Iran

[kurosh]

Jo und vor allem gibt es dort die wenigsten Shah-Anhänger (komisch ?! ). Und das finde ich am aller wichtigsten. Aber lassen wir das

Jo , hast Recht.Lassen wir das.
Wir sollten uns auf die Zukunft unseres Landes einstellen .
Allein durch seine große Anzahl an jungen Menschen wird die Mullah-Diktatur aussterben.

bzgl. Afrika :
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Warum der Iran so beliebt bei den bewohnern einiger afrikanischer Staaten ist, liegt daran, daß viele in den Iranern einen großen Erzfeind des modernen Kolonialismus sehen. Und das Thema ist dort weiterhin schwer in Mode.

Vielleicht als ein gewisser Fanatiker namens Khomeini über Iran geherscht hat , aber heute geht es nur um Macht und Geld in der iranischen Politik.

EDIT:
alt aber trotzdem interessant :

http://www.urmia.com/electronics.html

TEHRAN, IRNA, JAN 31, 1999
For the first time in the world, an integrated circuit chip for analog to digital conversion, with a capability of performing 300 million samples per second has been designed in Urmia, Iran, [at Urmia Semicondutor Inc]. Current technology in A/D conversion involves 100 million samples per second operation.

The design has been performed by Dr. Khayrollah Hadidi, professor of electrical engineering at Urmia University, and has received the first prize at this year's Khawrazmi science festival, Iran. Dr. Hadidi is one of the top five experts in the world in designing A/D IC's and is currently cooperating as an advisor with the graduate program of Waseda University, Japan. [For the first time in Iran, a group of Masters and Ph.D. Japanese students will be attending Urmia University to become familiar with the work at the Microelectronics Research Center of the University, headed by Dr. Hadidi. Urmia Semicondutor, Dr. Hadidi's firm, has already signed multi-million dollar contracts with Japanese companies for delivery of IC designs.]

Previous Patents, UCLA


ANALOG CURRENT MODE ANALOG / DIGITAL CONVERTER

Participating UCLA Researcher: Khayrollah Hadidi


A new successive-approximation analog-to-digital (A/D) converter that employs a unique circuit configuration so that high conversation rate is achieved without a large chip area. The circuit is compatible with most MOS process technologies, and uses both voltage division and charge balancing to find the digital equivalent of the analog input voltage.


U.S. Patent No. 5,489,904
UCLA Case No. LA91-025-01