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Embedded virtualization has emerged as a valuable way to reduce costs, improve software quality, and decrease design time. Additionally, virtualization can enforce the overall system’s security from several perspectives. One is security due to separation, where the hypervisor ensures that one domain does not compromise the execution of other domains. At the same time, the advances in the development...
This paper presents an extensible and adaptable platform for distributed applications with mixed criticality based on using state of the art FPGA technology. Although capable of executing programs written in different languages, the platform specifically targets the execution of programs written in Globally Asynchronous Locally Synchronous language SystemJ used in the context of Internet of Industrial...
Student Response Systems exhibit a long usage history, begun with clickers and recently evolved toward Web-based systems. Several studies show that they improve students' engagement and participation, but also show some drawbacks (clickers costs, distraction and equity in Web-based systems). In this paper, we present our implementation of a Student Response System integrated within a collaborative...
Field-programmable gate arrays (FPGAs) are widely used in telecommunication due their substantial computational power and flexibly designed architecture. These features become especially important for applications of low transmission latency such as those supported by Distributed Multimedia Plays (DMP) architecture. Thus FPGAs are chosen in this work as the core building block of the system. Complex...
In Recent advances in peer-to-peer technology and “smart” configurations offer a viable alternative to DNS. In this work, we argue the visualization of erasure coding, which embodies the theoretical principles of crypto analysis [17]. In this work we motivate a reliable tool for deploying erasure coding (SudoralIleus), which we use to argue that information retrieval systems and reinforcement learning...
The main objective of this paper is to demonstrate the feasibility of Internet-based remote monitored control system for teaching. An open-loop unstable dual-parallel coupled inverted pendulum platform is constructed and uses to develop the NCSs with real-time application interface. Client-Server architecture is developed with the network communication for closed-loop control. And a novel grey prediction...
The TPB (trusted platform board) is an expansion of the TPM (trust platform module) chip for the elevation of the efficiency and usability of the TPM chip that has been developed from the TCG (trusted computing group) for the trust computing. In addition to the TPB function supporting environments for the high-standard trust within the hardware standard of the system, the present paper develops the...
Over the past decade, with the continued development of information technology the Internet has become a tremendously important part in modern education. Today's graduating electrical engineers need marketable skills which are typically developed in the classroom by experimenting for hands-on experience. Because of overloaded work days and restrictive laboratory hours students generally cannot physically...
In this paper, we report a combined electrical and thermal simulation carried out using two real-time digital simulators located approximately 3500 km from each other. The electrical model was developed on the RTDS simulator at the Center for Advanced Power Systems, Florida State University, Tallahassee, Florida, while the thermal model was developed on an OPAL-RT simulator located in the RTX-Lab...
In this paper, the design and implementation of a high-performance, real-time power quality (PQ)-measuring instrument based on a digital signal processor is discussed. The system is realized according to the latest standards about PQ monitoring, and it can be reconfigured for future developments of the standards. The instrument is particularly implemented to operate in stand-alone mode, and it is...
The aim of the 5E (5 essentials) framework proposed in this paper is to yield high performance in real-time data mining over the Internet. The essentials are: a) realize the Internet power with object-based parallelism; b) select an inter-object interaction pattern suitable for the problem; c) apply the correct programming model to cut communication overhead; d) equip program objects with mobility...
The M/sup 2/D/sup 2/ (multi-language programming, mobile objects, data interoperability, and dynamic compilation) framework is proposed for effective real time computing over the Internet. In this framework, a real time program is a collection of composite program objects coded in different languages native to the target processors for maximum performance. These composite objects will migrate from...
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