoner till att vilja minska sin vattenförbrukning är en kombination av att vilja uppnå låga kostnader och samtidigt ta hänsyn till miljön. Enligt enkäten som utformats under arbetets gång framkom det att endast 8 % av respondenterna hade insikt i sin vattenförbrukning. En anledning till Sveriges låga medvetenhet när det kommer till vattenförbrukning, kan vara att fyra av tio svenskar inte vet hur de betalar för sitt vatten. Utifrån vår dataanalys har det identifierats att studentlägenheter är den boendeform med lägst vattenförbrukning, samt att hyresrätterna är den boendeform med högst vattenförbrukning. Detta kan bero på att studentlägenheterna generellt sett är de lägenheter med lägst boarea. Utöver detta är oftast dessa lägenheter belägna centralt och närheten av campus. Anledningen till att hyresrätterna har högst vattenförbrukning kan bero på att betalningen för vattnet ingår i hyran och att man då är mindre medveten om sin vattenförbrukning. I fallet för bostadsrätter visade våra resultat att vattenförbrukningen för dessa oftast är högre än hos studentbostäder men lägre än hos hyresrätter. Det finns ett stort intresse när det kommer till smarta-hem funktioner kopplat till vatten. Det största fokuset för en sådan applikation bör vara ekonomin samt perspektiven om vattenbrist. Ett effektivtsätt för att kunna öka medvetenheten hos privatpersoner är genom att använda sig av gamification i en smarta-hem app. / This report examines the water consumption in Swedish apartment buildings. Sweden generally has a low level of awareness when it comes to water consumption. In addition, we have an increased problem with water shortages due to climate change. This study focuses on three forms of housing, condominiums, tenancies and student housing. The water consumption in these types of apartments is analyzed and the thoughts of individuals’ water consumption are examined. To answer the study's questions, several different methods have been used such as literature study, a digital survey and a collection of data on water consumption from the three different forms of housing. An analysis of the collected data has been carried out, and finally, to get an insight of the subject from a company's perspective, interviews were conducted with two relevant companies. The results in this study shows that there are various factors that affect water consumption in the various forms of housing, such as size of apartment, payment method and awareness. The biggest driving force for reducing the water consumption among private individuals is a combination of achieving low costs and environmental considerations. According to the survey designed during the course of work, it emerged that only 8 % of the respondents had insight into their water consumption. One reason behind Sweden's low awareness when it comes to water consumption may be that four outof ten Swedes do not know how they pay for their water.Based on our data analysis, it has been identified that student apartments are the form of housing withthe lowest water consumption, and that rental apartments are the form of housing with the highest water consumption. This may be because the student apartments are generally the apartments with the lowest living area. In addition to this, these apartments are often located centrally and close to the campus. The reason why the tenancies have the highest water consumption may be due to the fact that the payment for the water is included in the rent and that you are then less aware of your water consumption. In the case of condominiums, our results showed that the water consumption for these is often higher than in student housing but lower than in rental apartments. There is a great interest in smart-home features connected to water. The biggest focus for such an application should be the economy and how to minimize the risk of water shortages. An effective way to increase the awareness among private individuals is by using gamification in a smart-home app.
94

Smart Housing: Technology to Aid Aging in Place - New Opportunities and Challenges

Satpathy, Lalatendu 05 August 2006 (has links)
We are at the threshold of a great change in architectural design. With cheaper and more ubiquitous computing, ?smart? spaces and responsive environments are increasingly becoming plausible and affordable. Are we as architects prepared? Can the profession of architecture respond to current computing technologies? Most critics agree that one of the first (most important) problems that ?smart? homes will help to address is that of spiraling costs of elderly healthcare and care giving. But what is the problem with healthcare? Even if there is a problem, the rural home is different from an urban home. Will the technologies that are designed for the urban home work in a rural setting? What are the differences between urban and rural healthcare models? In this thesis, we address the above questions through research of current problems and models of rural healthcare and through a documentation of studies and reports published over the last decade. This research helps us to understand if architecture can really augment healthy aging in rural home settings. In conclusion, we will examine the role of architecture (and architects) in the context of ubiquitous computing and ?smart? spaces in rural areas and propose a possible solution for this problem.
95

Adaptation of Model Transformation for Safety Analysis of IoT-based Applications

Abdulhamid, Alhassan, Kabir, Sohag, Ghafir, Ibrahim, Lei, Ci 05 September 2023 (has links)
Yes / The Internet of Things (IoT) paradigm has continued to provide valuable services across various domains. However, guaranteeing the safety assurance of the IoT system is increasingly becoming a concern. While the growing complexity of IoT design has brought additional safety requirements, developing safe systems remains a critical design objective. In earlier studies, a limited number of approaches have been proposed to evaluate the safety requirements of IoT systems through the generation of static safety artefacts based on manual processes. This paper proposes a model-based approach to the safety analysis of the IoT system. The proposed framework explores the expressiveness of UML/SysML graphical modelling languages to develop a dynamic fault tree (DFT) as an analysis artefact of the IoT system. The framework was validated using a hypothetical IoT-enabled Smart Fire Detection and Prevention System (SFDS). The novel framework can capture dynamic failure behaviour, often ignored in most model-based approaches. This effort complements the inherent limitations of existing manual static failure analysis of the IoT systems and, consequently, facilitates a viable safety analysis that increases public assurance in the IoT systems. / The full text of this accepted manuscript will be available at the end of the publisher's embargo: 11th Feb 2025
96

Intercloud-Kommunikation für Mehrwehrtdienste von Cloud-basierten Architekturen im Internet of Things

Grubitzsch, Philipp 25 April 2018 (has links)
Das Internet of Things (IoT) ist aktuell ein junger Wachstumsmarkt, dessen Bedeutung für unsere Gesellschaft in naher Zukunft vielen Menschen erst noch wirklich bewusst werden wird. Die Subdomänen Smart-Home, Smart-Grid, Smart-Mobility, Industrie 4.0, Smart-Health und viele mehr sind wichtig für unsere zukünftige Wettbewerbsfähigkeit, die Herausforderungen zur Bewältigung des Klimawandels, unsere Gesundheit, aber auch für trivialere Dinge wie Komfort. Andererseits ergibt sich hierbei bereits dasselbe große Problem, das in einer ähnlichen Form schon bei klassischem Cloud-Computing bekannt ist: Vendor-Silos, die keinen hersteller- oder anbieterübergreifenden Austausch von Gerätedaten ermöglichen, verhindern eine schnelle Verbreitung dieser neuen Technologie. Diensteanbieter müssen ihre Produkte aufwendig für unzählige Technologien bereitstellen, was die Entwicklung von Diensten unnötig teuer macht und letztendlich das Dienstangebot insgesamt einschränkt. Cloud-Computing wird dabei in Zukunft eine wichtige Rolle spielen. Die Dissertation beschäftigt sich daher mit dem Problem IoT-Gerätedaten an IoT-Clouds plattformübergreifend und anbieterübergreifend nutzbar zu machen. Die Motivation und die adressierte Forschungslücke zeigen die Notwendigkeit der Beschäftigung mit dem Thema auf. Ausgehend davon, wird das Konzept einer dezentral organisierten IoT-Intercloud vorgeschlagen, welches in der Lage ist heterogene IoT-Clouds zu integrieren. Die Analyse des Standes der Technik zeigt, das IoT-Clouds genügend Eigenschaften teilen, um in Zukunft eine Adaption zu einer einheitlichen Schnittstelle für die IoT-Intercloud zu schaffen. Das Konzept umfasst zunächst die Komponentenarchitektur eines Intercloud-Brokers zur Etablierung einer IoT-Intercloud. Ausgehend davon wird in vertiefenden Teilkonzepten ein Discovery-Service zum Finden von Gerätedaten und einem Push-Stream-Provider, für die Zustellung von IoT-Event-Notifications in Echtzeit, behandelt. Eine Evaluation zeigt letztlich die praxistaugliche Realisierbarkeit, Skalierbarkeit und Performance der Konzeption und des implementierten Prototyps.:1 Einleitung 1.1 Problemstellung und Motivation 1.2 Ziele der Dissertation 1.2.1 Thesen 1.2.2 Forschungsfragen 1.3 Aufbau der Dissertation 2 Grundlagen zu Cloud-Computing im Internet of Things 2.1 Definition von Cloud-Computing 2.1.1 Generelle Eigenschaften 2.1.2 Architekturschichten 2.1.3 Einsatzformen 2.2 Internet of Things 2.2.1 Middleware im IoT 2.3 Architekturen verteilter Systeme zur Bereitstellung der IoT-Middleware 2.3.1 Geräte-zentrische IoT-Architektur 2.3.2 Gateway-zentrische IoT-Architektur 2.3.3 Cloud-zentrische IoT-Architektur 2.3.4 Zusammenfassung 2.4 Eigenschaften von verteilten Event-basierten Systemen 2.4.1 Interaktionsmodelle 2.4.2 Filtermodelle von Subscriptions 2.4.3 Verteiltes Notfication-Routing 2.5 Discovery im IoT 2.5.1 Grundlegende Begrifflichkeiten 2.5.2 Topologien von Discovery-Services 2.5.3 Funktionale Anforderungen für Discovery-Services im IoT 2.5.4 Ausgewählte Ansätze von Discovery-Services im IoT 3 Stand der Technik 3.1 Device-as-a-Service-Schnittstellen von IoT-Clouds 3.1.1 Gerätedatenmodell 3.1.2 Datenabruf mit Pull-Semantik 3.1.3 Datenabruf mit Push-Semantik 3.1.4 Steuerung von Gerätedaten 3.1.5 Datenzugriff durch Drittparteien 3.2 Analyse der DaaS-Schnittstellen verschiedener IoT-Clouds 3.2.1 Google Nest 3.2.2 Samsung Artik 3.2.3 AWS IoT 3.2.4 Microsoft Azure IoT Suite 3.2.5 Kiwigrid IoT-Plattform 3.2.6 Digi Device Cloud 3.2.7 DeviceHive 3.2.8 Eurotech Everyware Cloud 3.3 Zusammenfassung und Diskussion des Standes der Technik 4 Intercloud-Computing für das IoT 4.1 Intercloud-Computing nach Toosi 4.1.1 Ansätze zur Interoperabilität 4.1.2 Szenarien zur Cloud-übergreifenden Interoperabilität 4.1.3 Herausforderungen für Komponenten 4.2 Intercloud-Computing nach Grozev 4.2.1 Klassifikation der Architekturen 4.2.2 Klassifikation des Brokering-Mechanismus 4.2.3 Klassifikation verteilter Cloudanwendungen 4.3 Verwandte Arbeiten 4.3.1 Intercloud-Architekturen außerhalb der IoT-Domäne 4.3.2 Intercloud-Architekturen für das IoT 4.4 Analyse der verwandten Arbeiten 4.4.1 Systematik zur Bewertung 4.4.2 Bewertung und Abgrenzung 5 Anforderungsanalyse 5.1 Akteure in einer IoT-Intercloud 5.1.1 Menschliche Akteure 5.1.2 Systemakteure 5.2 Anwendungsfälle 5.2.1 Anwendungsfälle von IoT-Diensten 5.2.2 Anwendungsfälle von IoT-Clouds 5.2.3 Anwendungsfälle von IoT-Geräten 5.2.4 Anwendungsfälle von Intercloud-Brokern 5.3 Anforderungen 5.4 Ausschlusskriterien 6 Intercloud-Architektur für das IoT 6.1 Systemmodell einer IoT-Intercloud 6.1.1 IoT-Datenmodell für die Intercloud 6.1.2 Etablierung einer Vertrauensbeziehung zwischen zwei Clouds 6.2 Komponentenarchitektur des Intercloud-Brokers 6.2.1 Service-Connector, IC-DaaS-IF und Service-Protocol 6.2.2 Intercloud-Proxy, ICC-IF und Protokoll 6.2.3 Cloud-Adapter und IC-DaaS-Adapter-IF 6.3 Zusammenfassung 7 Verteilter Discovery-Service 7.1 Problembeschreibung 7.1.1 Topologie des Discovery-Service 7.2 Einfache Cloud-Discovery mit Broadcasting-Weiterleitung 7.2.1 Schnittstelle und Protokoll des einfachen Discovery-Service 7.2.2 Diskussion des einfachen Discovery-Service 7.3 Cloud-Discovery mit Geräteverzeichnis und Multicast-Weiterleitung 7.3.1 Geeignete Geräteinformationen für das Verzeichnis 7.3.2 Struktur und Schnittstelle des Verzeichnisses 7.3.3 Verzeichnissynchronisation und erweitertes Protokoll 7.4 Zusammenfassung beider Ansätze des Discovery-Service 8 Verteilter Push-Stream-Provider 8.1 Verteilter Push-Stream-Provider im Modell des Broker-Overlay-Netzwerks 8.2 Verteilter Push-Stream-Provider mit einfachem Routing-Modell 8.2.1 Systemmodell 8.2.2 Integration der Subkomponenten in die verteilte ICB-Architektur 8.3 Redundanz und Redundanzvermeidung des Push-Stream-Providers 8.3.1 Beschreibung des Redundanzproblems und des Lösungsansatzes 8.3.2 Lösungsansatz 8.4 Verteilter Push-Stream-Provider mit vereinigungsbasiertem Routing-Modell 8.4.1 Erkennen von ähnlichen Filtern 8.4.2 Konstruktion eines Vereinigungsfilters 8.4.3 Rekonstruktion der Datenströme 8.4.4 Komponente: Merge-Controller 8.4.5 Komponente: Stream-Processing-Engine 8.4.6 Integration in die bisherige Architektur 8.4.7 Diskussion des Ansatzes zur Redundanzvermeidung 8.5 Zusammenfassung zum Konzept des Push-Stream-Providers 9 Evaluation 9.1 Prototypische Implementierung der Konzeptarchitektur 9.1.1 Intercloud-Broker 9.1.2 IoT-Cloud und IoT-Geräte 9.1.3 IoT-Dienste 9.1.4 Grenzen des Prototyps und Fokus der experimentellen Evaluation 9.2 Aufbau der Evaluationsumgebung 9.3 Experimentelle Untersuchung der prototypischen Implementierung des Konzepts 9.3.1 Ermittlung einer Performance-Baseline 9.3.2 Experiment 1: Performance bei variabler Nachrichtengröße und Nachrichtenanzahl 9.3.3 Experiment 2: Performance bei multiplen Subscriptions 9.3.4 Experiment 3: Ermittlung des maximalen Durchsatzes und Skalierbarkeit des ICB 9.3.5 Experiment 4: Effizienzvergleich zwischen einfachem und vereinigungsbasiertem Routing 9.4 Zusammenfassung und Diskussion der Evaluation 10 Zusammenfassung 10.1 Beiträge der Dissertation 10.2 Ausblick A Abbildungen B Tabellen Inhaltsverzeichnis C Algorithmen D Listings Literaturverzeichnis
97

Rethinking smart: designing future smart charging. : Rethinking what is smart for a vehicle charging station for families.

Vasquez Crabtree, Zephyr Orlando January 2023 (has links)
There is a push by governments and industries to move towards an all-electric future. With the trajectory of an all-electric vehicle future, the development and popularity of smart chargers have increased. Smart chargers are still in the infancy stage of their lifespan. Currently, there is also a lack of social sustainability research in the HCI community. Right now, is the perfect opportunity to research smart chargers. This research has focused on discovering what makes a smart charger “smart” for a family. With the use of participatory design and speculative design approaches in a workshop setting, four themes were discovered. The themes discovered are priority, habitual assistance, local sharable economy, and home environment handler. The workshop allowed the participants to draw their ideal home in the future. In the drawings and the discussions, the families highlighted that they did not see a charging station in their ideal future home. In its place, several of the families drew a computer that could act like a charger and more. This computer would assist the inhabitants of a home with their daily routines.
98

Smart Home Adoption : Diffusion Prospects of the Smart Home and Voice as a Mean of Control in Sweden / Adoption av det smarta hemmet : Diffusionsutsikterna för det smarta hemmet och röststyrning i Sverige

Gartz, Madeleine, Linderbrandt, Ida January 2019 (has links)
Smart home technology develops at a rapid pace and the smart home of today is only a fraction of what the smart home has the potential to become. The ambition of the smart home is to make the everyday life easier for its residents by increasing comfort, safety, and efficiency. As speech recognition accuracy has increased, voice has become an increasingly popular mean of control within the smart home. Both speech recognition and smart home technology have been listed as important emerging technologies for several years with high expected market growth. However, the adoption is slow and one might wonder whether the technologies are failing to diffuse. Though there is an arena for the technologies to work, and benefits to be utilized, the majority of the Swedish population has not adopted the technologies yet. Why is that? This thesis aimed to determine the diffusion prospects of the smart home controlled by voice by investigating; the current consumer adoption rate of the smart home and the smart home controlled by voice; the consumers’ perceptions of smart home technology and voice as a mean of control; and what adoption barriers might hinder the diffusion. To examine this, a literature review of previously identified adoption barriers was conducted, followed by interviews with both technology experts and consumers with different levels of smart home experience. Based on these, initial hypotheses were extracted on consumer perceptions and adoption barriers of smart home technology. These initial hypotheses were subsequently tested by conducting a survey aimed at Swedish families with dependent children. The survey found the adoption of the smart home to have reached half of the Swedish families with dependent children, while the smart home controlled by voice only has been adopted by one-fifth of the families. The smart home technology was found to have good prospects of continuing the diffusion. However, the perceptions of smart home technology vary between consumer groups, where some groups have more difficulties perceiving a purpose with the technology. Voice was further determined unlikely to be the only mean of control of the future smart home, as voice is not found suitable in all situations. This thesis also identified several adoption barriers and problem areas that might hinder the future adoption of smart home technology. Solving these adoption barriers and problems are crucial to increase the diffusion prospects of the smart home. / Tekniken för det smarta hemmet utvecklas i rask takt och den teknik som finns idag är bara en bråkdel av vad det smarta hemmet har potential att utvecklas till. Målet med det smarta hemmet är att förenkla vardagslivet för de som bor i hemmet genom att erbjuda ökad komfort, säkerhet och effektivitet. I takt med att noggrannheten för taligenkänning ökar har röst som kontrollmedel av det smarta hemmet ökat i popularitet. Taligenkänning och tekniken för det smarta hemmet har i flera år listats som viktiga trender och teknikerna förutspås ha hög framtida marknadstillväxt. Adoptionen har emellertid visat sig vara ganska långsam, vilket ger upphov till funderingar kring om teknikerna håller på att misslyckas. Trots att det finns en arena för att teknikerna ska fungera och fördelar att dra nytta av, så har majoriteten av det svenska folket fortfarande inte adopterat teknikerna. Hur kommer sig detta? Det här mastersarbetet ämnar utvärdera framtidsutsikterna för det smarta hemmet kontrollerat av röst. Arbetet undersöker; dagens adoption av det smarta hemmet och det smarta hemmet styrt av röst; konsumenternas uppfattning av tekniken i det smarta hemmet och av röst som kontrollmedel; samt vilka adoptionsbarriärer som skulle kunna hindra diffusionen av teknikerna. En studie av tidigare litteratur i området genomfördes, följt av intervjuer med både teknikexperter och konsumenter med olika erfarenhet av det smarta hemmet. Baserat på litteraturstudien och intervjuerna kunde initiala hypoteser kring konsumenternas uppfattning av teknikerna samt potentiella adoptionsbarriärer extraheras. Dessa hypoteser testades genom en enkätundersökning riktad mot svenska barnfamiljer. Det fastställdes att adoptionen av det smarta hemmet har nått hälften av Sveriges barnfamiljer, medan enbart en femtedel av dessa familjer adopterat det smarta hemmet styrt av röst. Tekniken för det smarta hemmet har goda förutsättningar för fortsatt diffusionen och adoption. Däremot skiljer sig uppfattningarna av tekniken för det smarta hemmet mellan olika konsumentgrupper. Detta då vissa grupper har svårare att uppfatta ett värde med tekniken. Ser man till styrningen av det framtida smarta hemmet är det osannolikt att röst kommer vara det enda styrsättet, eftersom röstkontroll inte är lämpligt i alla situationer. Detta mastersarbete identifierade även flertalet adoptionsbarriärer och problemområden som riskerar hindra teknikens framtida adoption. Dessa är kritiska att lösa för det smarta hemmets framtida diffusion och adoption.
99

INTELLIGENT VOICE ACTIVATED HOME AUTOMATION (IVA)

Bhatt, Mrunal Dipakkumar, Bhatt 25 May 2016 (has links)
No description available.
100

Smart connected homes : concepts, risks, and challenges

Bugeja, Joseph January 2018 (has links)
The growth and presence of heterogeneous connected devices inside the home have the potential to provide increased efficiency and quality of life to the residents. Simultaneously, these devices tend to be Internet-connected and continuously monitor, collect, and transmit data about the residents and their daily lifestyle activities. Such data can be of a sensitive nature, such as camera feeds, voice commands, physiological data, and more. This data allows for the implementation of services, personalization support, and benefits offered by smart home technologies. Alas, there has been a rift of security and privacy attacks on connected home devices that compromise the security, safety, and privacy of the occupants. In this thesis, we provide a comprehensive description of the smart connected home ecosystem in terms of its assets, architecture, functionality, and capabilities. Especially, we focus on the data being collected by smart home devices. Such description and organization are necessary as a precursor to perform a rigorous security and privacy analysis of the smart home. Additionally, we seek to identify threat agents, risks, challenges, and propose some mitigation approaches suitable for home environments. Identifying these is core to characterize what is at stake, and to gain insights into what is required to build more robust, resilient, secure, and privacy-preserving smart home systems. Overall, we propose new concepts, models, and methods serving as a foundation for conducting deeper research work in particular linked to smart connected homes. In particular, we propose a taxonomy of devices; classification of data collected by smart connected homes; threat agent model for the smart connected home; and identify challenges, risks, and propose some mitigation approaches. / <p>Note: The papers are not included in the fulltext online.</p>

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