Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: To cope with the evergrowing number of colocated networks and the density they exhibit,  introduce symbiotic networks&#x2014;networks that intelligently share resources and autonomously adapt to the dynamicity thereof. By allowing the software services provided in such networks to operate in an equally symbiotic manner, new opportunities for the so-called service compositions arise, which take advantage of the multitude of services and combine them to achieve goals set out by the individual networks. To accommodate services in large-scale symbiotic networks, including wireless sensor networks,  propose a software platform which autonomously constructs and orchestrates such compositions. Furthermore, upon changes in the infrastructure, the platform responds by adapting compositions to reflect the changed context. To enable the interaction beten services offered by arbitrary partners, the platform deploys ontologies to achieve a common vocabulary and semantic rules to express the policies imposed by the networks involved. By applying the platform to typical scenarios from the field of sensor-augmented cargo transportation and logistics,  illustrate its applicability and, through performance evaluation, show a significant increase in process efficiency. Additionally, by means of a generic problem generator,  quantify the scalability of our platform and show the importance of an appropriate priority function, one of the core constituents of our service composition approach.
['Tim De Pauw', 'Bruno Volckaert', 'Anna Hristoskova', 'Veerle Ongenae', 'Filip De Turck']
I am writing a research paper on a idea Symbiotic Service Composition in Distributed Sensor Networks
[{"from": "human", "value": "I am writing a research paper on a idea Symbiotic Service Composition in Distributed Sensor Networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: To cope with the evergrowing number of colocated networks and the density they exhibit,  introduce symbiotic networks&#x2014;networks that intelligently share resources and autonomously adapt to the dynamicity thereof. By allowing the software services provided in such networks to operate in an equally symbiotic manner, new opportunities for the so-called service compositions arise, which take advantage of the multitude of services and combine them to achieve goals set out by the individual networks. To accommodate services in large-scale symbiotic networks, including wireless sensor networks,  propose a software platform which autonomously constructs and orchestrates such compositions. Furthermore, upon changes in the infrastructure, the platform responds by adapting compositions to reflect the changed context. To enable the interaction beten services offered by arbitrary partners, the platform deploys ontologies to achieve a common vocabulary and semantic rules to express the policies imposed by the networks involved. By applying the platform to typical scenarios from the field of sensor-augmented cargo transportation and logistics,  illustrate its applicability and, through performance evaluation, show a significant increase in process efficiency. Additionally, by means of a generic problem generator,  quantify the scalability of our platform and show the importance of an appropriate priority function, one of the core constituents of our service composition approach."}]