Time sensitive applications rely on deterministic low latency, highly reactive, and trustable networks, as opposed to today's best effort internet.
The wide variety of envisioned data services and the requirements for transparent operation across different technologies, adaptivity to varying network conditions and Quality of Service (QoS) cons
This paper reviews the current status in ultra-high speed electronics and optoelectronic components and reports on the recent progress in serial ETDM transmission technologies at channel- bitrates
In the recent past, with the ubiquitous adoption of smartphones and tablets, there has been an exponential increase in data rate demands which has increasingly challenging for network operators to
This letter focuses on potential applications leveraging coordination among communities of mobile devices.
Today's centralized cloud-computing infrastructures have not been designed with geo-localized, personalized, bandwidth/processing-intensive, real-time applications in mind.
Technology advances have created new demands and new opportunities for telecommunication providers to offer a wide range of services over increasingly diverse networks.
Development and maintenance of software, while achieving and maintaining high quality, has always been a difficult task.
The cloud computing paradigm and its key enabling technology, i.e., virtualization, has been studied and advanced in the past decade for the mainstream distributed systems domain.
The rapid and continuous improvement in performance of optical amplifiers that has taken place during the last three years is now facilitating new designs for dense wavelength-division-multiplexed
