Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Atomicity is a desirable property that safeguards application consistency for service compositions. A service composition exhibiting this property could either complete or cancel itself without any side effects. It is possible to achieve this property for a service composition by selecting suitable b services to form an atomicity sphere. Hover, this property might still be breached at runtime due to the interference beten various service compositions caused by implicit interactions. Existing approaches to addressing this problem by restricting concurrent execution of services to avoid all implicit interactions hover compromise the performance of service compositions due to the long running nature of b services. ,  propose a novel static approach to analyzing the implicit interactions a b service may incur and their impacts on the atomicity property in each of its service compositions. By locating afflicted implicit interactions in a service composition, behavior constraints based on property propagation are formulated as local safety properties, which can then be enforced by the affected b services at runtime to suppress the impacts of the afflicted implicit interactions.  show that the satisfaction of these safety properties exempts the atomicity property of this service composition from being interfered by other services at runtime. The approach is illustrated using two service applications.
['Chunyang Ye', 'Shing Chi Cheung', 'W. K. Chan', 'Chang Xu']
I am writing a research paper on a idea Detection and resolution of atomicity violation in service composition
[{"from": "human", "value": "I am writing a research paper on a idea Detection and resolution of atomicity violation in service composition"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Atomicity is a desirable property that safeguards application consistency for service compositions. A service composition exhibiting this property could either complete or cancel itself without any side effects. It is possible to achieve this property for a service composition by selecting suitable b services to form an atomicity sphere. Hover, this property might still be breached at runtime due to the interference beten various service compositions caused by implicit interactions. Existing approaches to addressing this problem by restricting concurrent execution of services to avoid all implicit interactions hover compromise the performance of service compositions due to the long running nature of b services. ,  propose a novel static approach to analyzing the implicit interactions a b service may incur and their impacts on the atomicity property in each of its service compositions. By locating afflicted implicit interactions in a service composition, behavior constraints based on property propagation are formulated as local safety properties, which can then be enforced by the affected b services at runtime to suppress the impacts of the afflicted implicit interactions.  show that the satisfaction of these safety properties exempts the atomicity property of this service composition from being interfered by other services at runtime. The approach is illustrated using two service applications."}]