By Amol B. Bakshi
ISBN-10: 0470289295
ISBN-13: 9780470289297
ISBN-10: 0471778893
ISBN-13: 9780471778899
New automatic, application-independent method for designing and deploying sensor networksFollowing this book's transparent motives, examples, and illustrations, area specialists can layout and installation nontrivial networked sensing functions with out a lot wisdom of the low-level networking elements of deployment. This new method relies at the summary job Graph (ATaG), a data-driven programming version and an cutting edge method forarchitecture-independent programming and automated software program synthesis for sensor networks. ATaG courses are concise, comprehensible, and network-independent descriptions of worldwide software performance that may be immediately compiled onto any goal deployment.The ebook starts with an outline bankruptcy that addresses the real problems with programming methodologies and compares quite a few programming types for sensor networks. subsequent, the authors set forth every little thing you wish for designing and deploying sensor networks utilizing ATaG, including:Detailed description of the ATaG model's featuresSystem-level help for architecture-independent programmingExamination of the graphical programming and software program synthesis surroundings for ATaGCase examine illustrating the method of end-to-end software improvement and software program synthesis utilizing ATaGThroughout the publication, the authors offer code excerpts and figures to assist make clear key techniques and clarify every one step.For programmers, the graphical formalism of the ATaG application, coupled with the actual fact it makes use of an latest language (Java), implies that no exact education is required to begin constructing and deploying purposes in ATaG. every thing you must understand is obviously set forth during this e-book.
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Additional resources for Architecture-Independent Programming for Wireless Sensor Networks (Wiley Series on Parallel and Distributed Computing)
Sample text
The task annotations relate to the placement and firing rules of tasks, while the channel annotations are used to specify different types of “interests” in instances of the associated abstract data item. Support for task placement based on compile-time or runtime availability of resources or on the desired degree of coverage (for sensing tasks) is not yet implemented in the prototype ATaG programming environment, and is hence italicized in the figure. The set of annotations is open-ended: More types can be defined based on the target class of applications, the hardware architecture of the sensor node, and the capabilities of the runtime system.
The tuple persists in the tuple spaces until it is actively retrieved by the consumer. and means that both the sender and the receiver of a message are unaware of each other. ATaG also has this property because the tasks that produce and consume a particular data item in ATaG are not aware of each other. The data pool in ATaG is superficially similar to the notion of a tuple space. However, our active data pool moves the data items from producer to consumer(s) as soon as they are produced, and it schedules the consumer tasks based on their input interface and firing rules.
The functional aspects of this application are completely defined by the code that performs the sampling and the code that performs the logging. As long as there is a mechanism to (i) ensure the placement of one sampling task on each node of the network and one logging task on the root node, (ii) periodically execute the sampling task, and (iii) route the sampled data from its point of origin to the root node, the details of its implementation should not be the application developers’ concern. The ATaG programming paradigm is based on the observation that specification of functional aspects of the networked sensing application in an imperative style and the nonfunctional aspects in a declarative style affords a tradeoff between the need for control over application execution and the need to reduce the complexity of communication and coordination.
Architecture-Independent Programming for Wireless Sensor Networks (Wiley Series on Parallel and Distributed Computing) by Amol B. Bakshi
by Kenneth
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