[ Padas] : manuscript, 1900?

Collection of religious poems.

1992 census of manufactures.

Mode of access: Internet.

Come and dine : a collection of valuable receipts and useful information /

Advertisement for Fred. Lundberg Florist on p. [1] at end.

1987 census of manufactures.

Mode of access: Internet.

The problem of seam strength and thread durability.

Mode of access: Internet.

Clothing construction ...

Mode of access: Internet.

Uniform cost system for apparel manufacturers,

Mode of access: Internet.

Textiles and clothing, by Kate Heintz Watson.

Test question after each part.

Organizational maintenance repair parts and special tools lists : textile repair shop, trailer mounted (York Astro model D8700477, FSN 3530-819-2008; Army model SPV 35) (York Astro model D8700540, FSN 3530-900-8352) ... clothing repair shop, trailer mounted (York Astro model D8700337, FSN 3530-819-2007, Army model SPV 34) ....

Includes index.

Direct and general support maintenance repair parts and special tools lists : textile repair shop, trailer mounted (York Astro model D8700477, FSN 3530-819-2008; Army model SPV 35) ... clothing repair shop, trailer mounted ... (York Astro model D8700680, FSN 3530-999-8577).

Includes index.

Operator's manual : textile repair shop, trailer-mounted, York Astro model D8700477, Army model SPV 35 (FSN 3530-819-2008) and clothing repair shop, trailer-mounted, York Astro model D8700337, Army model SPV 34 (FSN 3530-819-2007).

Shipping list no.: 91-120-P.

Organizational and maintenance manual : textile repair shop, trailer-mounted, York Astro model D8700477, Army model SPV 35 (FSN 3530-819-2008) and clothing repair shop, trailer-mounted, York Astro model D8700337, Army model SPV 34 (FSN 3530-819-2007).

"June 1966."

al-Asmāʼ al-ḥusná mustakhrajah min al-Qurʼān al-ʻaẓīm wa-Kitāb al-Ṭibb al-nabawī, [15th century?].

A work on prophetic medicine (or the Prophet's medicine) by al-Maqdisī (d.1245) preceded by a short treatise of uncertain authorship on the beautiful names of God.

Data visualization during the early stages of drug discovery

Multidimensional compound optimization is a new paradigm in the drug discovery process, yielding efficiencies during early stages and reducing attrition in the later stages of drug development. The success of this strategy relies heavily on understanding this multidimensional data and extracting useful information from it. This paper demonstrates how principled visualization algorithms can be used to understand and explore a large data set created in the early stages of drug discovery. The experiments presented are performed on a real-world data set comprising biological activity data and some whole-molecular physicochemical properties. Data visualization is a popular way of presenting complex data in a simpler form. We have applied powerful principled visualization methods, such as generative topographic mapping (GTM) and hierarchical GTM (HGTM), to help the domain experts (screening scientists, chemists, biologists, etc.) understand and draw meaningful decisions. We also benchmark these principled methods against relatively better known visualization approaches, principal component analysis (PCA), Sammon's mapping, and self-organizing maps (SOMs), to demonstrate their enhanced power to help the user visualize the large multidimensional data sets one has to deal with during the early stages of the drug discovery process. The results reported clearly show that the GTM and HGTM algorithms allow the user to cluster active compounds for different targets and understand them better than the benchmarks. An interactive software tool supporting these visualization algorithms was provided to the domain experts. The tool facilitates the domain experts by exploration of the projection obtained from the visualization algorithms providing facilities such as parallel coordinate plots, magnification factors, directional curvatures, and integration with industry standard software. © 2006 American Chemical Society.

A common rule for integration and suppression of luminance contrast across eyes, space, time, and pattern

Visual perception begins by dissecting the retinal image into millions of small patches for local analyses by local receptive fields. However, image structures extend well beyond these receptive fields and so further processes must be involved in sewing the image fragments back together to derive representations of higher order (more global) structures. To investigate the integration process, we also need to understand the opposite process of suppression. To investigate both processes together, we measured triplets of dipper functions for targets and pedestals involving interdigitated stimulus pairs (A, B). Previous work has shown that summation and suppression operate over the full contrast range for the domains of ocularity and space. Here, we extend that work to include orientation and time domains. Temporal stimuli were 15-Hz counter-phase sine-wave gratings, where A and B were the positive and negative phases of the oscillation, respectively. For orientation, we used orthogonally oriented contrast patches (A, B) whose sum was an isotropic difference of Gaussians. Results from all four domains could be understood within a common framework in which summation operates separately within the numerator and denominator of a contrast gain control equation. This simple arrangement of summation and counter-suppression achieves integration of various stimulus attributes without distorting the underlying contrast code.