Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: In this talk, I investigate the problem of developing secure development of cloud-based enterprise applications. Consistency, availability, and durability are investigated for b service transactions. I propose an approach that matches the availability of the popular lazy replica update propagation method while increasing durability and consistency. My replica update propagation method is called the Buddy System, which requires that updates are preserved synchronously in two replicas. The first implementation schedules fine-grained WS transactions. In these transactions, each activity is a low-level database operation. Later I consider each transaction as a black box, with only the corresponding Metadata, expressed as UML specifications, as transaction semantics. I refer to these WS transactions as coarse-grained WS transactions. The Buddy System can handle these course grained WS Transactions, using UML stereotypes that allow scheduling semantics to be embedded into the design model. I show that my approach guarantees one-copy serializability, matches the performance of the lazy update propagation methods, and increases durability in the presence of hardware failures. The talk will conclude with current work investigating consistency guarantees for integration of external systems, cloud-based data models and payment security.
['Aspen Olmsted']
I am writing a research paper on a idea Keynote speaker 2: Secure software engineering in the cloud
[{"from": "human", "value": "I am writing a research paper on a idea Keynote speaker 2: Secure software engineering in the cloud"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: In this talk, I investigate the problem of developing secure development of cloud-based enterprise applications. Consistency, availability, and durability are investigated for b service transactions. I propose an approach that matches the availability of the popular lazy replica update propagation method while increasing durability and consistency. My replica update propagation method is called the Buddy System, which requires that updates are preserved synchronously in two replicas. The first implementation schedules fine-grained WS transactions. In these transactions, each activity is a low-level database operation. Later I consider each transaction as a black box, with only the corresponding Metadata, expressed as UML specifications, as transaction semantics. I refer to these WS transactions as coarse-grained WS transactions. The Buddy System can handle these course grained WS Transactions, using UML stereotypes that allow scheduling semantics to be embedded into the design model. I show that my approach guarantees one-copy serializability, matches the performance of the lazy update propagation methods, and increases durability in the presence of hardware failures. The talk will conclude with current work investigating consistency guarantees for integration of external systems, cloud-based data models and payment security."}]