makeSenseProject ID: 258351
makeSense: Easy Programming of Integrated Wireless Sensor\nNetworks
Total cost:EUR 2 806 878
EU contribution:EUR 1 799 999
Call for proposal:FP7-ICT-2009-5See other projects for this call
Funding scheme:CP - Collaborative project (generic)
DescriptionA new programming language for the deployment of wireless sensor networks
Wireless sensor networks (WSNs) are expected to play a critical role in the next computing revolution of cooperating objects and smart embedded devices, yet industry adoption is below expectations. makeSense will lower the barrier for using WSNs by simplifying programming and creating a direct, technical link to business processes. This will allow e.g. more intelligent facility or supply chain management, resulting in better insight, energy efficiency and comfort.
Currently, total cost of deployment of a sensor network is not dominated by hardware (a few 100 to a few 1,000 €) but by the cost of program¬ming an application that carries out the task of sensing (10,000s of €). This task requires highly skilled and paid embedded software engineers who know details of the used sensors and system platform. This also affects total cost of ownership as re-configuration requires the same skills. The tool chain developed by makeSense will reduce this need by providing a macro language that allows a skilled deve¬loper without explicit WSN knowledge to build such an application using a set of pre-defined abstractions. On top of this, makeSense will provide a modelling layer that allows business process modellers to effectively model processes that interact with the real world, as sensed by the WSN, with unprecedented integration.
By re-using concrete abstractions across scenarios, we expect the WSN development cost to be reduced by 50 %. Our approach requires some additional cost for process modelling, however overall, this could still reduce the cost compared to other systems currently used (such as SCADA) by around 30%.
By substantially reducing the cost of deployment and ownership of sensor networks, makeSense will help to make many applications economically feasible, that are beneficial for society and individuals that would not be available if their development was cumbersome and hence time-consuming and expensive, e.g. to implement energy saving in facility management or optimization of supply chains, leading to a greener, more competitive European economy.
While SAP expects to integrate the findings of makeSense in commercial tools for business process automation, ACCIONA will include makeSense technologies in their technology portfolio and expects to increase the amount of building projects by about 15% in 5 years.
Wireless sensor networks are expected to play a critical role in the next computing revolution of cooperating objects and smart embedded devices. However, industry adoption is hampered because sensor networks are currently very difficult to program. To realize a sensor network application, programmers must be sensor network experts and must focus on low-level details instead of the high-level objectives of the application.
MakeSense intends to drastically improve the ease of wireless sensor network programming by allowing programmers to express high-level objectives and leave the low-level details to the compiler and run-time system. Our approach consists of three layers: an application model layer, a macroprogramming abstraction layer, and a self-optimizing run-time system layer. The application model layer integrates the sensor networks with business application systems by allowing WSNs to be expressed as a business application concept. The macroprogramming layer provides a network-centric programming abstraction that relieves the programmer of the details of low-level, node-centric programming. The self-optimizing run-time system layer adapts to the specific conditions in the deployed sensor network by optimizing communication patternsand resource consumption based on input from the higher layers.
By design, makeSense enables integration of wireless sensor networks into business processes. The project thereby enables a far-reaching adoption of sensor networks in European industry, holding the potential to become the reference sensor network programming platform in Europe.
The project consortium is very strong and has extensive experience from previous projects in the area. We therefore have the required expertise, skills, and excellence to take this project from its important vision to landmark results that have a significant impact for the future of wireless sensor networks in European industry.
EU contribution: EUR 535 695
164 29 KISTA
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EU contribution: EUR 607 997
DIETMAR HOPP ALLEE
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EU contribution: EUR 223 980
EU contribution: EUR 106 000
AVENIDA DE EUROPA
EU contribution: EUR 326 327
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