It was found that the switching in a memristor takes place with time delay (this peculiar feature is named "the delayed switching"). This has been verified by circuit-based experiment. The physical interpretation of this phenomenon an electron element possesses certain inertia, i.e., charge <formula formulatype="inline" xmlns:mml="http://www.w3.org/1998/Math/MathML" xmlns:xlink="http://www.w3.org/1999/xlink"><tex Notation="TeX"> $q$</tex></formula> or flux...

Magnetic flux and electric charge are linked in a memristor. We reported recently that memristor has peculiar effect which the switching takes place with time delay because possesses certain inertia. This was named “delayed effect.” In this work, we elaborate on importance of delayed brain-like computer using neural networks. The is used to control synapse between two neurons fire together (the Hebbian rule). A theoretical formula found, design verified by simulation. have also built an...

In this work, we invented the Φ memristor to exhibit direct flux-charge interaction, in which a wire carrying controlled amount of current is strung through magnetic core, and, simultaneously, sensing possibly induced voltage by switched flux. This work confirms existence ideal postulated almost 50 years ago. order study and its positive/negative integer-/fraction-order counterparties, relationship (and approximations), complete differential conformal transformation, triangular periodic...

Chua proposed an Elementary Circuit Element Quadrangle including the three classic elements (resistor, inductor, and capacitor) his formulated, named memristor as fourth element. Based on observation that this quadrangle may not be symmetric, I Triangle, in which well mem-capacitor mem-inductor lead basic element classes, respectively. An intrinsic mathematical relationship is found to support new classification. It believed triangle concise, mathematically sound aesthetically beautiful,...

Based on the differential conformal transformation in fractional order, we defined memristor contrast to traditional (integer-order) memristor. As an example, a typical spin-transfer torque (STT) (with asymmetric resistance hysteresis) was proved be 0.8 In conclusion, many memristors should not treated as ideal ones due interaction between flux and charge. Indeed, unless non-ideal is properly modelled memristor, no deep physical understanding would possible develop reliable commercial product.

This paper describes the grid-oriented storage (GOS) architecture and its implementations. A GOS-specific file system (GOS-FS), single-purpose intent of a GOS OS, secure interfaces via grid security infrastructure (GSI) motivate enable this new architecture. As an FTP server, with slimmed total volume around 150 MB, outperforms standard GridFTP by 20-40 percent. GOS-FS acts as network/grid interface, enabling user to perform searches access resources without downloading them locally. In...

Resistors with memory (memristors), inductors (meminductors) and capacitors (memcapacitors) play different roles in novel computing architectures. We found that a coil magnetic core is an inductor (meminductor) terms of its inductance L(q) being function charge q. The history the current passing through remembered by magnetization inside core. Such meminductor can unique role (that cannot be played memristor) neuromorphic computing, deep learning brain-inspired computers since time constant...

An ad-hoc network of unmanned aerial vehicles (UAVs) is modeled as a swarm birds. Flock formation observed among birds in nature inspires the control these UAVs, which perform search and destroy task involving multiple, moving targets. The proposed model decentralized, adaptive self-organizing to deal with dynamic distributed problem relies only on local sensing minimal communications account for potential limitations terms global lack information related task. tested its self-organization...

In heterogeneous cloud, the provision of quality service (QoS) guarantees for on-line parallel analysis jobs is much more challenging than off-line ones, mainly due to many involved parameters, unstable resource performance, various job pattern and dynamic query workload. this paper we propose an entropy-based scheduling strategy running as a reliable efficient, implement proposed idea in Spark. Entropy, measure degree disorder system, indicator system's tendency progress out order into...

The memristor is postulated by Chua (IEEE Trans Circuit Theory, 18(5):507–519, 1971) as the fourth fundamental passive circuit element and experimentally validated HP labs in 2008. It an emerging device nano technology that provides low power consumption well high density. In this paper, staircase model discussed investigated with model. By connecting models series or parallel, a could be constructed demonstrate behavior. comparing to general model, distinctions between them are demonstrated...

Memristors are labelled as a significant candidate of building better storage structure, higher capacity and more efficient performance. Research shows that the density memristor array could be 100 times compared to dynamic random-access memory, hence it is possible build structure with high density. Tracing back year 1971, Prof. Chua firstly proposed fourth circuit element defined memory-resistor, new emerged passive device two terminals have ability respond history or past memory current...

A diode-free magnetic random access memory comprises two sets of conductive lines, an array tunnel junctions at each intersection, and a peripheral circuitry. Such simplified architecture described in this letter overcomes the diode-area constraint prior art achieves significant breakthrough storage density.

Synaptic plasticity has been widely assumed to be the mechanism behind memory and learning, in which, synapse a critical role. As newer biologic update rule hebbian spiking-time dependent (STDP) concerns on temporal order of presynaptic spike postsynaptic which will change strength of, connection site neurons, synapse. In this paper different way is shown utilise novel element memristors implement supervised STDP. Because resistance memristor depends its past states, researchers are...

This study is the first experimental verification of Landauer's bound on a single spin, which smallest information carrier in size. We used four experiments (single spin experiment, giant nanomagnet experiment and Stern-Gerlach experiment) to demonstrate that was much more energy-efficient than other carriers due its small size weak coupling with surroundings. conclude quantum spintronics, spins as qubits, an computing paradigm requires amount energy (1.2 × 10 <sup...

In cloud service resource management system, complexity limits the system's ability to better satisfy application's quality of requirements, e.g., cost budget, average response time, and reliability. Numerousness, diversity, variety, uncertainty, etc., are some factors that lead variation between expected plan actual running performance applications. this paper, after defining clearly, we identify origin in system through study "Local Activity Principle." order manage complexity, an...

Content addressable memory is a novel storage device that can save data in its cells, which could be read, written and searched on the basis of their contents. This paper presents Memristor content (M-CAM) structures are formed M-CAM compare stored then give cell output signal to kept comparator. After comparison each cell, reading enabled at row all comparators. The current measured, if some comparators high resistance (0) row, lower than from another where low (1), means corresponding...

Content addressable memory is a novel storage device that can save data in its cells, which could be read, written and searched on the basis of their contents. This paper presents Memristor Addressable Memory (M-CAM) structures are formed M-CAM compare stored then give cell output signal to kept comparator. After comparison each cell, reading enabled at row all comparators. The current measured, if some comparators high resistance (0) row, lower than from another where low (1), means...

Much importance is attached to the weights on edges in a network, but actual fact what makes up network both nodes and linking network. It therefore pertinent investigate effects of attributed unto as well links such networks they play important roles determining prominence or popularity actors within any particular Principles centrality measures were employed supply chain management show that weighted-ness edges/nodes together with clique structure emanates from it can be pointer otherwise...