Abstract: A physiology monitoring system and a physiology monitoring method are disclosed. The physiology monitoring system includes a physiological information sensor, a data analysis device and an application service system. The physiological information sensor is suitable for sensing physiological information of a user. The data analysis device is suitable for receiving data of the physiological information from the physiological information sensor, calculating a plurality of data features of the data, determining whether each data feature has an alert condition event, calculating occurrence probabilities of a plurality of critical condition events or a plurality of physiology condition events by using the corresponding alert condition event or events, and determining a critical condition or a physiology condition of the user according to the occurrence probabilities. The application service system can provide the user with a service according to the critical condition or a physiology condition of the user.

Abstract: Provided are a system and method for using a plurality of virtual backup service paths to dynamically switch between storage devices based on a plurality of scenarios. In one example multiple backup service groups are defined. Multiple scenarios that each reference at least one virtual backup service path are also defined. Each virtual backup service path may be defined by at least one network address identifying a storage device. One of the scenarios is selected based on a service level of one or more storage devices, and the virtual backup service path identified by the selected scenario is chosen as a backup destination for at least one of the service groups.

Abstract: Provided are a system and method for using a plurality of virtual backup service paths to dynamically switch between storage devices based on a plurality of scenarios. In one example multiple backup service groups are defined. Multiple scenarios that each reference at least one virtual backup service path are also defined. Each virtual backup service path may be defined by at least one network address identifying a storage device. One of the scenarios is selected based on a service level of one or more storage devices, and the virtual backup service path identified by the selected scenario is chosen as a backup destination for at least one of the service groups.

Abstract: Provided are a system and method for using a plurality of virtual backup service paths to dynamically switch between storage devices based on a plurality of scenarios. In one example multiple backup service groups are defined. Multiple scenarios that each reference at least one virtual backup service path are also defined. Each virtual backup service path may be defined by at least one network address identifying a storage device. One of the scenarios is selected based on a service level of one or more storage devices, and the virtual backup service path identified by the selected scenario is chosen as a backup destination for at least one of the service groups.

Abstract: Provided are a system and method for using a plurality of virtual backup service paths to dynamically switch between storage devices based on a plurality of scenarios. In one example multiple backup service groups are defined. Multiple scenarios that each reference at least one virtual backup service path are also defined. Each virtual backup service path may be defined by at least one network address identifying a storage device. One of the scenarios is selected based on a service level of one or more storage devices, and the virtual backup service path identified by the selected scenario is chosen as a backup destination for at least one of the service groups.