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Transducer Systems and Their Applications
Lupták, Filip ; Krčmář, Radim (referee) ; Meduna, Alexandr (advisor)
This thesis defines a new formal model „transducer system." Transducer system is composed of a number of finite transducers, which cooperate. The thesis examines expressive power of this formal model and shows that transducer system is more powerful than isolated finite transducer. This model is then used to design a parser of arithmetic expressions, which translates them to postfix notation.
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Transducer Systems and Their Applications
Boros, Adrián ; Dvořák, Tomáš (referee) ; Meduna, Alexandr (advisor)
This thesis introduces a new variant of translation devices. We propose a new formal model based on the interconnection of several cooperating pushdown transducers. This new model is called transducer system. The principle of operation of these systems is similar to the cooperating distributed (CD) grammar systems, enabling a cooperation of several grammar over a common sentential form. Furthermore, the thesis deals with the computational power of this formal model. The main result is an application that converts arithmetic expressions from infix to postfix notation.
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Transducer Systems and Their Applications
Boros, Adrián ; Dvořák, Tomáš (referee) ; Meduna, Alexandr (advisor)
This thesis introduces a new variant of translation devices. We propose a new formal model based on the interconnection of several cooperating pushdown transducers. This new model is called transducer system. The principle of operation of these systems is similar to the cooperating distributed (CD) grammar systems, enabling a cooperation of several grammar over a common sentential form. Furthermore, the thesis deals with the computational power of this formal model. The main result is an application that converts arithmetic expressions from infix to postfix notation.
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Transducer Systems and Their Applications
Lupták, Filip ; Krčmář, Radim (referee) ; Meduna, Alexandr (advisor)
This thesis defines a new formal model „transducer system." Transducer system is composed of a number of finite transducers, which cooperate. The thesis examines expressive power of this formal model and shows that transducer system is more powerful than isolated finite transducer. This model is then used to design a parser of arithmetic expressions, which translates them to postfix notation.
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