St. Lawrence River project: final report, 1942. Main report.

Accompanied by "Appendix." (38 v. illus., fold. maps, plans, tables. 27-35 x 51 cm.) Published: Massena, N.Y., 1942.

Examen de ingenios; or, The tryal of wits. Discovering the great difference of wits among men, and what sort of learning suits best with each genius.

Classified for chess: p. 196.

Report

No report published for 1895/96

Catalogue

Organized in 1871 under the name of Golden Gate Academy, name changed in 1881 to Hopkins Academy. United with the Belmont School at Belmont in 1893

Complete works.

v. 1. Drift from two shores.--v. 2. A waif of the plains.--v. 3. A ward of the Golden Gate.--v. 4. Trent's trust.--v.5. Condensed novels.--v.6 Barker's luck.--v. 7. The luck of Roaring Camp.--v. 8. Complete poetical works.--v. 9. Openings in the old trail.--v. 10. Under the redwoods.--v. 11. From sand hill to pine.--v. 12. Mr. Jack Hamlin's mediaton.--v. 13. Stories in light and shadow.--v. 14. Tales of trail and town.--v. 15. Three partners.--v. 16. Tales of the Argonauts.--v. 17. Mrs. Skagg's husbands.--v. 18. Clarence.--v. 19. The bell ringer of angel's.--v. 20. A protegee of Jack Hamlin's.--v. 21. Sally Dows.--v. 22. A first family of Tasajara.--v. 23. Colonel Starbottle's client.--v. 24. Cressy.--v. 25. A sappho of Green Springs.

Three Generations of FPGA DAQ Development for the ATLAS Pixel Detector

Thesis (Master's)--University of Washington, 2016-06

SITE 1121 - FIELD NOTES Revealing Deep Form as a Basis for Urban Landscape Design

Thesis (Master's)--University of Washington, 2016-06

The relationship between diurnal type and time duration estimation at morning and evening times of day

This study investigates whether different diurnal types (morning versus evening) differ in their estimation of time duration at different times of the day. Given that the performance of morning and evening types is typically best at their preferred times of day, and assuming different diurnal trends in subjective alertness (arousal?) for morning and evening types, and adopting the attentional gate model of time duration estimation, it was predicted that morning types would tend to underestimate and be more accurate in the morning compared to evening types where the opposite pattern was expected. Nineteen morning types, 18 evening types and 18 intermediate types were drawn from a large sample (N=1175) of undergraduates administered the Early/Late Preference Scale. Groups performed a time duration estimation task using the production method for estimating 20-s unfilled intervals at two times of day: 0800/1830. The median absolute error, median directional error and frequency of under- and overestimation were analysed using repeated-measures ANOVA. While all differences were statistically non-significant, the following trends were observed: morning types performed better than evening types; participants overestimated in the morning and underestimated in the evening; and participants were more accurate later in the day. It was concluded that the trends are inconsistent with a relationship between subjective alertness and time duration estimation but consistent with a possible relationship between time duration estimation and diurnal body temperature fluctuations. (C) 2002 Elsevier Ltd. All rights reserved.

Robustness of quantum gates in the presence of noise

We define several quantitative measures of the robustness of a quantum gate against noise. Exact analytic expressions for the robustness against depolarizing noise are obtained for all bipartite unitary quantum gates, and it is found that the controlled-NOT gate is the most robust two-qubit quantum gate, in the sense that it is the quantum gate which can tolerate the most depolarizing noise and still generate entanglement. Our results enable us to place several analytic upper bounds on the value of the threshold for quantum computation, with the best bound in the most pessimistic error model being p(th)less than or equal to0.5.