Add to ORKGThis paper describes a non-deterministic finite-state automaton based on DNA strands. The automaton uses massive parallel processing offered by molecular approach for com-putation and exhibits a number of advantages over traditional electronic implementations. This device is used to analyze DNA molecules, whether they are described by specified regular expression. Presented ideas are confirmed by experiment performed in a genetic engineering laboratory. K e y w o r d s: DNA computing, automata, regular expressions, molecular computin
Because of their information storing and processing capabilities, nucleic acids are interesting buil...
This thesis focuses on the design and implementation of an application involving the principles of D...
DNA computation investigates the potential of DNA as a massively parallel computing device. Research...
Abstract The development of conventional, silicon-based computers has several limitations, including...
Abstract. In this paper we introduce an autonomous DNA model for finite state automata. This model c...
The use of DNA molecules to solve hard computational problems has been demonstrated in recent studie...
. We explore the information processing capabilities and efficiency of DNA computations by giving tw...
We explore the information processing capabilities and efficiency of DNA computations by giving two ...
Abstract. The area of computational biology, is living a fast growth, fed with a revolution in DNA s...
This technical report introduces an autonomous DNA model for finite state automata. This model calle...
DNA computation investigates the potential of DNA as a massively parallel computing device. Research...
In this paper, we first summarize the research that has been completed in the field of DNA computing...
Abstract. Finite State Automata are useful for string searching problems mostly because they are fas...
This paper proposes a method for simulating Boolean circuits based on primer extension and DNA cleav...
A major challenge in nanoscience is the design of synthetic molecular devices that run autonomously ...
Because of their information storing and processing capabilities, nucleic acids are interesting buil...
This thesis focuses on the design and implementation of an application involving the principles of D...
DNA computation investigates the potential of DNA as a massively parallel computing device. Research...
Abstract The development of conventional, silicon-based computers has several limitations, including...
Abstract. In this paper we introduce an autonomous DNA model for finite state automata. This model c...
The use of DNA molecules to solve hard computational problems has been demonstrated in recent studie...
. We explore the information processing capabilities and efficiency of DNA computations by giving tw...
We explore the information processing capabilities and efficiency of DNA computations by giving two ...
Abstract. The area of computational biology, is living a fast growth, fed with a revolution in DNA s...
This technical report introduces an autonomous DNA model for finite state automata. This model calle...
DNA computation investigates the potential of DNA as a massively parallel computing device. Research...
In this paper, we first summarize the research that has been completed in the field of DNA computing...
Abstract. Finite State Automata are useful for string searching problems mostly because they are fas...
This paper proposes a method for simulating Boolean circuits based on primer extension and DNA cleav...
A major challenge in nanoscience is the design of synthetic molecular devices that run autonomously ...
Because of their information storing and processing capabilities, nucleic acids are interesting buil...
This thesis focuses on the design and implementation of an application involving the principles of D...
DNA computation investigates the potential of DNA as a massively parallel computing device. Research...