Abstract: The embodiments herein disclose methods and systems for non-invasive monitoring of a subject for coverage by a cover, a method includes capturing at least one image of an environment comprising of the subject for monitoring. Further, the method includes identifying at least one region of interest on receiving the at least one image of the environment wherein the at least one region of interest includes the subject, the cover and a reference frame. Further, the method includes performing image segmentation on the identified region of interest to estimate exposed fraction of a body of the subject. The image segmentation is performed using a reference guided region growing mechanism which receives the learned features of the subject, the cover and the reference frame as inputs. Further, the method includes generating at least one alert indication to at least one user based on the exposed fraction of the body of the subject.

Abstract: System and methods for provisioning devices. Embodiments disclosed herein relate to headless devices, and more particularly to provisioning connectivity for headless devices. Embodiments herein disclose methods and systems for provisioning headless devices. Embodiments herein disclose methods and systems for provisioning headless devices using a provisioning server.

Abstract: System and methods for provisioning devices. Embodiments disclosed herein relate to headless devices, and more particularly to provisioning connectivity for headless devices. Embodiments herein provide methods and systems for provisioning headless devices.

Abstract: Embodiments herein provide a method for data security. A data passcode used for data encryption in electronic devices is encrypted and secret shares of the encrypted passcode are distributed to multiple entities. Recovery of the passcode and the encrypted data is performed by obtaining the secret shares from the multiple entities to reconstruct the passcode used for data encryption.

Abstract: A mutual exclusion method and DRM device is provided. The mutual exclusion method includes receiving an instruction associated with a predetermined stored file from the CE device, checking whether a performing instruction being performed associated with the predetermined stored file exists, and generating a collision error message informing that a collision error has occurred due to the inputted instruction when the performing instruction being performed associated with the predetermined stored file exists.

Abstract: A mutual exclusion method and DRM device is provided. The mutual exclusion method includes receiving an instruction associated with a predetermined stored file from the CE device, checking whether a performing instruction being performed associated with the predetermined stored file exists, and generating a collision error message informing that a collision error has occurred due to the inputted instruction when the performing instruction being performed associated with the predetermined stored file exists.

Abstract: A method and system of Digital Rights Management (DRM) in a consumer environment where the DRM agent and the rendering application are implemented on separate devices is provided. A first control message is transmitted from the rendering application to notify the DRM agent about the details of a content consumption pattern. The DRM agent receives the first control message, and determines whether the consumption operation detailed in the first control message is a permitted operation. The DRM agent responds with a second control message that either indicates that the operation is permitted or indicates that the operation is not permitted. The rendering application in response to the second control message either halts the consumption operation or if the operation is allowed, performs the consumption operation.