Programming models for sensor networks

Sugihara, Ryo; Gupta, Rajesh K.

doi:10.1145/1340771.1340774

Cited by 127 publications

(84 citation statements)

References 44 publications

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“…There is far reaching examination development for illustrating programming models for sensor organizes in light of taking after issues [82]: Since the data assembled from the including marvel is not for all around helpful enlisting we oblige an open, event driven programming model. Resources in a sensor network are uncommon, where even an ordinary embedded OS eating up a few KB of considered too much.…”

Section: The Sensor Network Programming Modelsmentioning

confidence: 99%

Prospective Research Challenges in Wireless Sensor Networks

Salamah¹

2015

IJAIS

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Dynamic starting late there has been a creating energy for Wireless Sensor Networks (WSN). Late movements in the field of sensing, enrolling and exchanges have pulled in examination attempts and colossal endeavors from distinctive quarters in the field of WSN. Also such sensing networks will reveal as of now in mystery phenomena. The diverse areas where noteworthy examination activities proceeding in the field of WSN are exploitation, localization, synchronization, data gathering/aggregation, dissemination, database addressing or querying, structural design, middleware, security, sketching out less power exhausting contraptions (devices), and towering algorithms for specific dilemmas of WSN's. Here we give an outline of constant investigation works out, distinctive arrangement issues included and possible game plans melding these issues.

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Section: The Sensor Network Programming Modelsmentioning

confidence: 99%

Prospective Research Challenges in Wireless Sensor Networks

Salamah¹

2015

IJAIS

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“…In this section, we limit our discussion to those approaches that are most closely related. In general, each approach can be categorized as either node-centric or network-centric [27]. The overall goal of CrimeSPOT is to bring node-centric programming of active WSNs closer to network-centric programming of passive WSNs.…”

Section: Related Workmentioning

confidence: 99%

CrimeSPOT : A language and runtime for developing active wireless sensor network applications

Roover

Scholliers

Amerijckx

et al. 2013

Science of Computer Programming

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Advances in wireless sensing and actuation technology allow embedding significant amounts of application logic inside wireless sensor networks. Such active WSN applications are more autonomous, but are significantly more complex to implement. Event-based middleware lends itself to implementing these applications. It offers developers fine-grained control over how an individual node interacts with the other nodes of the network. However, this control comes at the cost of event handlers which lack composability and violate software engineering principles such as separation of concerns. In this paper, we present CrimeSPOT as a domain-specific language for programing WSN applications on top of event-driven middleware. Its node-centric features enable programming a node's interactions through declarative rules rather than event handlers. Its network-centric features support reusing code within and among WSN applications. Unique to CrimeSPOT is its support for associating application-specific semantics with events that carry sensor readings. These preclude transposing existing approaches that address the shortcomings of event-based middleware to the domain of wireless sensor networks. We provide a comprehensive overview of the language and the implementation of its accompanying runtime. The latter comprises several extensions to the Rete forward chaining algorithm. We evaluate the expressiveness of the language and the overhead of its runtime using small, but representative active WSN applications.

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“…Current research papers agree that one of the critical points to leverage on the potential usefulness of WSNs is the possibility of abstracting common WSNs problems by means of convenient middleware, but literature is not coherent when defining what a middleware is (Albano et Al., 2007-1;Bai et Al., 2009;Chu & Buyya, 2007;Hadim & Mohamed, 2006;Mottola & Picco, 2008;Rahman, 2009;Romer et Al., 2002;Rubio et Al., 2007;Sugihara et Al., 2008;Tong, 2009;Wang et Al., 2008). To this purpose we focus on the goals that a middleware has to achieve.…”

Section: Organizing Middleware Mechanisms Into Layersmentioning

confidence: 99%

Programming a Sensor Network in a layered middleware architecture

Albano¹,

Chessa²

2010

Sustainable Wireless Sensor Networks

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Wireless Sensor Networks (WSNs) have become a mature technology aimed at performing environmental monitoring and data collection. Nonetheless, harnessing the power of a WSN presents a number of research challenges. WSN application developers have to deal both with the business logic of the application and with WSN's issues, such as those related to networking (routing), storage, and transport. A middleware can cope with this emerging complexity, and can provide the necessary abstractions for the definition, creation and maintenance of applications. This work discusses the problems related to the development of such a middleware and surveys the state of the art on the field.

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Programming models for sensor networks

Cited by 127 publications

References 44 publications

Prospective Research Challenges in Wireless Sensor Networks

Prospective Research Challenges in Wireless Sensor Networks

CrimeSPOT : A language and runtime for developing active wireless sensor network applications

Programming a Sensor Network in a layered middleware architecture

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