Abstract—Implementation of radio access network func-tions on centralized cloud platforms is envisioned for on-demand provisioning of computing resources in mobile net-works. In principle, this allows for more advanced algorithms and offers the ability to balance the computational load, but also

Mobile augmented reality (MAR) has exploded in popular-ity on mobile devices in various fields. However, building a MAR application from scratch on mobile devices is com-plicated and time-consuming. In this paper, we propose CloudRidAR, a framework for MAR developers to facilitate the development

propose CONCERT (CONvergence of Cloud and cEllulaR sysTems), a converged edge infrastructure for future cellular communications and mobile computing services. The proposed architecture is constructed based on the concept of control/data (C/D) plane decoupling. The data plane includes heterogeneous

introduces several challenges that existing architectures cannot solve. These challenges include scalability, availability and security. In this paper, we propose an innovative architecture for collecting and accessing large amount of data generated by medical sensor networks. Our architecture resolves all

Building and sharing resources are integral part of any teaching learning process. There might be possible bi-directional communication carried out but mostly it is a monologue followed by grievance resolving sessions. Considering education by conducting practical’s, there might be a one-step higher level of monologue and more focused on grievances and fetching tutorial guidance. Current systems are not able to provide a uniform pre-built solution to this educational scenario. Most of the tasks are brought down to either administration level or to even sometimes development level. Considering time constraints of educators, it is not possible to facilitate such long timings on content development with distribution. Again while distribution of content, via lecture/practical presences and availability of student is necessary. Lagging so shall not complete the process. Thus the domain is seen as possible problem domain whose solution could be centralized in a distributed environment and made available over different networks. In this paper is tried to conduct survey and find the gaps across this technology and possibly propose the solution where that can pitch a product that serves the need of educational domain members. General Terms

Abstract—Cognitive robotics can take advantage of distributed, web-based information as a foundation for comprehending 3D objects in a 3D scanned world. The proposed CogOnto model makes possible grounding a cognitive computing system with sensor data gathered from diverse and heterogeneous sources

In recent years, green software research is gaining momentum from the acute need for sustainable development as well as the far-reaching effect of ICT to our society. “[Green and] Sustainable Software is software, whose direct and indirect negative impacts on economy, society, human beings, and environment that result from

A cloud-based architecture for an affective recommender system of learning resources

A cloud-based architecture to crowdsource mobile app privacy leaks

problems become a severe risk for the commercial success. Within the CloudCraft project we investi-gate how Cloud-based architectures and data management can help to solve some of the most critical problems regarding scalability and consistency. In this article, we describe an implemented working