Bioelectronic interfaces establish a communication channel between living system and an electrical machine. The first examples emerged in the 18th century when batteries were used to “galvanize” muscles nerves. Today bioelectronic underpin key medical technologies such as cardiac pacemaker emerging ones neuroprostheses brain-machine interfaces. Despite compelling applications systems, employ ma...

-In next-generation wireless networks, mobile nodes (MNs) need to freely change their network attachment point while communicating with others. Accordingly, it is crucial for mobile operators to provide efficient seamless mobility support. Several mobility protocols have been standardized by the working groups of the Internet Engineering Task Force (IETF). However, none of them can provide seam...

As mobile devices and network access become more pervasively available, researchers are becoming interested in seamless learning environments (SLE) that bridge informal and formal learning. Learners are engaged in learning while moving across different physical and social spaces mediated by technology in a SLE. Researchers face theoretical and methodological issues in understanding seamless lea...

Specifically ubiquitous computing paradigm is based on seamless connectivity. And also to guarantee the seamless connectivity, an intelligent network management between heterogeneous network interfaces, called vertical handoff (VHO), should be designed. Besides, conventional VHO schemes are based on network information only, and do not provide any service management scheme for seamless service....

Seamless handover over heterogeneous mobile environments is a major requirement to the success of the next generation of networks. However, seamless movement requires the control of the quality level and connectivity of communication sessions with no perceived service degradation to the users. This seamless characteristic is equally important for communication sessions encompassing either one o...

Delivering protected seamless content services over heterogeneous networks should be solidly sustained on top of architectures that can offer support for guaranteed quality delivery according to network or consumer requirements. The delivery of personalized, scalable, seamless, and trusted multimedia content delivery, while adequately protecting the content, is a key factor to provide seamless ...