1961: Installation of the First Industrial Robot

Industrial robotics, an automation technology relying on the two technologies of numerical control and teleoperators, started to gain widespread attendance in the 1960s. The first industrial robot was installed at General Motors in 1961. Developed by Joe Engelberger and George Devol, UNIMATE obeyed step-by-step commands stored on a magnetic drum and with its 4,000 pound arm sequenced and stacked hot pieces of die-cast metal.

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Late 1950s - Early 1960s: Second Generation Computers

An important change in the development of computers occurred in 1948 with the invention of the transistor. It replaced the large, unwieldy vacuum tube and as a result led to a shrinking in size of electronic machinery. The transistor was first applied to a computer in 1956. Combined with the advances in magnetic-core memory, the use of transistors resulted in computers that were smaller, faster, more reliable and more energy-efficient than their predecessors.

Stretch by IBM and LARC by Sperry-Rand (1959) were the first large-scale machines to take advantage of the transistor technology (and also used assembly language instead of the difficult machine language). Both developed for atomic energy laboratories could handle enormous amounts of data, but still were costly and too powerful for the business sector's needs. Therefore only two LARC's were ever installed.

Throughout the early 1960s there were a number of commercially successful computers (for example the IBM 1401) used in business, universities, and government and by 1965 most large firms routinely processed financial information by using computers. Decisive for the success of computers in business was the stored program concept and the development of sophisticated high-level programming languages like FORTRAN (Formular Translator), 1956, and COBOL (Common Business-Oriented Language), 1960, that gave them the flexibility to be cost effective and productive. The invention of second generation computers also marked the beginning of an entire branch, the software industry, and the birth of a wide range of new types of careers.

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Basics: Rights Recognized

Copyright protection generally means that certain uses of a work are lawful only if they are done with the authorization of the owner of the copyright. The most typical are the following:

- copying or reproducing a work
- performing a work in public
- making a sound recording of a work
- making a motion picture of a work
- broadcasting a work
- translating a work
- adapting a work

Under certain national laws, some of these rights, which are referred to, as "economic rights'" are not exclusive rights of authorization but in specific cases, merely rights to remuneration. Some strictly determined uses (for example quotations or the use of works by way of illustration for teaching) are completely free, that is, they require neither authorization of, nor remuneration for, the owner of the copyright. This practice is described as fair use.

In addition to economic rights, authors enjoy "moral rights" on the basis of which they have the right to claim their authorship and require that their names be indicated on the copies of the work and in connection with other uses thereof. They also have the right to oppose the mutilation or deformation of their creations.

The owner of a copyright may usually transfer his right or may license certain uses of his work. Moral rights are generally inalienable and remain with the creator even after he has transferred his economic rights, although the author may waive their exercise.

Furthermore there exist rights related to copyright that are referred to as "neighboring rights". In general there are three kinds of neighboring rights: 1) the rights of performing artists in their performances, 2) the rights of producers of phonograms in their phonograms, and 3) the rights of broadcasting organizations in their radio and television programs. Neighboring rights attempt to protect those who assist intellectual creators to communicate their message and to disseminate their works to the public at large.

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Geraldton Station

Latitude: -28.7786, Longitude: 114.6008

The Geraldton station is officially called the Australian Defence Satellite Communications Station, ADSCS. The station targets mainly the second Pacific Intelsat, 703 and the two main Indian Ocean Intelsats, at 60 and 63 degrees east. Another target is likely to be the new Intelsat positioned, in 1992, at 91.5 degrees east, between South East Asia and India. So Geraldton interception concentrates entirely on Indian Ocean and Asian satellites.

Source: Nicky Hager, Secret Power, New Zealand's role in the internatinal spy network, (Craig Potton, 1996) p.183-185

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Fort Meade

Headquarters of the US National Security Agency in Maryland.

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Bad Aibling Station

Latitude: 47.86353, Longitude: 12.00983

RSOC - Bad Aibling is a ground station for the interception of civil and military satellite communications traffic operated by the NSA. About 1000 personnel are on the staff at the Bad Aibling Regional SIGINT Operations Center in Germany, which conducts satellite communications interception activities and is also a downlink station for geostationary SIGINT satellites, like the CANYON program or the MAGNUM/ORION system. Operational responsibility of the groundstation was transfered to the ARMY Intelligence and Security Command in 1995, but there is also influence from the Air Force's 402nd Intelligence Squadron. Till the end of the cold war the main target was the Soviet Union.

for more information:

Description by FAS intelligence resource program.

http://www.fas.org/irp/facility/bad_aibling.htm

Description of the tasks of the Signals Intelligence Brigade.

http://www.fas.org/irp/doddir/army/fm34-37_97/6-chap.htm

Look at a detailed guide for military newbies at Bad Aibling.

http://www.dmdc.osd.mil/sites/owa/Installation.prc_Home?p_SID=&p_DB=P

http://www.fas.org/irp/facility/bad_aibling.h...
http://www.fas.org/irp/doddir/army/fm34-37_97...
http://www.dmdc.osd.mil/sites/owa/Installatio...
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