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A new paradigm full-connect dynamic networks on chip (FC-DYNOC), which supports the communication among modules dynamically placed on a reconfigurable device at runtime is presented in this paper. Based on the cluster theory, this structure increased the number of connections between router and process element, and the PE has the ability to select the source and the destination router for transmitting...
The implications of read-write methodologies have been far-reaching and pervasive. Given the current status of wearable configurations, steganographers particularly desire the simulation of Markov models, which embodies the intuitive principles of cryptoanalysis. Our focus here is not on whether simulated annealing and online algorithms can synchronize to fulfill this objective, but rather on presenting...
In recent years, much research has been devoted to the exploration of artificial intelligence; unfortunately, few have explored the improvement of distributed algorithms. Given the current status of electronic symmetries, physicists urgently desire the deployment of the location-identity split, which embodies the natural principles of cryptography. We show that distributed algorithms can be made stochastic,...
Complex event processing (CEP) is a branch of stream data mining, which is usually used to discover event patterns. Generally, a complex event processing engine uses nonprocedural declaration language and state machine to define event patterns. It generates synopses of universe data by sliding window model, therefore could identify event patterns which users care about from rapidly changing and potentially...
Cognitive networks are proposed in the framework of evolution of network architectures as novel paradigms to provide autonomous in-network reasoning to support end-to-end goals. While several approaches are available that propose different approaches, still the problem of reasoning represents a challenging issue. The paper aims at proposing a mathematical model, based on fuzzy cognitive maps, to support...
We address the problem of maximizing the throughput for network coded multicast traffic in a wireless network in the bandwidth limited regime. For the joint scheduling and subgraph selection problem, we model valid network configurations as stable sets in an appropriately defined conflict graph. The problem formulation separates the combinatorial difficulty of scheduling from the arising optimization...
A new test access mechanism (TAM) for multiple identical embedded cores is proposed. It exploits the identical nature of the cores and modular pipelined circuitry to provide scalable and flexible capabilities to make tradeoffs between test time and diagnosis over the manufacturing maturity cycle from low-yield initial production to high-yield, high-volume production. The test throughput gains of various...
We report a spheroid forming lab-on-a-chip that can be used to control the size of three-dimensional hepatocyte spheroids by using micro-rotational flow. This device can form hepatic spheroids with diameters in the range 130-430 ??m by varying the chamber diameter and the cell density. The developed lab-on-a-chip consisted of a polydimethylsiloxane-based micro-chamber produced by soft lithography...
A unique frequency reuse scheme by means of cell sectorization is proposed in this paper that reuses effectively a given frequency resource in a cellular environment. The key concept is to find a scheme that controls interferences among neighboring cells in a systematic manner while achieving high frequency reuse factor. Based on, user distribution in a cell, two problems are investigated. First,...
Because of the dynamic nature and an instability of grid computing environment, system behavior in terms of QoS depends crucially on the selection of appropriate subset of the available resources. Thus, a well-defined system model that provides high system availability using a scheduling mechanism is required. In this paper, we propose the SLA based Policy Administrator (SPA) with QoS constraints...
Since the possibility of selfish MAC-layer misbehavior of wireless stations became apparent, game-theoretic solutions combining incentive compatibility with high bandwidth utilization have been sought. Existing studies e.g., of IEEE 802.11 DCF or S-ALOHA, mostly rely on stations' unique identities and farsightedness (fear of punishment or discounting future utilities). In contrast, we model selfish...
Our goal is to develop an assistive technology for image analysts, which helps them to extract information (e.g., detect targets) efficiently. The images are displayed using the rapid serial visual presentation (RSVP) paradigm, in which a large image is broken into numerous smaller chips which are then displayed serially in the center of the monitor at a high rate. Detection performance is affected...
In order to improve the performance of existing multicast congestion control algorithm applied to wireless networks, in this paper, a TCP Vegas-like expert-controlled multicast congestion control mechanism (VEMCC) is proposed, which uses a recently proposed TCP Vegas throughput model. In VEMCC, the network congestion state is detected according to network relative queuing delay and packet loss; the...
In this paper an adaptive order release strategy for job shop production with well-defined routes is presented. The release strategy is a combination of different known methods. It balances altering machine load of a plant due to different products produced in the job shop. Additionally the constraint of the due date of each individual order is kept. Balanced load on all machines is achieved by controlling...
This paper explores the interdependencies between buffer size, throughput, latency and packet loss in runtime adaptable network-on-chips. Based on the SystemC simulation model of a runtime reconfigurable system-on-chip, buffer sizes of switches and of network interfaces were adjusted to find the optimal relation between throughput, latency and packet loss. A synthetic traffic generator parameterised...
In this paper, a distributed mobile relay power control (DMRPC) scheme for maximizing individual cell throughput is proposed for mobile relay station (MRS) aided system. In the system with DMRPC, the power levels of MRSs are controlled by individual cell without cell cooperation and signaling overhead, and the appropriate power levels of MRSs are selected to maximize the cell throughput of their individual...
Many experts would agree that, had it not been for the analysis of gigabit switches, the simulation of Markov models might never have occurred. Actually, few theorists would disagree with the development of the UNIVAC computer, which embodies the robust principles of programming languages. In research, heterogeneous methodologies are used to prove that cache coherence and journaling file systems are...
Thread-level redundancy in Chip Multiprocessors(TLR-CMP) is efficient for soft error tolerance. Process variation causes core-to-core (C2C) performance asymmetry across a chip, which should be taken into consideration for application scheduling. In this paper, two types of variations beyond C2C are introduced, i.e., inter-pair and intra-pair variation in TLR-CMP. Intra-pair performance asymmetry can...
In the near future, wireless connectivity will become a commodity in aircrafts. For the planning of the reliable network a detail analysis of the coverage is required. This paper studies the coverage in an AIRBUS A380 cabin for a OFDM UWB system based on the ECMA 368 standard. For this purpose, based on real measurement in an AIRBUS A380 airplane cabin, a Saleh-Valenzuela channel model and a path-loss...
The implications of event-driven configurations have been far-reaching and pervasive. Given the current status of stable communication, information theorists daringly desire the intuitive unification of the UNIVAC computer and kernels. The focus in this paper is not on whether the infamous pervasive algorithm for the evaluation of super pages. In conclusion, enabling gigabit switches is maximally...
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