The Language Translation Interface (LTI) is a prototype developed for the Australian Defence Organisation. The aim is provide a single, simple, interface to a variety of MT tools and utilities for personnel who need to produce translations when they have no easy access to human translators. Now that the LTI has been demonstrated and trialled at several military exercises, we are gathering user ...

Abstract. This special issue marks the 100th anniversary of founding Liverpool Tidal Institute (LTI), one a number important scientific developments in 1919. The preface gives brief history how LTI came about and roles its first two directors, Joseph Proudman Arthur Doodson. It also short overview research on tides at through years. Summaries are given 26 papers issue. will be seen that topics ...

There are two key issues for the kernel-based regularization method: one is how to design a suitable kernel to embed in the kernel the prior knowledge of the LTI system to be identified, and the other one is how to tune the kernel such that the resulting regularized impulse response estimator can achieve a good bias-variance tradeoff. In this paper, we focus on the issue of kernel design. Depen...

The study of fractional linear time-invariant (LTI) systems has been an area active research over the past thirty years. Results indicate that such are becoming important in representation certain types dynamical behavior biology and engineering. Several methods have developed for representation, identification, control LTI systems. primary purpose this paper is to introduce a new approach thei...

τ :−∞ x(τ)h(t− τ)dτ = x(t) = y(t) Note that i. Linearity justifies superposition principle; ii. Time-Invariance justifies the system’s response to δ(t − n∆τ) is h(t− n∆τ). iii. For time-varying systems, the system response to δ(t − n∆τ) becomes h(t, n∆τ), and y(t) = ∫ ∞ τ :−∞ x(τ)h(t, τ)dτ , where h(t, τ) is the system response at instant t to a unit impulse input located at τ . 3. [Convolution...

This paper deals with the exponential stability analysis of decentralized, sampled-data, Linear Time Invariant (LTI) control systems asynchronous sensors and actuators. We consider case where each controller in decentralized setting has its own sampling actuation frequency, which translates to asynchrony between Additionally, may be induced by delays instants update as relevant a networked cont...

This study presents a new methodology for identifying near-optimal sensor locations contaminant source tracing in river networks. We define an optimal placement as one that enables the best overall reconstruction of concentrations from observed data. To establish physical basis problem, we first derive linear time-invariant (LTI) model riverine transport using one-dimensional advection-reaction...