Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Service oriented architectures provide modular service components which can be combined to complex services. Besides the problem of finding optimal combinations of service components the quality of the overall service (the complex service) is important. It is often assumed in literature that the quality of the individual service components is expressed as one single value (e.g. the average). In fact,  observe different probabilities for certain quality levels which are summarized in a probability distribution of the service level indicators. Given the distribution of the quality levels of the individual service components  present an approach to aggregate these distribution functions. As such,  are able to derive one distribution function for the overall complex service. The distribution function of the complex service carries much more information than a single value. This fact is essential for analyzing, managing and controlling the overall process in order to detect aknesses and to approve overall quality.
['Clemens van Dinther', 'Rico Knapper', 'Benjamin Blau', 'Tobias Conte', 'Arun Anandasivam']
I am writing a research paper on a idea Managing the Quality of Modular Services -- A Process-Oriented Aggregation of Expected Service Levels Based on Probability Distributions
[{"from": "human", "value": "I am writing a research paper on a idea Managing the Quality of Modular Services -- A Process-Oriented Aggregation of Expected Service Levels Based on Probability Distributions"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Service oriented architectures provide modular service components which can be combined to complex services. Besides the problem of finding optimal combinations of service components the quality of the overall service (the complex service) is important. It is often assumed in literature that the quality of the individual service components is expressed as one single value (e.g. the average). In fact,  observe different probabilities for certain quality levels which are summarized in a probability distribution of the service level indicators. Given the distribution of the quality levels of the individual service components  present an approach to aggregate these distribution functions. As such,  are able to derive one distribution function for the overall complex service. The distribution function of the complex service carries much more information than a single value. This fact is essential for analyzing, managing and controlling the overall process in order to detect aknesses and to approve overall quality."}]