Union list of serials in the libraries of metropolitan Detroit,

Mode of access: Internet.

Americanization meeting, all Maltese at Deveraux Class

On verso: Americanization Meeting, 223 1/2 Michigan Ave. Home of Frank A. Agins, May, 1920. Manning Bros. Commercial Photographers .... Lincoln Building, Corner of State and ..., Detroit, Mich.

Census tract location guide; Detroit standard metropolitan statistical area (1960 census tracts and population from the U.S. Bureau of the census)

Mode of access: Internet.

En route to maturity; a study of youth and youth agencies in the Detroit metropolitan area

Reproduced from type-written copy.

Ralph Craig, UM Track, in uniform of the Detroit YMCA Club(?)

[Trading Card published by Pan Handle Scrap Chewing Tobacco Company. loaned by Brian Williams for scanning]

Phase estimation receiver for full-field detection: a novel receiver structure for electronic dispersion compensation of metropolitan area networks

The development of ultra high speed (~20 Gsamples/s) analogue to digital converters (ADCs), and the delayed deployment of 40 Gbit/s transmission due to the economic downturn, has stimulated the investigation of digital signal processing (DSP) techniques for compensation of optical transmission impairments. In the future, DSP will offer an entire suite of tools to compensate for optical impairments and facilitate the use of advanced modulation formats. Chromatic dispersion is a very significant impairment for high speed optical transmission. This thesis investigates a novel electronic method of dispersion compensation which allows for cost-effective accurate detection of the amplitude and phase of the optical field into the radio frequency domain. The first electronic dispersion compensation (EDC) schemes accessed only the amplitude information using square law detection and achieved an increase in transmission distances. This thesis presents a method by using a frequency sensitive filter to estimate the phase of the received optical field and, in conjunction with the amplitude information, the entire field can be digitised using ADCs. This allows DSP technologies to take the next step in optical communications without requiring complex coherent detection. This is of particular of interest in metropolitan area networks. The full-field receiver investigated requires only an additional asymmetrical Mach-Zehnder interferometer and balanced photodiode to achieve a 50% increase in EDC reach compared to amplitude only detection.