Heat extraction from the ANL research salt gradient solar pond /

"ILENR/AE-86/03."

History of Bunker Hill battle. With a plan. ... Much enlarged with new information derived from the surviving soldiers present at the celebration on the 17th June last, and notes.

Both works are bound in buff printed paper cover with title: "Bunker-Hill battle." On the inside of the front and back covers are printed "Fragments of works of which the author wishes the remainder."

Some account of the life and writings of John Milton, derived principally from documents in His Majesty's State-paper office, now first published.

Appendix: An inquiry into the origin of Paradise lost. (lxvii p.)

Memorabilia of the city of Perth: containing, A guide to Perth; Historical memoranda repecting Perth; charters relating to the privileges of Perth; list of the ministers, and rectors of the grammar school and academy: list of the subscribers for building the bridge, and the public seminaries; and the Rev. Alexander Duff's (late of Tibbermuir) Traditional account, in the town of Perth, of the death of John, Earl of Gowrie, and his brother, Mr. Alexander Ruthven, in 1600. Compiled from the best sources of information; chiefly from Mr Cant's notes to The muse's threnodie of Adamson.

Added t.p., engraved.

Calendar year projections of information and withholding documents for the United States and service centers, 1995-2002 /

"Catalog number 63437X"--P. [4] of cover.

Maximising the information gained from an experimental analysis of code inspection and static analysis for concurrent Java components

The results of empirical studies are limited to particular contexts, difficult to generalise and the studies themselves are expensive to perform. Despite these problems, empirical studies in software engineering can be made effective and they are important to both researchers and practitioners. The key to their effectiveness lies in the maximisation of the information that can be gained by examining existing studies, conducting power analyses for an accurate minimum sample size and benefiting from previous studies through replication. This approach was applied in a controlled experiment examining the combination of automated static analysis tools and code inspection in the context of verification and validation (V&V) of concurrent Java components. The combination of these V&V technologies was shown to be cost-effective despite the size of the study, which thus contributes to research in V&V technology evaluation.

The intelligibility of noise-vocoded speech:spectral information available from across-channel comparison of amplitude envelopes

Noise-vocoded (NV) speech is often regarded as conveying phonetic information primarily through temporal-envelope cues rather than spectral cues. However, listeners may infer the formant frequencies in the vocal-tract output—a key source of phonetic detail—from across-band differences in amplitude when speech is processed through a small number of channels. The potential utility of this spectral information was assessed for NV speech created by filtering sentences into six frequency bands, and using the amplitude envelope of each band (=30 Hz) to modulate a matched noise-band carrier (N). Bands were paired, corresponding to F1 (˜N1 + N2), F2 (˜N3 + N4) and the higher formants (F3' ˜ N5 + N6), such that the frequency contour of each formant was implied by variations in relative amplitude between bands within the corresponding pair. Three-formant analogues (F0 = 150 Hz) of the NV stimuli were synthesized using frame-by-frame reconstruction of the frequency and amplitude of each formant. These analogues were less intelligible than the NV stimuli or analogues created using contours extracted from spectrograms of the original sentences, but more intelligible than when the frequency contours were replaced with constant (mean) values. Across-band comparisons of amplitude envelopes in NV speech can provide phonetically important information about the frequency contours of the underlying formants.

A comprehensive solution to procedural knowledge acquisition using information extraction

Procedural knowledge is the knowledge required to perform certain tasks. It forms an important part of expertise, and is crucial for learning new tasks. This paper summarises existing work on procedural knowledge acquisition, and identifies two major challenges that remain to be solved in this field; namely, automating the acquisition process to tackle bottleneck in the formalization of procedural knowledge, and enabling machine understanding and manipulation of procedural knowledge. It is believed that recent advances in information extraction techniques can be applied compose a comprehensive solution to address these challenges. We identify specific tasks required to achieve the goal, and present detailed analyses of new research challenges and opportunities. It is expected that these analyses will interest researchers of various knowledge management tasks, particularly knowledge acquisition and capture.