• No results found

A physical model for computation

Agoric computation: trust and cyber-physical systems

Agoric computation: trust and cyber-physical systems

... Networks of propagators have no constraints on their topology, such as acyclicness, and the flows through boxes and wires are inherently bidirectional: in principle, in- formation can arrive on any port and it can ...

135

Secure  Physical  Computation  using  Disposable  Circuits

Secure Physical Computation using Disposable Circuits

... secure physical computation, a set of parties each have physical inputs and jointly compute a function of their inputs in a way that reveals no information to any party except for the output of the ...

16

Parallel Computation of a Maximum-Likelihood Estimator of a Physical Map

Parallel Computation of a Maximum-Likelihood Estimator of a Physical Map

... The problem of MLE-based physical map reconstruc- fast Ethernet. tion in the presence of errors is a problem of high The formulation of the ML model entailed certain computational complexity, thus providing ...

23

Computation of Physical Optics Integral by Levin's Integration Algorithm

Computation of Physical Optics Integral by Levin's Integration Algorithm

... integrals with rapid oscillations. Since it can be applied to curved surfaces, the number of patches used for target modeling can be decreased drastically. Hence, computational efficiency of Levin’s method is higher than ...

16

Collusion-Free  Multiparty  Computation  in  the  Mediated  Model

Collusion-Free Multiparty Computation in the Mediated Model

... secure computation [13, 11, 10] rely on strong physical assumptions such as secure envelopes and ballot boxes that cannot be realized unless the parties running the protocol are physically ...close ...

26

Quantum Computation Beyond the Unitary Circuit Model

Quantum Computation Beyond the Unitary Circuit Model

... For example, a room may be lit by turning a switch and an integer can subsequently be associated with each of the room’s states: 0 or 1 corresponding to whether the light is off or on. Here, we are not concerned with the ...

155

ParalleX: A Study of A New Parallel Computation Model

ParalleX: A Study of A New Parallel Computation Model

... new model of computation is required to meet the challenges of emerging ...a model must serve as a discipline to govern future scalable system archi- tectures, programming methods, and runtime and ...

6

Validation of a flow-structure-interaction computation model of phonation

Validation of a flow-structure-interaction computation model of phonation

... the model for a range of flow ...a physical VF model, the mean deformed shape during vibration can be predicted using the normalized deformed shape obtained from computation, with the ...

32

Analysis and Computation for a Fluid Mixture Model of Tissue Deformations

Analysis and Computation for a Fluid Mixture Model of Tissue Deformations

... interface method did eliminate the non-physical oscillations near the interface and achieve high resolution solution compared with other conventional finite difference methods. 6.2.3 Two Dimensional Problem with ...

145

Spekkens’ toy model and contextuality as a resource in quantum computation

Spekkens’ toy model and contextuality as a resource in quantum computation

... toy model In the last decades many attempts to better understand quantum theory through hidden-variable models have been developed ...hidden-variable model to support the epistemic view of quantum ...the ...

8

Computation of a Point to Point Homoclinic Orbit for a Semiconductor Laser Model

Computation of a Point to Point Homoclinic Orbit for a Semiconductor Laser Model

... the physical meaning of the homoclinic orbit of the laser computed above has already been mentioned and it concerns the description of the satura- tion phenomenon present in this laser ...

12

Physical Limits of Computation

Physical Limits of Computation

... Abstract The paper deals with theoretical treatment of physical limits for computation. We are using some statements on base of min energy/bit, power delay prod- uct, Shannon entropy and Heisenberg ...

5

A Model of Computation for MapReduce

A Model of Computation for MapReduce

... We have presented a rigorous computational model for the MapReduce paradigm. By restricting both the total memory per machine and the total number of machines to O(n 1− ) we ensure that the programmer must paral- ...

11

Actors as a Coordinating Model of Computation 

Actors as a Coordinating Model of Computation 

... to model concur- rent distributed ...Neumann model, has essentially remained ...coordinating model of computation which can interconnect and unify the var- ied ...a model should ...

12

An Internal Model for Operational Risk Computation

An Internal Model for Operational Risk Computation

... The 1988 Capital Accord only concerns credit risk (and market risk — Amendment of January 1996) ⇒ the Cooke Ratio requires capital to be at least 8 percent of the “risk” of the bank.. • [r] ...

47

Bayesian Computation and Model Selection Without Likelihoods

Bayesian Computation and Model Selection Without Likelihoods

... GLM model fit. As is expected, the model fit is perfect ...the model fit deterio- rates since the truncated model of a GLM is no longer exactly a general linear ...

10

The Model of Computation of CUDA and its Formal Semantics

The Model of Computation of CUDA and its Formal Semantics

... Future work might add the constant caches to the formalization of the memory model. It might also be worth taking a closer look at the special optimizations the hardware employs to handle textures. As general ...

151

SOLAR POWER ANALYZER: A PHYSICAL AND CYBER SYSTEM FOR SOLAR ENERGY COMPUTATION

SOLAR POWER ANALYZER: A PHYSICAL AND CYBER SYSTEM FOR SOLAR ENERGY COMPUTATION

... It uses Indian Geostationary Satellite data (Kalpana-1, INSAT-3D and INSAT-3DR) for fetching monthly and yearly solar irradiance of the given location.It then displays graphs of insol[r] ...

7

Computation of parton distributions from the quasi-PDF approach at the physical point

Computation of parton distributions from the quasi-PDF approach at the physical point

... lattice QCD methods could not be used since PDFs are defined in terms of non-local light cone correlations in the Minkowskian space-time, usually in the rest frame of the nucleon. In practice, if we simulate QCD in ...

8

An innovative learning model for computation in first year mathematics

An innovative learning model for computation in first year mathematics

... learning model that has worked well in practice, from the lecturer’s, tutors’ and students’ ...learning model employed a progression of Matlab commands, programs and GUIs to deliver programming skills, ...

8

Show all 10000 documents...

Related subjects