linear time

How much linear time do we have left?

This will be confusing to you, but the Giza Complex has no true beginning point in linear time.

The output of a linear time invariant system is the convolution of the input and the system impulse response.

The trajectory tracking problem was transformed into a trajectory state regulation problem which is a linear time varying(LTV) system.

The Sequitur compression algorithm is a linear-time online algorithm that forms a context-free grammar for a given string input.

A linear time algorithm for producing such a coloring is presented also.

For the simulation of linear time-invariant system, the augmented matrix algorithm is of high accuracy and speed.

A method for identifying the instantaneous frequency of a linear time-varying structure was proposed.

The reality of the inner universe does not occupy material space, nor does it have its intrinsic essence in linear time.

This kind of nonlinear systems is represented by a set of linear time-delay systems in the Takagi-Sugeno (T-S) fuzzy models.

Generalized Least Squares were used to estimate the traditional model and the linear time model.

This paper focuses on performance assessment of linear time-invariant controller subject to multi-disturbance dynamics.

The present phase of linear time on your planet is a uniquely opportune juncture for self-review and chosen solitude.

It narrates with complex perspectives and breaks the linear time framework, tending toward a three-dimensional structure.

then , a linear - time partitioning algorithm based on a linear ordering of nodes in a circuit for parallel logic simulation is presented.

Researchers have done a lot of further work including the linear time algorithm for single K-th number query.

In this paper, the quadratic stabilization of linear time-varying system with structural model uncertainty is discussed.

Absrtact: As a probability and statistics methodology, linear time series has been applied to many fields.

All of these constructors run in linear time except the first, which runs in constant time.

The dynamics i s modeled as a non-linear, time-correlated and stationary stochastic system.

The research of traditional double-closed-loop PID control strategy is the linear time-invariant control problems.

This paper uses a piecewise linear Lyapunov function and derives a new estimate for solutions of linear time-varying systems.

When the time comes to move on, you enter a new circuit, as opposed to a new stretch of linear time.

Exploring in linear time allows us to experience emotions through an electromagnetic field - duality - polarity - love vs. fear.

We were originally higher frequency beings in spirit form who have descended into physical beings to experience linear time and emotion.

Reality is a consciousness eXperiment in linear time and emotion that is about to evolve out of the box.

It implies a slight performance overhead in some operations and can convert some constant time operations to linear time operations.

Please design a linear time algorithm to determine whether there is input data from the primary element.

To passive two-port networks of linear time-invariant, the six sets of parameters have relations and can convert each other.

So called linear time logics are restricted to this type of reasoning.

Moffat[2] describes a tree structure (actually a heap) which provides a linear-time access to all symbols.

The algorithms can answer a query of a node in constant time and perform a traversal in linear time.

By the linear time this event takes place, humanity will be polarized according to these two adaptive patterns.

You are moving out of linear time and will leave behind all of the irritating aspects it causes you.

Noise characteristics of active CMOS mixers were systematically analyzed based on linear time-varying theory.

The function reverse() reverses the list, and takes linear time.

And here we have a view of evolution where rather than having evolution go over the linear time, we have it coming out from the center.

You must let go of the straight line, linear time concept whereby your choices are limited and influenced by the past.

Using lifting techniques , a linear time-invariant state space model of multirate digital control systems is constructed at first.

They are not bound by linear time, and can go backwards or forwards in it to alter your experience.

Most of the other related papers are developed based on one dimensional way of thinking just like linear time going.

The inner view of the inhabitants there took very long, approximately 22 minutes, which is long in linear time.

Each healing cycle is more intense but shorter, which is why we are experiencing changes in our relationship with linear time.

An EOQ Model Taking Account of the Linear Time-Varying Increasing Demand under Stock Dependent Selling Rate

A Linear Time Approximation Scheme for Minimizing Total Weighted Completion Time of Unbounded Batch Scheduling

Synchronization of Chaotic Systems Employing the Theory of Application of Linear Time-varying Impulsive Differential Equations

Controllability and observability of a class of linear time-invariant system with interval plants

Inversion Algorithm of Multivariable Linear Time-Variable System and Its Reduced Inverse System

Delay-dependent robust stabilization of uncertain linear time-varying delay systems containing saturating actuators

Output Feedback Robust Stabilization for a Class of Uncertain Linear Time-delay Systems

Application of two linear time-frequency distribution in ISAR imaging of maneuvering target

Improved Subspace Method with Application in Linear Time-Varying Structural Modal Parameter Identification

Controller Design for Linear Time-Varying Systems With Disturbances in an Input Channel

Analysis of Robust Stability for Linear Time-varying Periodically Descriptor Systems with Uncertain Parameters

A Linear Time Algorithm for Computing ST Reliability of A Class of Directed Networks

A New Spectral Inequality and Its Applications to Partial Stability of Linear Time-Varying Systems

linear time - frequency analysis and its application in weak signal detection

Simulation Research on Electric Network Damping Characteristic of Linear Time-Invariant Systems

On Controllability and Observability of Multivariable Linear Time-invariant Systems

Wavelet Transform Based Optimal Control of Linear Time-Invariant Distributed Parameter Systems

Wavelets Predictive Control of First-order Linear Time-invariant Distributed Parameter Systems

Fault Detection Filter Design for a Class of Linear Time invariable Systems

The stabilization of the robust in linear time-delay systems with multiple uncertain parameters

Linear time algorithm for scheduling on three parallel machines with non-simultaneous machine available times

Stability analysis for linear time-varying switched systems and their nonlinear perturbed systems

Identification of Time-Varying Modal Parameters by a Linear Time-Frequency Method

On impulsive control for a class of linear time-invariant switched systems

Observer-Based Robust Controller Design for Uncertain Linear Time-Delay System via Linear Matrix Inequality

Variable structure robust controller for linear time-varying systems with disturbances

The Approximation of the Projection Pursuit Learning Networks for Non-linear Time Series

Variable Structure Control for Linear Time-Delay Large-Scale Interconnected Singular System

The Robust stability for the linear time-delay systems with nonlinear uncertain parameters

State Proportion Integral Feedback Control of the Linear Time-invariant System

Analysis of Robust Stability for Linear Time-varying Uncertain Periodic Descriptor Systems

A Design Method of Practical Industrial Regulators for Linear Time-invariant Multivariable Systems

Provide a linear time algorithm to compute a minimum acyclic dominating set on permutation bipartite graphs;

Stability conditions and criteria for fractional order linear time-invariant systems

A Method of hybrid state-feedback guaranteed cost control and optimization design for uncertain linear time-delay system

The Geometric Ergodicity of a Non-linear Time Series Model under the Random Environment

Characteristic Modelling and Adaptive Fuzzy Control Method of MIMO Higher-Order Linear Time-Varying Systems

Design of unknown input observer for a class of linear time-delay systems

Stability Criteria for Linear Time-delay Systems with Multiple Uncertain Parameters

Design and Realization of Recursive Algorithm for Identifying Linear Time-Varying System

Mutual information rate and analytic constraint in linear time invariant control systems

Study on the Application of Iterative Learning Control to Terminal Control of Linear Time-varying Systems

Analysis and synthesis of robust stability for linear Time-invariant descriptor systems

Design of Robust Controller for a Class of Linear Time-delay Systems

Wavelet Properties of the Many Parameter Linear Time Series Processes

Reference-Model-Based Fault Detection and Isolation for Linear Time-Invariable Systems

Iterative learning control for linear time-invariant descriptor system

Reference-Model-Based Fault Detection and Isolation for Linear Time-Invariable Systems

Iterative learning control for linear time-invariant descriptor system

A Human Simulation Intelligent PID Control Algorithm for Non-Linear Time-Variant Systems with Delay

Characterization of the Bullwhip Effect in Linear, Time-Invariant Supply Chains By: Ouyang, Daganzo

Robust Stabilizing Controller for Uncertain Linear Time-Delay Systems

Impulse Controllability of Linear Time-varying Singular Systems

Nonlinear robust control for linear time-varying systems with disturbances

Robust Dissipative Control of Linear Time-delay Systems with Uncertainties

Guaranteed cost control and sliding mode control for linear time delay uncertain systems

Non-linear time-history analysis of multilayer concrete block structure with cavity wall

Non-linear time-history analysis of multilayer concrete block structure with cavity wall

The Unconditional Stability for the Multidelays Neutral Type Linear Time-Varying Control System

Reduced Order Observer and Tracking Controller of the Linear Time-variant System of Micro Hard Disk

Memory feedback control for linear time-delay system with adaptation to delay parameter

Robust Stabilization for Uncertain Linear Time-Delay Neutral System

A Linear-time algorithm for computing genomic distance between signed genomes

A LMI Approach of Stabilizing Controller Design for Linear Time-Delay Singular Systems

The Stability Criterion of Second Order Linear Time- varying Discrete System

Identifiability analysis of linear time-delay system with control input

On the Attainable Sets of Linear Time-Variant Control Systems with p-Integrable Controls

Robust integrity design aiming at actuator failures of linear time-delay systems

Closed-loop stability of linear time-variant systems with bounded control input

Iterative learning control for the linear time-delay systems

Dynamic chaos features auto-extracting technique of non-linear time series

Robust fault diagnosis for linear time-delay systems with uncertainty

Theoretical analyses show that incremental updating algorithm for computing core has nearly linear time and space complexity;

The approximation and predication of non-linear time series by using wavelet neural networks

On the Stability of Linear Time-Change Differential-Algebraic System

Study on Robust Fault-tolerant Control of Uncertain Linear Time-delay Systems

Robust Fault-tolerant Control of Uncertain Linear Time-delay Systems

Robust Stability Control of Uncertain Linear Time-Delay Systems

Using MCEM Algorithm to Estimate the Parameters in the First Order Double Linear Time Series Model

Complete Track Controller of Linear Time-Invariant System

A Square Consistent Regression Model with Linear Time Series Error

Discrete-time optimal control method for linear time-delay systems

State-space analysis and Synthesis of linear time-invariant system

Analysis of linear time invariant circuit stability

Delay-Dependent Feedback Control for Linear Time-Delay System

Observer-based energy decoupling of linear time-delay systems

The Application of BP Neural Network in the Prediction of Non-Linear Time Sequence

Linear Time Algorithm for K--Terminal Reliability of WST Networks

Eigen-function of linear time-invariant systems

Reconstruction and prediction of non-linear time series

On the Analysis of Non-ergocidity of the Broader Non-linear Time Series under the Interference of Random Environments

Method of Stability Analysis for Linear Time-Invariant Systems

The Application of Wavelet in the Approximation of Non-linear Time Series

State Observer of Discrete Linear Time-Varying Systems

Dissipative Control for Linear Time-Delay Systems

A Linear Time Algorithm for Minimum-Weight Feedback Vertex Set Problem in Outerplanar Graphs

Study on the Stability of Linear Time-varying Discrete System

Sensor fault diagnosis for linear time-delay systems

Zero-state response of linear time-invariant systems

Zero-input response of linear time-invariant systems

A new method for state space analysis of linear time-invariant systems

On Identifiability of Linear Time -Delay System

A New Method to Evaluate the Stability of Linear Time Varying System

amplifier n linear time invariant systems

New Adaptive Control for Linear Time-delay Systems

Robust stability of linear time-delay systems

The delay-dependent state-feedaback control for linear time-delay system

Passive Control of Linear Time-Delay Systems

Computer Aided Analysis for Linear Time in Variant Direct Current Network

Sliding-Mode Control Based on Network for Continuous Linear Time-invariant System

Fault-tolerant control of linear time-delay system based on time-delay state feedback

Study on Linear Time Loss-Resilient Codes

A Linear-Time Algorithm to Compute the Reliability of 3-Tree Networks

A Linear Time Algorithm for Computing 3-state Device Partial 2-trees Networks Reliability

Fast time series fitting in linear time

They are all taking place simultaneously, because linear time is an illusion;

The Study on Wavelet Transformation of Linear Time Series'Process

Watchers outside the box - Linear Time

A Linear-Time In-place Merging Algorithm