History and general catalogue of LaGrange Collegiate Institute : situated at Ontario, LaGrange Co., Ind.

Mode of access: Internet.

On N-dimensional Taylor and Lagrange operators /

"AEC Contract AT(04-3)-400."

Oeuvres de Lagrange /

T. 1 - T. 2 - T. 3 -T. 4 - T. 5 - T. 6 - T. 7 -T. 8 -T. 9 - T. 10 - T. 11 - T. 12 - T. 13 - T. 14.

Journal de la Société des Pharmaciens de Paris ou recueil d'observations de chimie et de pharmacie, publié pendant les années VI, VII [et] VIII de la République par les citoyens Fourcroy, Vauquelin, Parmentier, Déyeux et Bouillon-Lagrange ... formant un volume in-quarto ...

Mode of access: Internet.

Intorno alla vita ed alle opere di Luigi Lagrange /

Discorso letto nel R. Liceo Galilei di Pisa per la Festa Letteraria Commemorativa.

Elogio di Luigi Lagrange.

Errata: p. [143].

Die Principien der höheren Analysis in ihrer Entwicklung von Liebniz bis auf Lagrange, als ein historisch-kritischer Beitrag zur Geschichte der Mathematik dargestellt,

Mode of access: Internet.

Proofs of the interpolation of the vowel-letters in the text of the Hebrew Bible and grounds thence derived for a revision of its authorized English version /

Errata slip inserted.

Œuvres de Lagrange,

Mode of access: Internet.

Uber Kartenprojection. Abhandlungen von Lagrange (1779) und Gauss (1822)

Mode of access: Internet.

Interpolation and allied tables.

Mode of access: Internet.

Extrapolation, interpolation, and smoothing of stationary time series, with engineering applications.

"First published during the war as a classified report to Section D2, National Defense Research Committee."

Performance comparisons between greedy and lagrange algorithms in adaptive MIMO MC-CDMA systems

This paper describes two algorithms for adaptive power and bit allocations in a multiple input multiple output multiple-carrier code division multiple access (MIMO MC-CDMA) system. The first is the greedy algorithm, which has already been presented in the literature. The other one, which is proposed by the authors, is based on the use of the Lagrange multiplier method. The performances of the two algorithms are compared via Monte Carlo simulations. At present stage, the simulations are restricted to a single user MIMO MC-CDMA system, which is equivalent to a MIMO OFDM system. It is assumed that the system operates in a frequency selective fading environment. The transmitter has a partial knowledge of the channel whose properties are measured at the receiver. The use of the two algorithms results in similar system performances. The advantage of the Lagrange algorithm is that is much faster than the greedy algorithm. ©2005 IEEE