Fenestrae

Fenestrae (singular: fenestra) are small pores in epithelial cells to allow for rapid exchange of molecules between blood vessels and surrounding tissue. These pores can enlarge and contract at the action of various stimuli such as noradrenaline.

In anatomy, the term is used to refer to natural (as opposed to traumatic) openings in the skull or other bones.
Fenestrae is the Latin plural for windows.


See also

  • Temporal fenestra

Robotic book scanner

A robotic book scanner is a machine which is used to scan books for upload to digital archives such as Project Gutenberg. The robotic scanners consist of three parts: a robot to turn the pages; a cradle, or table, to hold the book; and a camera. The camera or the imaging sensor captures an image of each page, as the robot turns the pages of the book. During the process, the book remains intact.

Robotic book scanners are used by many digital library projects, including Google Book Search.


External links

  • Robotic Book Scanning at Stanford
  • Home made scanner, using LEGO by MURANUSHI Takayuki
  • BookDrive and BookDrive DIY using a Canon DSLR

Milestone (Project management)

Within the framework of project management a Milestone is a terminal element that marks the completion of a work package or phase, typically marked by a high level event such as completion, endorsement or signing of a deliverable, document or a high level review meeting. Typically a milestone is associated with some sort of decision that outlines the future of a project.

Members of the Australian House of Representatives

Following are lists of members of the Australian House of Representatives:

  • Members of the Australian House of Representatives, 1901-1903
  • Members of the Australian House of Representatives, 1903-1906
  • Members of the Australian House of Representatives, 1906-1910
  • Members of the Australian House of Representatives, 1910-1913
  • Members of the Australian House of Representatives, 1913-1914
  • Members of the Australian House of Representatives, 1914-1917
  • Members of the Australian House of Representatives, 1917-1919
  • Members of the Australian House of Representatives, 1919-1922
  • Members of the Australian House of Representatives, 1922-1925
  • Members of the Australian House of Representatives, 1925-1928
  • Members of the Australian House of Representatives, 1928-1929
  • Members of the Australian House of Representatives, 1929-1931
  • Members of the Australian House of Representatives, 1931-1934
  • Members of the Australian House of Representatives, 1934-1937
  • Members of the Australian House of Representatives, 1937-1940
  • Members of the Australian House of Representatives, 1940-1943
  • Members of the Australian House of Representatives, 1943-1946
  • Members of the Australian House of Representatives, 1946-1949
  • Members of the Australian House of Representatives, 1949-1951
  • Members of the Australian House of Representatives, 1951-1954
  • Members of the Australian House of Representatives, 1954-1955
  • Members of the Australian House of Representatives, 1955-1958
  • Members of the Australian House of Representatives, 1958-1961
  • Members of the Australian House of Representatives, 1961-1963
  • Members of the Australian House of Representatives, 1963-1966
  • Members of the Australian House of Representatives, 1966-1969
  • Members of the Australian House of Representatives, 1969-1972
  • Members of the Australian House of Representatives, 1972-1974
  • Members of the Australian House of Representatives, 1974-1975
  • Members of the Australian House of Representatives, 1975-1977
  • Members of the Australian House of Representatives, 1977-1980
  • Members of the Australian House of Representatives, 1980-1983
  • Members of the Australian House of Representatives, 1983-1984
  • Members of the Australian House of Representatives, 1984-1987
  • Members of the Australian House of Representatives, 1987-1990
  • Members of the Australian House of Representatives, 1990-1993
  • Members of the Australian House of Representatives, 1993-1996
  • Members of the Australian House of Representatives, 1996-1998
  • Members of the Australian House of Representatives, 1998-2001
  • Members of the Australian House of Representatives, 2001-2004
  • Members of the Australian House of Representatives, 2004-2007


See also

  • List of Australian federal by-elections

List of computer systems from Croatia

This is the list of computer systems from Croatia. See History of computer hardware in Croatia for more information.

Picture Type Model Manufacturer Year Notes
School Galeb PEL Varaždin 1984
School Orao PEL Varaždin 1984 Successor to Galeb
Home Ivel Ultra Ivasim Apple II compatible. Also known as “Impuls 9020″
Home Ivel Z3 Ivasim Apple IIe compatible


See also

  • History of computer hardware in Croatia
  • List of computer systems from SFRY
  • History of computer hardware in the SFRY

Musi

Musi may refer to:

  • Musi River (Indonesia)
  • Musi River, India

It may also refer to:

  • Angelo Musi, an American basketball player

Standard Insurance Center

The Standard Insurance Center (Originally the Georgia-Pacific Building) is a 27 story office building in Portland, Oregon. It currently serves as part of the headquarters of The Standard (the brand name under which Standard Insurance Company and other subsidiaries of StanCorp Financial Group, Inc., do business).

The building was commissioned by Georgia-Pacific and designed by the firm of Skidmore, Owings, and Merrill (SOM). At the time of construction, it was the tallest reinforced concrete building in the world. The Georgia-Pacific Building was completed in 1971.

When Georgia-Pacific left Portland, the Standard Insurance Company purchased the building, as it needed some more breathing room. It then renamed the building Standard Insurance Center, and removed all GP signage.

One of the most infamous pieces of public artwork in Portland sits prominently on the granite plaza in front of the Standard Insurance Center. Count Alexander Von Svoboda’s The Quest features a fountain with nude figures intertwined in a sort of a “swim”. However, some Portlanders over the years have drawn their own conclusions as to what the figures are doing and nicknamed the work “Three Groins in a Fountain“, “The Grope“, “The Quest for the Breast“, or “Family Night at the YMCA“.


See also

  • Architecture in Portland, Oregon


External links

  • Standard Insurance Center (Emporis)

ISIS

This article is about the scanning technology. For other meanings see Isis (disambiguation).

ISIS (Image and Scanner Interface Specification) is an industry standard interface for image scanning technologies, developed by Pixel Translations in 1990 (today: EMC captiva).

ISIS is an open standard for scanner control and a complete image-processing framework. Now supported by a large number of application and scanner vendors, and rapidly becoming a de facto industry standard, ISIS allows application developers to build very complex image capture systems quickly and reliably using any ISIS certified driver.

ISIS is modular: it allows applications to control a scanner directly, or to use built-in routines to handle most situations automatically.

ISIS is flexible: using a message-based interface with tags, it can grow in a straightforward and compatible way. This means that features, operations, and formats not yet in existence can be added as desired without waiting for a new version of the specification.

Finally, ISIS is a complete specification: it addresses all of the issues that an application using a scanner must address. This includes such tasks as selecting, installing, and configuring a new scanner, setting scanner-specific parameters, scanning, reading, and writing files, and fast image scaling, rotating, displaying, and printing. ISIS drivers have also been written to preprocess data by doing operations such as converting grayscale to binary image data dynamically.

ISIS excels at running scanners at or above their rated speed. It does so by linking drivers together in a pipe so that data flows from scanner driver to compression driver, to packaging driver, to a file, viewer, or printer in a continuous stream, usually without a need to buffer more than a small portion of the entire image. Because ISIS drivers are arranged in a pipe when they are used, each driver is specialized to perform only one function. Drivers are typically small and modular, which means that ISIS allows new functionality to be introduced into an existing application with very little modification.


See also

  • TWAIN
  • Windows Image Acquisition (WIA)
  • Scanner Access Now Easy (SANE)


External links

  • Homepage of EMC captiva
  • Set of SDKs provided by EMC Captiva to get images using ISIS drivers
  • None official forum for .NET developers who want to use ISIS

Mutual Aid: A Factor of Evolution

Mutual Aid: A Factor of Evolution is a book written by Petr Kropotkin on the subject of mutual aid while he was living in exile in England. The book was first published by William Heinemann in London in October 1902. Prior to that, the individual chapters were originally published as a series of essays in the Nineteenth Century between 1890 and 1896.

Written partly as a response to Social Darwinism and in particular to Thomas H. Huxley’s own Nineteenth Century essay The Struggle for Existence, Kropotkin drew on his experiences in scientific expeditions during his time in Siberia to illustrate the phenomenon of cooperation in animal and human communities. After examining the evidence of cooperation among the animals, the “savages”, the “barbarians”, in the medieval city, and in modern times, he concludes that cooperation and mutual aid are as important in the evolution of the species as competition and mutual strife, if not more important.


Editions


See also

  • Anarchism
  • Psychological egoism
  • Mutual aid
  • Sociobiology
  • Evolutionary psychology
  • UNESCO 1950 statement, The Race Question


External links

  • Mutual Aid: A Factor of Evolution - HTML version at the Anarchy Archives

Robotic book scanner

A robotic book scanner is a machine which is used to scan books for upload to digital archives such as Project Gutenberg. The robotic scanners consist of three parts: a robot to turn the pages; a cradle, or table, to hold the book; and a camera. The camera or the imaging sensor captures an image of each page, as the robot turns the pages of the book. During the process, the book remains intact.

Robotic book scanners are used by many digital library projects, including Google Book Search.


External links

  • Robotic Book Scanning at Stanford
  • Home made scanner, using LEGO by MURANUSHI Takayuki
  • BookDrive and BookDrive DIY using a Canon DSLR

Malolactic fermentation

Malolactic conversion is a process of a change in wine where tart malic acid is converted to softer-tasting lactic acid.

It is accomplished by lactic acid bacteria (such as Oenococcus oeni), which consume malic acid to produce energy. Depending on the bacteria present, it can occur naturally. However, in commercial wine making, malolactic conversion typically is initiated by an inoculation of desirable bacteria. This prevents undesirable bacterial strains from producing off-flavors. Conversely, commercial winemakers actively prevent malolactic conversion when it is not desired, to prevent accidental initiation and maintain a tarter, more acidic profile in the finished wine.

Because it consumes the malic acid, all of which is present at the time the grapes are crushed, malolactic conversion can take place at any time during or after alcoholic fermentation. A wine undergoing malolactic conversion will be cloudy due to the presence of bacteria, and may have an uncanny smell of buttered popcorn, due to the production of diacetyl.

In winemaking malolactic conversion is generally encouraged in many red wines and some white wines, particularly those that are aged in oak. Unoaked white wines, such as German wines generally do not undergo malolactic conversion. Malolactic conversion tends to create a rounder, fuller mouthfeel in subject wines by converting malic acid into lactic acid. Malic acid tastes slightly of apples and this can be tasted in the wine, while lactic acid is richer and more buttery.

Sometimes malolactic conversion can occur unintentionally after the wine is bottled. This is almost always a fault, and the result is a slightly carbonated wine that typically tastes bad. The carbonation from this type of change should not be confused with benign carbonation, known as spritz.

SkyScan-1076

The SkyScan 1076 is a high-resolution low-dose X-ray scanner for in-vivo 3D-reconstruction with details detect ability up to 9 micrometres inside the small laboratory animals (rats, mice, etc.). It allows reconstructing non-invasively any cross section(s) through the animal body with possibilities to convert reconstructed dataset into realistic 3D-image and calculate internal morphological parameters.

This scanner keeps the sample (a small animal like a rat) stable horizontally in the bed. This way the animal can be put to sleep during the scanning process. The pictures taken are synchronized with the breathing or movement of the animal. The x-rays detector (camera) and an electronic x-rays source are rotated around the horizontal bed.

This scanner is a sample of a Cone beam scanner.

List of ship launches in 1907

The list of ship commissionings in 1907 includes a chronological list of all ships commissioned in 1907.

Country Builder Location Ship Class Notes
November 16 Blohm und Voss Santa Elena Merchant Converted as a seaplane carrier in World War I

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See also

Factor

A factor, a Latin word meaning ‘who/which acts’ may refer to:

  • Factor (agent), a person who acts for another, notably a mercantile and/or colonial agent
  • Factor (Scotland), a person or firm managing a Scottish estate
  • FACTOR, the Foundation to Assist Canadian Talent on Records
  • Factors of production, a resource used in the production of goods and services
  • An entity providing commercial finance services known as Factoring (finance)
  • Max Factor, Sr., a Polish-American businessman and cosmetician
  • Max Factor, Jr., son of the above, born Francis Factor
  • Max Factor, a cosmetics company founded by Max Factor, Sr.
  • John Factor, a Prohibition-era gangster

In science:

  • An enzyme, proteins that catalyze chemical reactions
  • Coagulation factors, substances essential for blood coagulation
  • A phenomenon presumed to affect an experiment; see design of experiments

In mathematics:

  • Factorization the decomposition of an object into a product of other objects
  • Integer factorization, the process of breaking down a composite number into smaller non-trivial divisors
  • a coefficient
  • a divisor of a particular number
  • a von Neumann algebra with a trivial center
  • In easier words: A number that you can multiply into bigger numbers.

In technology:

  • Factor (programming language), a dynamically typed concatenative programming language
  • Authentication factor, a piece of information used to verify a person’s identity for security purposes
  • Human factors, a profession that focuses on how people interact with products, tools, or procedures
  • Functionality, Application domain, Conditions, Technology, Objects and Responsibility;”, In object-oriented programming

In television:

  • The O’Reilly Factor, an American talk show hosted by Bill O’Reilly on Fox News.
  • The Krypton Factor, a British game show hosted by Gordon Burns, formally on ITV. Also had an American version.


See also

  • X Factor

Darkroom

This article is about dark rooms used in photography. For other uses, see dark room (sexuality).

A darkroom is a workspace, usually a separate area in a building or a vehicle, made dark to allow photographers to use light-sensitive materials to develop film and photographic paper to make photographic prints. Darkrooms have been in use since the late 19th century for black and white photography. Using black and white film, photographers could control every step of the photographic process.

Due to the complexity of processing colour film (see C-41 process) and printing color photographs, and to the rise, first of Polaroid technology and later digital photography, darkrooms are decreasing in popularity.


The darkroom

The darkroom does not have to be completely dark when making black and white prints. Most black and white print papers are only sensitive to blue light, or to blue and green light, so black and white darkrooms feature a specially-made red or amber coloured light, known as a safelight. It enables the photographer to work in the light so they can see what they are doing, without exposing the paper. A low-intensity orange or yellow light can also be used, but these are less common than the red safelight. Colour print paper, on the other hand, is sensitive to all parts of the visible spectrum and therefore must be kept in complete darkness until the prints are properly fixed. There is however a very dim amber safelight that can be used in colour photography, but its so dim as to be of little use. For both colour or black and white paper, a “paper-safe” — a light-proof box to safely store photographic paper not in use as opposed to the boxes and light-proof bags that the paper comes packaged in — can be used.

Another use for a darkroom is to load film in and out of cameras, development spools, or film holders, which requires complete darkness. Lacking a darkroom, a photographer can make use of a changing bag, which is a small bag with sleeved arm holes specially designed to be completely light proof and used to prepare film prior to exposure or developing.


Exposure and Development

Main article Photographic processing

The heart of most darkrooms is the enlarger, an optical apparatus similar to a slide projector that projects the image of a negative down onto a base, and finely controls the focus, amount, and duration of light. On the base, a sheet of photographic paper, typically either Resin-coated or fibre-based paper, is exposed to the enlarged image from the negative.

During exposure, values in the image can be adjusted, most often by “dodging” (reducing the amount of light to a specific area of an image by selectively blocking light to it for part or all of the exposure time) and/or “burning” (giving additional exposure to specific area of an image by exposing only it while blocking light to the rest). After exposure, the photographic printing paper, which still appears blank, is ready to be processed.

Note that some photographers who use large format (usually defined as 4×5″ and larger sized film) cameras do not necessarily need to enlarge an image, but are able to produce a same sized print by placing the negative directly on top of the paper, usually pressing it down tight with glass. This is known as a contact print.

The paper that has been exposed by enlargement or by contact exposure needs to then be processed in order to become a permanent, viewable print.

For black-and-white images, this process is comprised at a minimum of four chemical steps: (1) development of the print in a photographic developer; (2) stopping of image development by water rinse or use of special stop bath); (3) “fixing” (making the image permanent and removing its light-sensitivity) of the image in a photographic fixer; then (4) washing of the print in order to remove the processing chemicals. This is followed by drying the print. There are a variety of other, additional steps a photographer may take, such as toning.

It is possible to simulate the effects mentioned above by using image editing programs such as Adobe Photoshop or GIMP.


See also

  • Photographic plate
  • Stop bath
  • List of photographic processes
  • Photographic studio
  • Digital darkroom


External links

  • Instructions for Setting Up A Darkroom in Your Home
  • Black and white darkroom resource center
  • Darkroom safety
  • Darkroom Discussion
  • A collection of chemical recipes for the darkroom

ZS

ZS may refer to:

  • American Samoa WMO country code
  • Azzurra Air (IATA airline designator)
  • MG ZS (a car made by the MG Rover)
  • zettasiemens, an SI unit of electric conductance
  • Zombie Squad, a disaster preparedness group

Zs may refer to:

  • zettasecond, an SI unit of time
  • An avant-garde, “brutal chamber quartet” from New York, NY

zs may refer to:

  • zs, the last (forty-fourth) letter of the Hungarian alphabet, following z
  • zeptosecond, an SI unit of time

zS may refer to:

  • zeptosiemens, an SI unit of electric conductance

Tricolon

A tricolon (pl. tricola) is a sentence with three clearly defined parts (cola) of equal length, usually independent clauses.

Veni, vidi, vici

— (Julius Caesar)

“I came; I saw; I conquered.”

However, the English is not a true tricolon, for its verbs are not all the same length, as is the case in the Latin.

A tricolon that comprises parts that increase in word length is called a tricolon crescens, or an ascending tricolon, whereas a tricolon that comprises parts that decrease in word length is called a tricolon diminuens, or a descending tricolon.

DIT

DIT is a three letter abbreviation that can mean:

  • Dabbagh Information Technology - a group publishes technology and lifestyle magazines in the middle-east
  • Defining Issues Test - a quantitative test of moral reasoning by James Rest
  • Dehradun Institute of Technology, Dehradun - a premier engineering college of India
  • Delhi Institute of Technology
  • Diversified Information Technologies of Scranton, PA
  • Digital Imaging Technician
  • DigiPen Institute of Technology
  • Directory Information Tree (in implementations of LDAP and X.500)
  • Dual inheritance theory
  • Dublin Institute of Technology

dit can mean:

  • the shorter of the two symbols used in Morse code
  • a portmanteau for decimal digit
  • a French narrative poetic form of the Middle Ages most famously associated with Guillaume de Machaut (the word literally means “spoken”, i.e. a poem meant to be spoken and not sung). See Medieval French literature.
  • ‘Doctor-in-Training’
  • ‘Details in Thread’

Laser scanning at Stonehenge

The laser scanning at Stonehenge of the Bronze Age dagger and axes inscribed on the sarsens there was undertaken in 2003 by a team from Wessex Archaeology and Archaeoptics. They used 3D laser scanning technologies to analyse and record the surfaces of the megaliths at Stonehenge which contain prehistoric and post-medieval carvings. This was the first time laser scanning had been used at Stonehenge.

The Bronze Age carvings of a dagger and an axehead were first discovered by archaeologist Richard Atkinson in 1953 on stone number 53, one of the imposing sarsen trilithons. A contemporary survey in 1956 by Robert Newall revealed that the total number of axes on this stone totalled 14, all on the same face of the stone, looking inwards to the centre of the stone circle. Typologically, the axes have a Middle Bronze Age date.

The surface of stone 53 containing Bronze Age carvings was laser scanned at a resolution of 0.5mm, resulting in hundreds of thousands of individual 3D measurements known as a point cloud. These data were then processed into a meshed 3D solid model for analysis using custom software written by Archaeoptics called Demon3D.

The team pioneered some visualisation techniques to enhance the outlines of the known carvings. During this process, the faint outline of two previously unknown axes was spotted in an animation, separate from the carvings recorded by Newall. Subsequent enhancement of the data confirmed that the shapes were of flanged axes, similar in shape to those which are clearly visible, but either badly eroded, or were originally carved much shallower than their counterparts. The larger of the two carvings differs slightly from the other axes in that it has two ‘lugs’ along its shaft, and others have interpreted that it could represent either an axe, a mushroom, or a ram’s skull.

The results of these investigations were published in the November 2003 edition of British Archaeology, and the project website can be visited at http://www.stonehengelaserscan.org/ where animations and interpretations of the data may be viewed.

List of highways numbered 32

The following highways are numbered 32:


Canada

  • Alberta Highway 32
  • Manitoba Highway 32
  • Saskatchewan Highway 32


Japan

  • Route 32 (Japan)


United States

  • U.S. Route 32 (decommissioned)
  • Highway 32 (Arkansas)
  • California State Route 32
  • Route 32 (Connecticut) / Route 32 (Massachusetts) / New Hampshire Route 32
  • State Road 32 (Florida)
  • Illinois Route 32
  • State Road 32 (Indiana)
  • K-32 (Kansas highway)
  • Maine State Route 32
  • Maryland Route 32
  • M-32 (Michigan highway)
  • Minnesota State Highway 32
  • Route 32 (Missouri)
  • Route 32 (New Jersey)
  • New York State Route 32
  • North Carolina Highway 32
  • Ohio State Highway 32
  • State Highway 32 (Oklahoma)
  • Pennsylvania Route 32
  • State Highway 32 (Texas)
  • State Route 32 (Virginia)
  • West Virginia Route 32
  • Highway 32 (Wisconsin)