Abstract: Access techniques and systems for virtually rendered digital content are described. In one example, a collection of items of digital content is received that involves an operation of a computing device. As part of rendering the collection, the computing device generates an object model having nodes corresponding to the items in the viewable subset. The computing device then adds an additional node to the object model as a compact representation (e.g., as text) of other items of digital content that are not rendered. As a result, the compact representation supports operations involving digital content that is not currently rendered in the user interface.

Abstract: Access techniques and systems for virtually rendered digital content are described. In one example, a collection of items of digital content is received that involves an operation of a computing device. As part of rendering the collection, the computing device generates an object model having nodes corresponding to the items in the viewable subset. The computing device then adds an additional node to the object model as a compact representation (e.g., as text) of other items of digital content that are not rendered. As a result, the compact representation supports operations involving digital content that is not currently rendered in the user interface.

Abstract: Disclosed are methods and systems for analyzing images of specimens processed by a programmable quantitative assay or more specifically a robust programmable quantitative dot assay, PDQA, that enable specimens to be imaged and assessed across a wide variety of conditions and applications. Specific embodiments directed to immunohistochemical applications provide more quantitative methods of imaging and assessing biological samples including tissue samples.

Abstract: Disclosed are methods and systems for analyzing images of specimens processed by a programmable quantitative assay or more specifically a robust programmable quantitative dot assay, PDQA, that enable specimens to be imaged and assessed across a wide variety of conditions and applications. Specific embodiments directed to immunohistochemical applications provide more quantitative methods of imaging and assessing biological samples including tissue samples.

Abstract: A shutter having predetermined requisite strength of shutter framework (1) encompassing slatted-louver apertures (31) with slat-support guides (6). The shutter framework includes structural beams to which ends of slanted slats (5) are attached rigidly. Ends of slat-support guides (6) and (7) are affixed to the bottom and top of shutter spacers (4) and preferably welded periodically to sides of the shutter framework (1).

Abstract: A colonial style pressure-vent hurricane shutter having predetermined requisite strength of shutter framework (1) encompassing slatted-louver apertures (4) with slat-support guides (7) for protection against storm-borne objects, wind and rain and venting harmful buildups and bursts of pressure from vacuums created on building from hurricane forces. The shutter framework includes structural beams to which ends of slanted slats (5) are attached rigidly. Ends of slat-support guides (7) are affixed intermediate the ends of both the inward edges of the slanted slats (6) and the outward edges of the slanted slats (21). The shutter framework (1) have hold down tabs (22) to keep the shutter framework (1) from being blown open during a storm. The shutter framework (1) has ribbed hinges (25) to at least one side of a building aperture in accordance with desired shutter style and structure which include top-hinged Bahama Shutters (8) and sides-hinged Colonial Shutters (9).