University of Michigan Men's Basketball Team, 1938

Back Row: mngr. Robert Bradley, Charles Pink, William Barclay, Dan Smick, Samuel Slavin, trainer Ray Roberts

Front Row: Herman Fishman, James Rea, head coach Franklin Cappon, captain John Townsend, asst. coach Bennie Oosterbaan, Leo Beebe, Edmund Thomas

UM Men's Swimming Team, 1938

Back Row: head coach Matt Mann, Williams B. Wreford, Jr. Harry A. Rieke, Jr. John Wallis Creighton, Jr. Robert F. Sauer, Jack R. Wolin, David F. Holmes, mngr. Mueller

Middle Row: John H. Haigh, Edward J. Hutchins, Thomas G. Haynie, Edward M. Kirar, Waldemar Tomski, William H. Farnsworth, Robert A. Emmett.

Front3: Adolf Ferstenfeld, Hal T. Benham, Jr. Hanley W. Staley.

1938 UM Track Team

Top Row: Fred Culver, Carl Culver, John Kutsche, Sherman Olmsted, Owen Cushing

3rd Row: Ralph Schwartzkopf, Norm Purucker, Francis Hogan, Henry Heyl, Thomas Jester, G. Wesley Allen, Stanley Kelley, st. mngr. William Bourke

2nd Row: asst. coach Ken Doherty, James Clark, Douglas Hayes, Harold Davidson, Waldo Abbott, Elmer Gedeon, William Buchanan, James Kingsley, Ross Faulkner

Front Row: Sanford Farrell, Charles Miller, Walter Stone, Frederick Martin, coach Charles Hoyt, captain William Watson*, John Townsend, William Aigler

* Steve Mason had been elected captain for 1938 but died during the Summer of 1937, Watson served in his place.

1938 University of Michigan Men's Golf Team

Back Row: st. mngr. Charles Seidenstein, Robert Palmer, William Black, coach Thomas Trueblood, coach Ray Courtright, Thomas Tussing, Lynn Riess

Front Row: Fred Schwarze, James Loar, captain Alfred Karpinski, William Barclay, William Yearnd

Financing state and city pensions : receipts, payments, and assets of pension funds of states and of cities over 100,000 population, 1938 /

Tables.

Leaflets of Philippine botany. ... v.1-10, 1906/08-1938/39.

No more published.

Otimização do controle do diagrama de radiação de radares de varredura para rastreio de foguetes usando o método GAMMC para o Caso Planar (GAMMC-P)

Launching centers are designed for scientific and commercial activities with aerospace vehicles. Rockets Tracking Systems (RTS) are part of the infrastructure of these centers and they are responsible for collecting and processing the data trajectory of vehicles. Generally, Parabolic Reflector Radars (PRRs) are used in RTS. However, it is possible to use radars with antenna arrays, or Phased Arrays (PAs), so called Phased Arrays Radars (PARs). Thus, the excitation signal of each radiating element of the array can be adjusted to perform electronic control of the radiation pattern in order to improve functionality and maintenance of the system. Therefore, in the implementation and reuse projects of PARs, modeling is subject to various combinations of excitation signals, producing a complex optimization problem due to the large number of available solutions. In this case, it is possible to use offline optimization methods, such as Genetic Algorithms (GAs), to calculate the problem solutions, which are stored for online applications. Hence, the Genetic Algorithm with Maximum-Minimum Crossover (GAMMC) optimization method was used to develop the GAMMC-P algorithm that optimizes the modeling step of radiation pattern control from planar PAs. Compared with a conventional crossover GA, the GAMMC has a different approach from the conventional one, because it performs the crossover of the fittest individuals with the least fit individuals in order to enhance the genetic diversity. Thus, the GAMMC prevents premature convergence, increases population fitness and reduces the processing time. Therefore, the GAMMC-P uses a reconfigurable algorithm with multiple objectives, different coding and genetic operator MMC. The test results show that GAMMC-P reached the proposed requirements for different operating conditions of a planar RAV.

Learning from the lagoon: Research in development in Solomon Islands

A major challenge for international agricultural research is to find ways to improve the nutrition and incomes of people left behind by the Green Revolution. To better address the needs of the most marginal and vulnerable people, the CGIAR Research Program on Aquatic Agricultural Systems (AAS) developed the research-in-development (RinD) approach. In 2012, WorldFish started to implement RinD in Solomon Islands. By building people’s capacity to analyze and address development problems, actively engaging relevant stakeholders, and linking research to these processes, RinD aims to develop an alternative approach to addressing hunger and poverty. This report describes the key principles and implementation process, and assesses the emergent outcomes of this participatory, systems-oriented and transformative research approach in Solomon Islands.

Rapport sur le fonctionnement de l'Institut Océanographique de l'Indochine pendant l'année 1937-1938

The present note deals with the functions and activities carried out by the Institute of oceanography of Indochina during 1937-1938

Rapport sur le fonctionnement de l'Institut Océanographique de l'Indochine pendant l'années 1938-1947

The present note deals with the functions and activities done by the Institute of oceanography of Indochina during 1938-1947.

El sentido simbólico en la Filosofía Hermenéutica de Ortiz-Osés

432 p.

Compendio foral de la provincia de Alava / por Ramón Ortiz de Zárate.

3. ed.