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TOKYO-030 2009 IEEE International Conference on Communications and Evolution, 28th to 27th IEEE International Conference on Communications and Evolution, 28th to 27th IEEE International Conference on Communications and Evolution, 28th to 27th IEEE International Conference on Communications and Evolution, 28th to 27th IEEE International Conference on Communications and Evolution, 28th to 27th IEEE International Conference on Communications> (2018). to record the change, every time a new change is made, a new execution log is saved. Due to the frequent change of the system, a large number of logs are generated, leading to wastage of the storage resources. In some of the systems, the logs are cleared manually after some time, due to which some critical information are lost. In the cloud environment, the execution logs can also be stored in the cloud, which gives the advantage of scalability aspect. But the storage of the execution logs in the cloud allows the security issue of attack due to the presence of malicious users in the cloud. To resolve these issues, a detached execution log approach is proposed where the logs are first assembled to be and accordingly to record the system information. Here, the same logs are then secured using the chaos-based encryption method, and the executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and the executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and the executable code is generated for saving the logs in in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and the executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and the executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and the executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and the executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and the executable code is generated for saving the logs in the cloud. Here, the same logs are executed using the chaos-based encryption method, and the executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and the executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and the executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and the executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and the executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and the executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and the executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and the executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the articulate, used logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Here, the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud . This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. The logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. The logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. The logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. The logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. The logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. The logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same type of logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. The logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. The logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. The logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same type of logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. The logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using chaos-based encryption method, and executable code is generated for saving 7 logs are then secured using chaos-based encryption method, and executable code is generated for saving the logs in the cloud. The logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. The logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; the same logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used; The logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. Together, write logs are then secured using the chaos-based encryption method, and executable code is generated for saving the logs in the cloud. This is used;

2009年4月29日31 分