SkinnyBytes has rolled out a new range of Power-over-Ethernet machines that are also All-In-One computers, coming in a variety of sizes that start from 8.9” and goes all the way to 18.5”. Since these are powered via a Power-over-Ethernet model, they will not need any AC power outlets to run.

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SkinnyBytes reveals new range of All-In-One computers

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Corrigendum: Example-Based Regularization Deployed to Super-Resolution Reconstruction of a Single Image

This work addresses the new problem of timing variation-aware (TV) task scheduling and binding (TSB) for multiprocessor system-on-chip (MPSoC) architecture in the system-level design, where tasks have the full flexibilities of resource (i.e.

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Resource Sharing Problem of Timing Variation-Aware Task Scheduling and Binding in MPSoC

This paper proposes an efficient topology synthesis method for on-chip interconnection network based on crossbar switches. The efficiency of topology synthesis methods is often measured by two metrics—the quality of the synthesized topology and synthesis time. These two metrics are critically determined by the definition of the topology design space and the exploration method

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Design of On-Chip Crossbar Network Topology Using Chained Edge Partitioning

Internet protocol multimedia subsystem (IMS) is an overlaid infrastructure above the packet-switched domain of the universal mobile telecommunication system core network. IMS enables and enhances real-time multimedia mobile services. IMS signaling and media are separated in IMS

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Distributed Hash Table-Based Interrogating-Call Session Control Function Network in the Internet Protocol Multimedia Subsystem for Efficient Query…

In this paper, we introduce a new side-channel attack using block cipher cryptanalysis named a meet-in-the-middle attack. Using our new side-channel technique we show that advanced encryption standard (AES) with reduced 10 masked rounds is broken, which is faster than the exhaustive key search attack

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Side-Channel Attack Using Meet-in-the-Middle Technique

Secure multicast provides efficient delivery which includes an identical data from a source to multiple receivers. A common solution is to apply a symmetric key that is used to encrypt the transmitted data. However, the heavy cost of the rekeying process is the main problem in large and dynamic multicast groups

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Multicast Key Management without Rekeying Processes

This paper presents an efficient approach for improving file availability in super-peer-based peer-to-peer (P2P) file-sharing systems. In the super-peer-based P2P file-sharing system, peers are organized into multiple groups. In each group, there is a special peer called super-peer to serve the regular peers within the same group.

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Robust Super-Peer-Based P2P File-Sharing Systems

In the design of power-aware on-demand routing protocols in mobile ad hoc networks, it must be taken into account that nodes may use a great amount of power to find the desired routing path during the path-discovery phase. In addition, in previous research on power-aware routing protocols, the path bandwidth was often not considered.

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A Bandwidth-Based Power-Aware Routing Protocol with Low Route Discovery Overhead in Mobile Ad hoc Networks

Sensornet designers seek to maximize energy efficiency while maintaining acceptable Quality of Service. However, the interactions between multiple tunable protocol parameters and multiple performance metrics are generally complex and unknown, and combinatorial explosion renders impossible any exhaustive search approach.

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Sensornet Protocol Tuning Using Principled Engineering Methods