Palmprint is a widely used biometric trait deployed in various access-control applications due to its convenience in use, reliability, and low cost.
Biometric-based human identification methods have been intensively studied for the purpose of various application: access control, surveillance, forensics, etc.
Although various medium access control (MAC) and routing protocols have been designed for WSNs (wireless sensor networks) to extend the network lifetime, their performances are significantly aggravated under extremely low duty cycled environments because they are optimized for low duty cycles, i.e., 0.1 10%.
Another group of context-aware systems concerns various security services, like access control, encryption (information confidentiality), and authentication.
His research interests are artificial intelligence and cyber security, focussed on various aspects such as access control, vulnerability management, learning domain knowledge and mitigation planning.
Following that, there have been various efforts in designing access control systems in which simple safety analysis is decidable or efficiently decidable, e.g., Li et al. [2] generalized safety analysis in the context of a trust management framework.
Similarly, Song et al. [38] proposed a generic framework of data-protection-as-service (DPaaS), which integrates various protection modules including access control, key management, and logging, to provide a combined multi-tier protection mechanisms for the current cloud.
Research on trust establishment has been performed for various applications, including authorization and access control, electronic commerce, peer-to-peer networks, routing in MANET, and data aggregation in sensor networks [8, 16 20].
Tutor, learner, and expert interface Provides a user interface and access control for the various roles.
There has been various performance analysis of the media access control (MAC) protocols for both networks individually.
