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MitreSquare
by: Pia Frauss
Update : Sat, 26 Dec 2015 19:54:23 +0800Company : Size : 52.04 KbpsVersion : 1.00 June 2010, initial releaseTrademark : If you want to use this font commercially, please visit http://www.pia-frauss.de/imp/cu.htm

Free
☆☆☆☆☆
7.3K Sales
Last updated: 26 Dec 2015

Lincoln/MITRE L/M
by: Colophoninfo and Bram van den Berg
Update : Wed, 11 Sep 2024 13:01:04 +0800Company : Size : 39.63 KbpsVersion : 1.000;PS 001.000;hotconv 1.0.88;makeotf.lib2.5.64775Trademark : In the early 1950s the US NAVY and Air Force commissioned MIT Lincoln Laboratory (Massachusetts Institute of Technology, Lexington) to begin Research & Development for what was to eventually become SAGE (Semi Automatic Ground Environment) a computer network designed for strategic, early warning air defence in retort to a new technology-enabled reality of long range attack from the sky [and weapons of mass destruction], and new forms of Super Power paranoia that would lead to the Cold War. The SAGE network capable of real-time mass data processing worked with large computers, networking equipment and radar sites to produce an image of the protected airspace over the U.S. continent.One element of the computer network was the AN/FSQ-7 Combat Direction Central, a computerised command and control system, produced by IBM military Products Division. The AN/FSQ-7 was equipped with command post digital display desks operated by a soldier, using a light gun, push buttons and voice communication to identify and track targets, and if necessary plot an intercept course to them. Work on computer display systems began almost simultaneously with the computers operational design, leading to the design of a new typography for the consoles displays*, designed to mitigate human error in reading and reporting of data displayed on the screen. Taking into account that the type system would be used in situations of pressure and stress, the MIT Lincoln Laboratory and Mitre Corporation commissioned large studies into type legibility, as well as undertaking their own legibility tests. The goal being to create a type design that would work both technically, over various display systems [Cathode Ray Tube and Dot-Matrix displays], and visually (as a whole) while creating maximum visible differentiation between individual glyphs within its alphanumeric and graphic system, therefore reducing mistakes in recognition between signs that are commonly mistaken for one another: for example I, L and 1; or, O, and 0. The outcome of the L/M type system is a programme for creating a typeface that doesnt necessarily aid legibility which is arguably a context based phenomenon but presents a solution to the problem of producing maximum letter differentiation in a given type design system which aids character recognition and acquisition. The L/M types were never developed to render continuous text but call signs (The designation of the aircraft followed by an identification number), more visual signals, or data, than lexical semantics. Yet, these call signs find their way back into civil society via air disasters reported through media, like the disappearance of MH370 or the shooting down of MH17. The resources dedicated to the research and development of the L/M typefaces alone are remarkable, for example, declassified reports reference what appears to be all published studies in legibility available up to the time. We can see what is possible, and also what is impossible, with seemingly infinite resources. For example, it is impossible to define any particular author of the font, or ascertain how many people worked on its development. its design being part of a contingent and iterative process, over what appears to take place over many years. Curiously, to this day, the original drawings of the type system remain classified in The MITRE Corporation archives. These fonts are digitisations of the alphanumerics I found in many military and research reports connected to the L/M type system. Each font is connected to a particular visual display on which the letters, digits and symbols would be rendered. Punctuation and accents have been added for convenience in use. David Bennewith, Amsterdam 2016 *Technical Images for Social Engineering* I first discovered the typeface reproduced in an article about font legibility on television screen, by Donald Shurtleff, in the January 1969 edition of The Journal of Typographic Research.

Free
☆☆☆☆☆
8.2K Sales
Last updated: 11 Sep 2024

Lincoln/MITRE L/M 5x7
by: Colophoninfo and Bram van den Berg
Update : Thu, 06 Feb 2025 11:41:32 +0800Company : Size : 61.91 KbpsVersion : 1.000;PS 001.000;hotconv 1.0.88;makeotf.lib2.5.64775Trademark : In the early 1950s the US NAVY and Air Force commissioned MIT Lincoln Laboratory (Massachusetts Institute of Technology, Lexington) to begin Research & Development for what was to eventually become SAGE (Semi Automatic Ground Environment) a computer network designed for strategic, early warning air defence in retort to a new technology-enabled reality of long range attack from the sky [and weapons of mass destruction], and new forms of Super Power paranoia that would lead to the Cold War. The SAGE network capable of real-time mass data processing worked with large computers, networking equipment and radar sites to produce an image of the protected airspace over the U.S. continent.One element of the computer network was the AN/FSQ-7 Combat Direction Central, a computerised command and control system, produced by IBM military Products Division. The AN/FSQ-7 was equipped with command post digital display desks operated by a soldier, using a light gun, push buttons and voice communication to identify and track targets, and if necessary plot an intercept course to them. Work on computer display systems began almost simultaneously with the computers operational design, leading to the design of a new typography for the consoles displays*, designed to mitigate human error in reading and reporting of data displayed on the screen. Taking into account that the type system would be used in situations of pressure and stress, the MIT Lincoln Laboratory and Mitre Corporation commissioned large studies into type legibility, as well as undertaking their own legibility tests. The goal being to create a type design that would work both technically, over various display systems [Cathode Ray Tube and Dot-Matrix displays], and visually (as a whole) while creating maximum visible differentiation between individual glyphs within its alphanumeric and graphic system, therefore reducing mistakes in recognition between signs that are commonly mistaken for one another: for example I, L and 1; or, O, and 0. The outcome of the L/M type system is a programme for creating a typeface that doesnt necessarily aid legibility which is arguably a context based phenomenon but presents a solution to the problem of producing maximum letter differentiation in a given type design system which aids character recognition and acquisition. The L/M types were never developed to render continuous text but call signs (The designation of the aircraft followed by an identification number), more visual signals, or data, than lexical semantics. Yet, these call signs find their way back into civil society via air disasters reported through media, like the disappearance of MH370 or the shooting down of MH17. The resources dedicated to the research and development of the L/M typefaces alone are remarkable, for example, declassified reports reference what appears to be all published studies in legibility available up to the time. We can see what is possible, and also what is impossible, with seemingly infinite resources. For example, it is impossible to define any particular author of the font, or ascertain how many people worked on its development. its design being part of a contingent and iterative process, over what appears to take place over many years. Curiously, to this day, the original drawings of the type system remain classified in The MITRE Corporation archives. These fonts are digitisations of the alphanumerics I found in many military and research reports connected to the L/M type system. Each font is connected to a particular visual display on which the letters, digits and symbols would be rendered. Punctuation and accents have been added for convenience in use. David Bennewith, Amsterdam 2016 *Technical Images for Social Engineering* I first discovered the typeface reproduced in an article about font legibility on television screen, by Donald Shurtleff, in the January 1969 edition of The Journal of Typographic Research.

Free
☆☆☆☆☆
4.4K Sales
Last updated: 06 Feb 2025
Lincoln/MITRE L/M 7x9
by: Colophoninfo and Bram van den Berg
Update : Sun, 15 Sep 2024 20:29:38 +0800Company : Size : 103.41 KbpsVersion : 1.000;PS 001.000;hotconv 1.0.88;makeotf.lib2.5.64775Trademark : In the early 1950s the US NAVY and Air Force commissioned MIT Lincoln Laboratory (Massachusetts Institute of Technology, Lexington) to begin Research & Development for what was to eventually become SAGE (Semi Automatic Ground Environment) a computer network designed for strategic, early warning air defence in retort to a new technology-enabled reality of long range attack from the sky [and weapons of mass destruction], and new forms of Super Power paranoia that would lead to the Cold War. The SAGE network capable of real-time mass data processing worked with large computers, networking equipment and radar sites to produce an image of the protected airspace over the U.S. continent.One element of the computer network was the AN/FSQ-7 Combat Direction Central, a computerised command and control system, produced by IBM military Products Division. The AN/FSQ-7 was equipped with command post digital display desks operated by a soldier, using a light gun, push buttons and voice communication to identify and track targets, and if necessary plot an intercept course to them. Work on computer display systems began almost simultaneously with the computers operational design, leading to the design of a new typography for the consoles displays*, designed to mitigate human error in reading and reporting of data displayed on the screen. Taking into account that the type system would be used in situations of pressure and stress, the MIT Lincoln Laboratory and Mitre Corporation commissioned large studies into type legibility, as well as undertaking their own legibility tests. The goal being to create a type design that would work both technically, over various display systems [Cathode Ray Tube and Dot-Matrix displays], and visually (as a whole) while creating maximum visible differentiation between individual glyphs within its alphanumeric and graphic system, therefore reducing mistakes in recognition between signs that are commonly mistaken for one another: for example I, L and 1; or, O, and 0. The outcome of the L/M type system is a programme for creating a typeface that doesnt necessarily aid legibility which is arguably a context based phenomenon but presents a solution to the problem of producing maximum letter differentiation in a given type design system which aids character recognition and acquisition. The L/M types were never developed to render continuous text but call signs (The designation of the aircraft followed by an identification number), more visual signals, or data, than lexical semantics. Yet, these call signs find their way back into civil society via air disasters reported through media, like the disappearance of MH370 or the shooting down of MH17. The resources dedicated to the research and development of the L/M typefaces alone are remarkable, for example, declassified reports reference what appears to be all published studies in legibility available up to the time. We can see what is possible, and also what is impossible, with seemingly infinite resources. For example, it is impossible to define any particular author of the font, or ascertain how many people worked on its development. its design being part of a contingent and iterative process, over what appears to take place over many years. Curiously, to this day, the original drawings of the type system remain classified in The MITRE Corporation archives. These fonts are digitisations of the alphanumerics I found in many military and research reports connected to the L/M type system. Each font is connected to a particular visual display on which the letters, digits and symbols would be rendered. Punctuation and accents have been added for convenience in use. David Bennewith, Amsterdam 2016 *Technical Images for Social Engineering* I first discovered the typeface reproduced in an article about font legibility on television screen, by Donald Shurtleff, in the January 1969 edition of The Journal of Typographic Research.

Free
☆☆☆☆☆
8.5K Sales
Last updated: 15 Sep 2024
Lincoln/MITRE L/M Stencil
by: Colophoninfo and Bram van den Berg
Update : Thu, 13 Feb 2025 05:53:29 +0800Company : Size : 25.06 KbpsVersion : 1.000;PS 001.000;hotconv 1.0.88;makeotf.lib2.5.64775Trademark : In the early 1950s the US NAVY and Air Force commissioned MIT Lincoln Laboratory (Massachusetts Institute of Technology, Lexington) to begin Research & Development for what was to eventually become SAGE (Semi Automatic Ground Environment) a computer network designed for strategic, early warning air defence in retort to a new technology-enabled reality of long range attack from the sky [and weapons of mass destruction], and new forms of Super Power paranoia that would lead to the Cold War. The SAGE network capable of real-time mass data processing worked with large computers, networking equipment and radar sites to produce an image of the protected airspace over the U.S. continent.One element of the computer network was the AN/FSQ-7 Combat Direction Central, a computerised command and control system, produced by IBM military Products Division. The AN/FSQ-7 was equipped with command post digital display desks operated by a soldier, using a light gun, push buttons and voice communication to identify and track targets, and if necessary plot an intercept course to them. Work on computer display systems began almost simultaneously with the computers operational design, leading to the design of a new typography for the consoles displays*, designed to mitigate human error in reading and reporting of data displayed on the screen. Taking into account that the type system would be used in situations of pressure and stress, the MIT Lincoln Laboratory and Mitre Corporation commissioned large studies into type legibility, as well as undertaking their own legibility tests. The goal being to create a type design that would work both technically, over various display systems [Cathode Ray Tube and Dot-Matrix displays], and visually (as a whole) while creating maximum visible differentiation between individual glyphs within its alphanumeric and graphic system, therefore reducing mistakes in recognition between signs that are commonly mistaken for one another: for example I, L and 1; or, O, and 0. The outcome of the L/M type system is a programme for creating a typeface that doesnt necessarily aid legibility which is arguably a context based phenomenon but presents a solution to the problem of producing maximum letter differentiation in a given type design system which aids character recognition and acquisition. The L/M types were never developed to render continuous text but call signs (The designation of the aircraft followed by an identification number), more visual signals, or data, than lexical semantics. Yet, these call signs find their way back into civil society via air disasters reported through media, like the disappearance of MH370 or the shooting down of MH17. The resources dedicated to the research and development of the L/M typefaces alone are remarkable, for example, declassified reports reference what appears to be all published studies in legibility available up to the time. We can see what is possible, and also what is impossible, with seemingly infinite resources. For example, it is impossible to define any particular author of the font, or ascertain how many people worked on its development. its design being part of a contingent and iterative process, over what appears to take place over many years. Curiously, to this day, the original drawings of the type system remain classified in The MITRE Corporation archives. These fonts are digitisations of the alphanumerics I found in many military and research reports connected to the L/M type system. Each font is connected to a particular visual display on which the letters, digits and symbols would be rendered. Punctuation and accents have been added for convenience in use. David Bennewith, Amsterdam 2016 *Technical Images for Social Engineering* I first discovered the typeface reproduced in an article about font legibility on television screen, by Donald Shurtleff, in the January 1969 edition of The Journal of Typographic Research.

Free
☆☆☆☆☆
3.8K Sales
Last updated: 13 Feb 2025