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About 10,000 papers for “State vector”
Ow 〈φ|o|ψ · 2008
The weak value of a variable O is a description of an effective interaction with that variable in the limit of weak coupling. For a pre- and post-selected system described at time t by the two-state vector 〈Φ | |Ψ 〉 (see entry Two-
Cited by 0
University of Toronto Press eBooks · 2002
Cited by 0
Ingar M. Arntzen, Njål Borch, Christopher P. Needham · 2013
This paper presents the concept of the Media State Vector (MSV), an implementation of uni-dimensional motion in real time. The MSV is intended as a general representation of media navigation and a basis for synchronization of multi-device media presentations. The MSV is motivated by the idea that media navigation can be decoupled from media content and visual presentation, and shared across a network. Implementation of the MSV concept for the Web allows us to construct navigable, synchronized, multi-device, multimedia presentations, spanning computers across the Internet. In particular, media presentations may be hosted by regular Web browsers on a range of devices, including smart phones, pads, laptops and smart TVs. Our proof of concept implementation bases its synchronization accuracy on primitive, centralized, ad-hoc, application-level clock synchronization. Still, inter-client synchronization error of about 33 ms is demonstrated between three screens in London (UK), synchronized via a server in Tromsø (Norway).
Cited by 8
Vedran Kirinčić, Ervin Čeperić, Saša Vlahinić et al. · Applied Artificial Intelligence · 2019
The power system state estimator based on the support vector machine (SVM) and the weighted least squares (WLS) method is presented in the paper. The WLS provides state estimations necessary for creating SVM model which is then used for state estimation. The developed algorithm was tested on the IEEE systems, and the performance indicators were calculated in order to compare the accuracy of estimation and the measurement error filtering. The results indicate that the proposed hybrid model outperforms the classical WLS-based state estimation in terms of accuracy and improves measurement error filtering in comparison to the classical estimator.
Cited by 11Open access
Joel K. Kelso (238234), George J. Milne (238240) · Figshare · 2015
<p>Landscape cell population states are pictured as boxes; arrows indicate transitions between states with arrows labelled according to the events or conditions that trigger the state transition.</p>
Cited by 0Open access
D.J. Rowe, G. Rosensteel, Robert Gilmore · Journal of Mathematical Physics · 1985
A vector coherent state theory is formulated as a natural extension of standard coherent state theory. It is shown that the Godement representations and the coherent state representations of the Sp(N,R) groups of Rowe and of Deenen and Quesne are special cases of this more general theory.
Cited by 103
Weinberg, Steven · arXiv (Cornell University) · 2011
Modifications of quantum mechanics are considered, in which the state vector of any system, large or small, undergoes a stochastic evolution. The general class of theories is described, in which the probability distribution of the state vector collapses to a sum of delta functions, one for each possible final state, with coefficients given by the Born rule.
Cited by 0Open access
S D Bartlett, D J Rowe, J Repka · 2002
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Christina Harvey · NASA Technical Reports Server (NASA) · 1962
Methodsare described which may be used to transform the equations of motion of a vehicle to a standard form, measure the state of the system when described in this standard form, and remove first flexure mode effects from pitch rate signals.The methods are described by the use of illustrative examples.
Cited by 1Open access
Henry Krips · 1992
Abstract One of the features of modern physics is the extensive use of quantitative concepts to enrich qualitative concepts. For example a comparative qualitative judgement that A is hotter than B will be redescribed quantitatively by saying that the temperature value of A is greater than that of B. This quantitative language has much greater expressive power than the qualitative language it replaces. For example it enables sense to be made of such claims as ‘A is as much hotter than B as B is hotter than C’. For our purposes, however, the important feature of quantitative language is that it enables the development of the idea of a possible state.
Cited by 0
Varun Patil, Seiji Otsu, Lixia Zhang · 2023
State Vector Sync (SVS) is a Distributed Dataset Synchronization (Sync) protocol designed to support distributed applications running over NDN. The design of SVS has two unique features that set it apart from all the previous Sync protocol designs. First, SVS encodes the raw information of data namespace to be synchronized in its Sync Interest packets. Second, and related, it uses Sync Interests as notifications which do not solicit data replies. To reveal insights of how its unique design features enable SVS to outperform its counterparts, in this poster we describe the operation of two types of timers used in SVS and their effectiveness in minimizing protocol overhead while keeping synchronization delay low.
Cited by 0Open access
Harvey, C. A., United States. National Aeronautics and Space Administration. · The Journal of the Abraham Lincoln Association
Cited by 0Open access
Nasser M. Nasrabadi, Syed A. Rizvi · IEEE Transactions on Image Processing · 1995
The finite-state vector quantization scheme called dynamic finite-state vector quantization (DFSVQ) is investigated with regard to its subcodebook construction. In the DFSVQ, each input block is encoded by a small codebook called the subcodebook which is created from a much larger codebook called supercodebook. Each subcodebook is constructed by selecting, using a reordering procedure, a set of appropriate code-vectors from the supercodebook. The performance of the DFSVQ depends on this reordering procedure; therefore, several reordering procedures are introduced and their performance are evaluated. The reordering procedures investigated, are based on the conditional histogram of the code-vectors, index prediction, vector prediction, nearest neighbor design, and the frequency usage of the code-vectors. The performance of the reordering procedures are evaluated by comparing their hit ratios (the number of blocks encoded by the subcodebook) and their computational complexity. Experimental results are presented and it is found that the reordering procedure based on the vector prediction performs the best when compared with the other reordering procedures.
Cited by 17
N.M. Nasrabadi, S.A. Rizvi · IEEE Transactions on Image Processing · 1995
Cited by 18
Bartlett, Stephen D., Rowe, David J., Repka, Joe · arXiv (Cornell University) · 2002
It is shown here and in the preceeding paper (quant-ph/0201129) that vector coherent state theory, the theory of induced representations, and geometric quantization provide alternative but equivalent quantizations of an algebraic model. The relationships are useful because some constructions are simpler and more natural from one perspective than another. More importantly, each approach suggests ways of generalizing its counterparts. In this paper, we focus on the construction of quantum models for algebraic systems with intrinsic degrees of freedom. Semi-classical partial quantizations, for which only the intrinsic degrees of freedom are quantized, arise naturally out of this construction. The quantization of the SU(3) and rigid rotor models are considered as examples.
Cited by 0Open access
Elói Teixeira Pereira, A Action Set, Z Allocations Matrix · 2016
We discuss a problem of cooperative reallocation of vehicles for teams of Unmanned Air Vehicles (UAV) executing concurrent operations. The solution consists of a nominal planning problem and an execution control problem, which is implemented using stochastic dynamic programming (DP) framework. Both planning and execution control are devel-oped in mixed-initiative environments. The plan for each team consists of a sequence of tasks to be executed in an adversary environment, where the vehicles face the risk of being destroyed. The goal of execution control is to balance the performance of the teams in order to better deal with risk.
Cited by 0
Kunihiko Hiraishi · Lecture notes in computer science · 1996
Cited by 5
Eugeniy Turin · International Journal of Civil Service Reform and Practice · 2016
This article deals with the conceptual guidelines of Eurasian nation building. The author, on the basis of the theory of Eurasianism and metaphysical methodology, considers the history of the ideology of civilizational integration of peoples and cultures, analyzes the modernintegration potential of post-Soviet states, shows the objective consequences of new approaches to Eurasian nation-building and proves the need for a new, Eurasian state-managerial elite. According to the author, innovation at specialized universities training and retraining civil servants across Russia, Kazakhstan, Belarus, Kyrgyzstan and Tajikistan is of particular importance in forming the new Eurasian statehood and its managerial elite.
Cited by 0Open access
Jason Padgett · Zenodo (CERN European Organization for Nuclear Research) · 2026
We present a reformulation of physical dynamics in which quantum phase is treated as the primitive integration variable. In this framework, termed the Quantum State Vector Tensor Field (QSVTF), time, mass, energy, probability, and curvature arise from angular-frequency geometry.
Cited by 0Open access
Young, SJ, , · Cambridge University Engineering Department Publications Database · 2003
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