ASOS

Özet Eğitimci, bilim insanı, yazar, düşünür ve Türkiye Cumhuriyeti'nin II. Diyanet İşleri Başkanı Şerafettin Yaltkaya, Türk çağdaşlaşmasının en hassas dönemlerinde yaşamıştır. İslamcı, kültür milliyetçisi ve çağdaşlaşma yanlısı fikirleriyle dikkat çekmiştir. İki yüze yakın makale, kitap ve çevirisi olan Yaltkaya gazi Mustafa Kemal Atatürk'ün cenaze namazını kaldırmıştır. Arapça'da Türkçe'ye yaptığı tercümeler, Diyanet İşleri Başkanlığı Dönemi'nde kaleme aldığı Türkçe hutbe kitapları ve ana dilde ibadete yeşil ışık yakmasıyla dil devriminin doğrudan destekçisi olmuştur. Dil devriminin hayata geçirilmesi sırasında dönemin Milli Eğitim Bakanı Hasan Ali Yücel ile koordineli çalışmalar yapmıştır. Yaltkaya dil devriminin tabana yayılması için camilerden de faydalanmıştır. Anahtar kelimeler: Yaltkaya, diyanet, dil devrimi, Cumhuriyet. Abstract Educator, scientist, writer, thinker and the Republic of Turkey II. The Director of Religious Affairs Şerafettin Yaltkaya lives in the most sensitive periods of Turkish modernization. Islamist, cultural nationalist and pro-modernist. Two hundred articles, books and translations of Yaltkaya veteran Mustafa Kemal Atatürk's funeral prayer have been removed. The translations he made in Turkish in Arabic have been a direct supporter of the language revolution with the green light of the Turkish sermon books and the main dilde prayer books that he received in the Presidency of Religious Affairs. During the passage of the language revolution, he worked in coordination with the Minister of National Education Hasan Ali Yücel. The Yaltaqaya also benefited from the mosques to spread the language revolution.

The main problem related to FSO communication is atmospheric attenuation. To cope with such problem and maintain a dedicated connection, the transmitter power has to be adjusted continuously depending upon the weather condition of that particular time. Here we propose a design where we utilize the precipitation detection sensor and visibility sensor of ASOS. The weather conditions are detected using these sensors and some statistical data collected over time. Each condition provides some set of rules and equations which interlinks the power of receiver and transmitter. The transmitter if operated on such equation would yield the maximum efficiency. This results in power saving of the model. An automatic power device for FSO could be designed. In the below-discussed idea, we strictly restrict ourselves on atmospheric attenuation domain. Other factors like pointing Loss, Free space loss, Divergence loss are not taken into consideration. To take these issues into consideration, calculations have to be complex. While designing a real model, these factors would be taken as an important factor of attenuation too. Here Noise Equivalent Power and transmission power equation have been proposed which has visibility as a variable.