Publications of the Mississippi Historical Society.

Mode of access: Internet.

Publications.

Mode of access: Internet.

Publications of the Astronomical laboratory at Groningen.

No. 2-3 and 15-16 issued together.

Mémoires et publications de la Société des sciences, des arts et des lettres du Hainaut.

Vols. for 1839-1909 issued in six series of 10 no. each; vols. for 1902- called v. 54-

Agricultural economics staff paper series.

"Due to increases in reproduction and shipping costs paper copies of the Staff Paper Series are no longer distributed. AAE Staff Papers, along with other departmental publications, are available on the Dept.'s website at http://www.aae.wisc.edu/pubs/sps/. Staff papers are also available on-line through AgEcon Search at: http://agecon.lib.umn.edu"--info taken from letter from Taylor-Hibbard Library on 6/13/2003.

Octavo publications /

Title from cover.

The decennial publications.

Each issue has also a distinctive title.

Publications.

Ser. 2, v. 3-4 have series title and numbering only on cover.

University of Washington publications.

Issues for Feb. 1928- have title: University of Washington publications in language and literature.

Topographical study in Rome in 1581. A series of views with a fragmentary text

Introduction includes a catalogue of archaeological sketch-books which include views of Rome (p. 7-16)

Impact of reduced complexity inverse Volterra series transfer function-based nonlinear equalizer in coherent OFDM systems for next-generation core networks

A modern electronic nonlinearity equalizer (NLE) based on inverse Volterra series transfer function (IVSTF) with reduced complexity is applied on coherent optical orthogonal frequency-division multiplexing (CO-OFDM) signals for next-generation long- and ultra-long-haul applications. The OFDM inter-subcarrier crosstalk effects are explored thoroughly using the IVSTF-NLE and compared with the case of linear equalization (LE) for transmission distances of up to 7000 km. © 2013 IEEE.

Fibonacci Series, Golden Proportions, and the Human Biology

Pythagoras, Plato and Euclid’s paved the way for Classical Geometry. The idea of shapes that can be mathematically defined by equations led to the creation of great structures of modern and ancient civilizations, and milestones in mathematics and science. However, classical geometry fails to explain the complexity of non-linear shapes replete in nature such as the curvature of a flower or the wings of a Butterfly. Such non-linearity can be explained by fractal geometry which creates shapes that emulate those found in nature with remarkable accuracy. Such phenomenon begs the question of architectural origin for biological existence within the universe. While the concept of a unifying equation of life has yet to be discovered, the Fibonacci sequence may establish an origin for such a development. The observation of the Fibonacci sequence is existent in almost all aspects of life ranging from the leaves of a fern tree, architecture, and even paintings, makes it highly unlikely to be a stochastic phenomenon. Despite its wide-spread occurrence and existence, the Fibonacci series and the Rule of Golden Proportions has not been widely documented in the human body. This paper serves to review the observed documentation of the Fibonacci sequence in the human body.