By Amol B. Bakshi
New computerized, application-independent technique 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 features of deployment. This new process relies at the summary activity Graph (ATaG), a data-driven programming version and an cutting edge technique forarchitecture-independent programming and automated software program synthesis for sensor networks. ATaG courses are concise, comprehensible, and network-independent descriptions of worldwide program performance that may be immediately compiled onto any aim deployment.The e-book starts off with an summary bankruptcy that addresses the $64000 problems with programming methodologies and compares a variety of programming versions for sensor networks. subsequent, the authors set forth every thing you would like 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 research illustrating the method of end-to-end software improvement and software program synthesis utilizing ATaGThroughout the publication, the authors supply code excerpts and figures to assist make clear key techniques and clarify each one step.For programmers, the graphical formalism of the ATaG software, coupled with the actual fact it makes use of an latest language (Java), implies that no specified education is required to begin constructing and deploying functions in ATaG. every little thing you want to recognize is obviously set forth during this publication.
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Extra resources for Architecture-Independent Programming for Wireless Sensor Networks (Wiley Series on Parallel and Distributed Computing)
2 KEY CONCEPTS ATaG is based on two key concepts: (i) data-driven program flow that enables intuitive expression of reactive processing in the network and leads to modular, composable, and reusable programs and (ii) mixed imperative-declarative program specification that separates the functional and non-functional aspects of the application and provides architecture independence, spatial awareness, and network awareness. We discuss these concepts in more detail in the following subsections. 7 Program flow mechanisms Three basic program flow mechanisms being explored in the context of programming of networked sensor systems are: control-driven, data-driven, and demand-driven.
ATaG also makes no assumptions about the mobility of nodes or other factors that could lead to changes in network topology at run time. The interpretation of program elements will depend on the nature of the target deployment, but the definition of the features of the programming model is independent of such assumptions. For example, an ATaG programmer can specify the instantiation density of an application level task and can state, say, that one instance of task A should be instantiated per square meter of the deployment.
While serviceoriented specification is likely to be invariably declarative, various program flow mechanisms-functional, dataflow, and imperative-are being explored as the basis for macroprogramming languages. Regiment  is a declarative functional language based on Haskell, with support for region-based aggregation, filtering, and function mapping. Kairos  is an imperative, control-driven macroprogramming language for sensor networks that allows the application developer to write a single centralized program that operates on a centralized memory model of the sensor network state.
Architecture-Independent Programming for Wireless Sensor Networks (Wiley Series on Parallel and Distributed Computing) by Amol B. Bakshi