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multiplexer
çoklayıcı

digital multiplexer
sayısal çoğullayıcı

add-drop multiplexer
inmeli-binmeli çoğullayıcı

multiplexer quick menu usage
multiplexer hızlı menü kullanımı

asi definition with multiplexer quick menu
multiplexer hızlı menü ile asi tanımlama

how is the multiplexer definition performed?
multiplexer tanımlaması nasıl yapılır?

it is used for setting the total bit rate value of the multiplexer package.
multiplexer paketinin toplam bitrate değerini ayarlamak için kullanılır.

it is the area determining from which network device the multiplexer package will be sent.
multiplexer paketinin hangi network device üzerinden gönderileceğinin ayarlandığı alandır.

it is the area where the ip address to which the multiplexer package will sent is entered.
multiplexer paketinin gönderileceği ip adresinin girileceği alandır.

it is the area where the multiplexer service requested to be routed to the asi output is selected.
asi çıkışa yönlendirilmek istenen multiplexer servisinin seçileceği alandır.

in this section, how a multiplexer service is defined will be explained step-by-step.
bu bölümde bir multiplexer servisinin tanımlaması nasıl yapılacağı aşama aşama anlatılacaktır.

the define mpts page is accessed by clicking the “multiplexer  define mpts” button from the left menu.
sol menüden “multiplexer  define mpts” düğmesine tıklanarak define mpts sayfasına gidilir.

the multiplexer quick menu is opened by clicking the area shown with "1" in the picture x.x.
resim x.x.’de “1” ile gösterilen alana tıklanarak multiplexer quick menu açılır.

in electronics, a multiplexer (or mux) is a device that selects one of several analog or digital input signals and forwards the selected input into a single line.
elektronikte çoklayıcı (İngilizce: "multiplexer" veya "mux"), birden fazla analog veya sayısal veri kaynağından birini seçerek o kaynağı çıktı olarak tek bir kanala ileten sistem.

every system/360 (except for the model 20, which was not a standard 360) had a byte-multiplexer channel and 1 or more selector channels.
tüm 3/360'lar (standart s/360 olarak kabul edilmeyen model 20 hariç) bir çoklayıcı ve 1 veya daha fazla seçici kanala sahipti.

gene expression programming, a genotype/phenotype genetic algorithm (linear and ramified), is presented here for the first time as a new technique for the creation of computer programs. gene expression programming uses character linear chromosomes composed of genes structurally organized in a head and a tail. the chromosomes function as a genome and are subjected to modification by means of mutation, transposition, root transposition, gene transposition, gene recombination, and one and two point recombination. the chromosomes encode expression trees which are the object of selection. the creation of these separate entities (genome and expression tree) with distinct functions allows the algorithm to perform with high efficiency that greatly surpasses existing adaptive techniques. the suite of problems chosen to illustrate the power and versatility of gene expression programming includes symbolic regression, sequence induction with and without constant creation, block stacking, cellular automata rules for the density classification problem, and two problems of boolean concept learning: the 11 multiplexer and the gp rule problem.
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