The scholar's companion, or A guide to the orthography, pronunciation, and derivation of the English language[: containing, besides several other important improvements, extensive tables of words, deduced from their Greek and Latin roots. Designed for schools and academies, and also for students in elocution.] Arranged on the basis of the 15th London ed[ition] of Butter's etymological spelling-book and expositor.

Mode of access: Internet.

The noble game of chess; or, A new and easy method to learn to play well in a short time, together with a curious account of its antiquity, derivation of its terms, &c.

Mode of access: Internet.

An accentuated list of the British Lepidoptera, with hints on the derivation of the names.

"List of authors and nomenclators whose names are adopted in the catalogue": p. [xi]-xliv.

Shakespeare in music; a collation of the chief musical allusions in the plays of Shakespeare, with an attempt at their explanation and derivation, together with much of the original music,

Mode of access: Internet.

An etymological dictionary of family and Christian names : with an essay on their derivation and import /

Mode of access: Internet.

The scholar's companion; containing exercises in the orthography, derivation, and classification of English words.

Mode of access: Internet.

An English school grammar : with very copious exercises, and a systematic view of the formation and derivation of works, comprising Anglo-Saxon, Latin, and Greek lists, which explain the etymology of above seven thousand English words /

Mode of access: Internet.

Researches in oriental history, embracing the origin of the Jews, the rise and development of Zoroastrianism, and the derivation of Christianity;

First edition published under title: Researches in Jewish history, including the rise and development of Zoroastrianism; and the derivation of Christianity.

Derivation and use of automobile availability as a variable for estimating travel demand /

Jan. 1979.

A glossary of botanic terms with their derivation and accent.

Mode of access: Internet.

Dynamic multi-resolution spatial object derivation for mobile and WWW applications

Online geographic information systems provide the means to extract a subset of desired spatial information from a larger remote repository. Data retrieved representing real-world geographic phenomena are then manipulated to suit the specific needs of an end-user. Often this extraction requires the derivation of representations of objects specific to a particular resolution or scale from a single original stored version. Currently standard spatial data handling techniques cannot support the multi-resolution representation of such features in a database. In this paper a methodology to store and retrieve versions of spatial objects at, different resolutions with respect to scale using standard database primitives and SQL is presented. The technique involves heavy fragmentation of spatial features that allows dynamic simplification into scale-specific object representations customised to the display resolution of the end-user's device. Experimental results comparing the new approach to traditional R-Tree indexing and external object simplification reveal the former performs notably better for mobile and WWW applications where client-side resources are limited and retrieved data loads are kept relatively small.

A theory for execution-time derivation in real-time programs

We provide an abstract command language for real-time programs and outline how a partial correctness semantics can be used to compute execution times. The notions of a timed command, refinement of a timed command, the command traversal condition, and the worst-case and best-case execution time of a command are formally introduced and investigated with the help of an underlying weakest liberal precondition semantics. The central result is a theory for the computation of worst-case and best-case execution times from the underlying semantics based on supremum and infimum calculations. The framework is applied to the analysis of a message transmitter program and its implementation. (c) 2005 Elsevier B.V. All rights reserved.

Explicit derivation of the relativistic mass-energy relation for internal kinetic and potential energies of a composite system

A straightforward derivation of relativistic expressions for the mechanical momentum, kinetic and total energies, and mass-energy equivalence (including potential energy) which does not require any knowledge of the energy-momentum relation for electromagnetic waves or consideration of elastic collisions, but is directly based on Newton's second law and Lorentz's transformations, is presented in this paper. The existence of an invariant force is shown to be important for the validity of the relativistic mechanics.

A windows program for the derivation of steady-state equations in enzyme systems

Despite the number of computer-assisted methods described for the derivation of steady-state equations of enzyme systems, most of them are focused on strict steady-state conditions or are not able to solve complex reaction mechanisms. Moreover, many of them are based on computer programs that are either not readily available or have limitations. We present here a computer program called WinStes, which derives equations for both strict steady-state systems and those with the assumption of rapid equilibrium, for branched or unbranched mechanisms, containing both reversible and irreversible conversion steps. It solves reaction mechanisms involving up to 255 enzyme species, connected by up to 255 conversion steps. The program provides all the advantages of the Windows programs, such as a user-friendly graphical interface, and has a short computation time. WinStes is available free of charge on request from the authors. (c) 2006 Elsevier Inc. All rights reserved.