Dependency Management in Smart Homes

Retkowitz, Daniel; Kulle, Sven

doi:10.1007/978-3-642-02164-0_11

Cited by 15 publications

(6 citation statements)

References 11 publications

(12 reference statements)

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“…gorgeous homes these days provide similar availableness tothe tip client. That availableness depends on the running with [20]: between versatile application and structure. It depends on the controller that it's utilizing.…”

Section: Thementioning

confidence: 99%

Integrated Security Home Automation Based on IOT

Srikanth¹,

Suchetha²,

Pravllika³

2018

IJET

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Internet of Things (IoT)is the network of home appliances, vehicles and physical devices, which enables the objects to connect and exchange of the data. By using these components IoT supports to develop numerous services in various domains, such as smart cities and smart homes.These components can interact with other components by enabling security such asproxies, data collection, data sharing and other activities in the context of service providence. Until now various research works have studied on these securityissues ofIoT by validating their claim.In this study we are developing a framework, which provides security to the home as well as to operate the appliances in the home using smart technology.For entering into the house using a biometric system, which uses authentication and digital signature to access.We have used biometric system to overcome problems we are facing. In this project there are different sensors such as water level sensor, light sensor, temperature sensor, gas sensor for operation of different appliances in the house.

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Section: Thementioning

confidence: 99%

Integrated Security Home Automation Based on IOT

Srikanth¹,

Suchetha²,

Pravllika³

2018

IJET

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“…It is possible to consider conflict handling as a special case of dependency management, taking also into account the current "state", and priorities. In [10], AOP and "exclusive binding" are used, while [4] propose a DSL in which exclusive actions, ACL, priorities and required resources are defined; from this DSL, conflicts are detected and code is generated. However these approaches are preliminary and ignore many device management issues; dynamic evolution is not really supported since any change requires recompiling, regenerating and redeploying the whole system.…”

Section: State Of the Artmentioning

confidence: 99%

Resource Management for Pervasive Systems

Estublier

Vega

Damou

2013

Service-Oriented Computing

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In pervasive contexts, many different applications, from different providers, will compete for access to resources: physical resources like sensors and actioners, as well as for software resources (services). Sensors provide information about the state of the world, and actioners change the world which can put goods and persons at risk. At least for safety reasons, it is critical to closely control, at any point in time, and in all circumstances, which service(s) are using which resource(s). Pervasive systems face the difficult challenge of providing some safety, reliability and resilience properties, verified at design and compile time, while executing in many different configurations unknown statically, with dynamic services and devices, competing for resources with unknown applications and facing unpredictable configuration changes. This challenge can be seen from two perspectives: how to design and develop pervasive applications in such a demanding context; how to execute these applications while satisfying the requirements despite the unpredictable context and changes. This paper discusses the requirements for future pervasive gateways and presents the Apam dynamic service middleware. Apam interprets at run-time a formalism describing the desirable behavior of a system, and enforces this behavior in a very wide range of unplanned configurations while resisting the many changes that may occur.

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“…1. Further invocation dependencies which may exist during the service use within compositions are not subject to our approach; existing comparisons of these are well-known [7], [8]. …”

Section: A Cloud Service Modelmentioning

confidence: 99%

Autonomous Participation in Cloud Services

Spillner

Piechnick

Wilke

et al. 2012

2012 IEEE Fifth International Conference on Utility and Cloud Computing

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A Cyber-Physical System (CPS) is a combination of multiple physical devices connected and organised by a central controlling infrastructure using a feedback-loop mechanism. In order to increase the autonomy of CPS they must be connected to rich cloud services (e.g., social software and elastic resource services) enabling more sophisticated decision making. Traditionally, software agents are used in these systems to automate computational tasks by separating decision making from routine execution and hence letting the systems act autonomously. In this paper, the Advanced Autonomous Participation Scheme (AdAPtS) is proposed that can selectively cover autonomous computing on both the decision and the execution level, thus enabling classical cloud services embedded into CPS on a range from user-controlled devices to fully autonomous robots.

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Dependency Management in Smart Homes

Cited by 15 publications

References 11 publications

Integrated Security Home Automation Based on IOT

Integrated Security Home Automation Based on IOT

Resource Management for Pervasive Systems

Autonomous Participation in Cloud Services

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