26.12.2012
biyoenformatik.wordpress.com
Biyoenformatik ile alaklı yazılarım için yeni blog oluşturdum. Yazılarımı bu adresten takip edebilirsiniz.
http://biyoenformatik.wordpress.com/
21.10.2012
http://www.hizzmet.com/- Yenilikçilik budur :)
Sanmayın e-ticaret sadece sanal dükkan açıp ürün satmaktır. Hizmeti internetten satmakta e-ticaretin alasıdır.
Sanmayın sadece tedarikçi ile alıcıyı buluşturmak e-ticaret köprüsü kurmaktır. Hizmet alanı ve sağlayanı internette buluşturmuk bunun daha güzelidir.
İşte bunun bir örneği : http://www.hizzmet.com/
ben bu yenişilkçi düşünceye-girişimciliğe şapka çıkartırım. Düşünenleri tebrik ediyorum.
Bu vesile ile sevgili genç arkadaşlar, öğrencilerim; ufkuzunu daraltmayın, geniş düşünün. Hayal edin ve başarın. Sizin neyiniz eksik.
Sanmayın sadece tedarikçi ile alıcıyı buluşturmak e-ticaret köprüsü kurmaktır. Hizmet alanı ve sağlayanı internette buluşturmuk bunun daha güzelidir.
İşte bunun bir örneği : http://www.hizzmet.com/
ben bu yenişilkçi düşünceye-girişimciliğe şapka çıkartırım. Düşünenleri tebrik ediyorum.
Bu vesile ile sevgili genç arkadaşlar, öğrencilerim; ufkuzunu daraltmayın, geniş düşünün. Hayal edin ve başarın. Sizin neyiniz eksik.
16.10.2012
14.09.2012
Online Learning- Online Bioinformatics / Computational Biology
Ten Simple Rules for Online Learning
David B. Searls
The success of online courseware such as that offered by the Massachusetts Institute of Technology (MIT) (http://ocw.mit.edu) and now by many other institutions, together with a plethora of recent announcements of major new initiatives in this arena such as Coursera (https://www.coursera.org), Udacity (http://www.udacity.com), and the Harvard-MIT partnership edX (http://www.edxonline.org), have made it clear that online learning has reached a tipping point. Many signs point to the possibility in the near future of getting a quality, university-level education at a distance, and for free. As exciting as this prospect may be, it behooves online students to follow a few simple rules for getting the most out of the experience, while being realistic in their expectations, as outlined below.
An Online Bioinformatics Curriculum
David B. Searls
Online learning initiatives over the past decade have become increasingly comprehensive in their selection of courses and sophisticated in their presentation, culminating in the recent announcement of a number of consortium and startup activities that promise to make a university education on the internet, free of charge, a real possibility. At this pivotal moment it is appropriate to explore the potential for obtaining comprehensive bioinformatics training with currently existing free video resources. This article presents such a bioinformatics curriculum in the form of a virtual course catalog, together with editorial commentary, and an assessment of strengths, weaknesses, and likely future directions for open online learning in this field.
Developing an online programme in computational biology
Heather M Vincent and Christopher Page
Much has been written about the need for continuing education and training to enable life scientists and computer scientists to manage and exploit the different types of biological data now becoming available. Here we describe the development of an online programme that combines short training courses, so that those who require an educational programme can progress to complete a formal qualification. Although this flexible approach fits the needs of course participants, it does not fit easily within the organizational structures of a campus-based university.
David B. Searls
The success of online courseware such as that offered by the Massachusetts Institute of Technology (MIT) (http://ocw.mit.edu) and now by many other institutions, together with a plethora of recent announcements of major new initiatives in this arena such as Coursera (https://www.coursera.org), Udacity (http://www.udacity.com), and the Harvard-MIT partnership edX (http://www.edxonline.org), have made it clear that online learning has reached a tipping point. Many signs point to the possibility in the near future of getting a quality, university-level education at a distance, and for free. As exciting as this prospect may be, it behooves online students to follow a few simple rules for getting the most out of the experience, while being realistic in their expectations, as outlined below.
- Rule 1: Make a Plan
- Rule 2: Be Selective
- Rule 3: Organize Your...
- Rule 4: Do the Readings
- Rule 5: Do the Exercises
- Rule 6: Do the...
- Rule 7: Exploit the...
- Rule 8: Reach Out
- Rule 9: Document Your...
- Rule 10: Be Realistic
An Online Bioinformatics Curriculum
David B. Searls
Online learning initiatives over the past decade have become increasingly comprehensive in their selection of courses and sophisticated in their presentation, culminating in the recent announcement of a number of consortium and startup activities that promise to make a university education on the internet, free of charge, a real possibility. At this pivotal moment it is appropriate to explore the potential for obtaining comprehensive bioinformatics training with currently existing free video resources. This article presents such a bioinformatics curriculum in the form of a virtual course catalog, together with editorial commentary, and an assessment of strengths, weaknesses, and likely future directions for open online learning in this field.
Developing an online programme in computational biology
Heather M Vincent and Christopher Page
Much has been written about the need for continuing education and training to enable life scientists and computer scientists to manage and exploit the different types of biological data now becoming available. Here we describe the development of an online programme that combines short training courses, so that those who require an educational programme can progress to complete a formal qualification. Although this flexible approach fits the needs of course participants, it does not fit easily within the organizational structures of a campus-based university.
10.08.2012
8.05.2012
çalışılan dizinin herhangi bir üst dizininin yolunu bulmak-MATLAB
mypwd=pwd; % çalışılan dizin
arananPath=mypwd(1:regexp(pwd, 'arananUstDizin','end'));
cd(aranPath) % aranan dizine gider
dc(cd(aranPath)) % aranan dizine gider ve döner
5.05.2012
döngüsüz sıklık analizi -Frequency, number of occurrence without loop- MATLAB
[n xout]=histc(x,unique(x))
Matris içindeki arama sonuçlarının x,y koordinatları
D matris, değeri 0 olan hücrelerin koordinatları:
[x y] = ind2sub(size(D),find(D==0))
[x y] = ind2sub(size(D),find(D==0))
3.02.2012
Do-While döngüsü- Matlab
Matlabda do-while döngüsü yok :)
yapmanın bir yolu ise şu: while döngüsünü başlatacak, ilk değeri true olan bir değişken tanımlanır. döngünün içinde bu değişken false yapılır. While 2. döngüde artık sadece şarta göre hareket eder.
güzel çözüm :D
first=true;
while(first || condition)
first=false;
% code
end
burda da baya bi tartışılmış http://www.mathworks.de/matlabcentral/newsreader/view_thread/169295
yapmanın bir yolu ise şu: while döngüsünü başlatacak, ilk değeri true olan bir değişken tanımlanır. döngünün içinde bu değişken false yapılır. While 2. döngüde artık sadece şarta göre hareket eder.
güzel çözüm :D
first=true;
while(first || condition)
first=false;
% code
end
burda da baya bi tartışılmış http://www.mathworks.de/matlabcentral/newsreader/view_thread/169295
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