"5"^^ . "NY" . . . "New Sparse Matrix Ordering Techniques for Computer Simulation Of Electronics Circuits" . "3rd European Conference of Circuit Technology and Devices" . "21230" . . "\u010Cern\u00FD, David" . . . "154105" . . "Engineers and technicians rely on many computer tools, which help them in the development of new devices. Especially in the electronic circuit design, there is required advantageous and complex equipment. This paper makes a brief introduction to the basic problematic of electronic circuit's simulation. It proposes the key principles for developing modern simulators and possible further steps in computer simulation and circuit design. Main part of the article presents a novel sparse matrix ordering techniques specially developed for solving LU factorization. LU factorization is critical part of any electronic circuit simulation. This paper also presents complete description of backward and forward conversion of the new sparse matrix ordering techniques. The comparison of performance of standard matrix storages and novel sparse matrix ordering techniques is summarized at the end of this article."@en . "978-1-61804-138-8" . "Computer simulation; SPICE; Sparse Matrix Ordering Techniques; LU factorization"@en . . "Dobe\u0161, Josef" . "Paris" . . . "New Sparse Matrix Ordering Techniques for Computer Simulation Of Electronics Circuits"@en . . "RIV/68407700:21230/12:00198163" . "RIV/68407700:21230/12:00198163!RIV13-MSM-21230___" . . . "2012-12-02+01:00"^^ . "New Sparse Matrix Ordering Techniques for Computer Simulation Of Electronics Circuits" . . "2"^^ . . "North Atlantic University Union" . . "Engineers and technicians rely on many computer tools, which help them in the development of new devices. Especially in the electronic circuit design, there is required advantageous and complex equipment. This paper makes a brief introduction to the basic problematic of electronic circuit's simulation. It proposes the key principles for developing modern simulators and possible further steps in computer simulation and circuit design. Main part of the article presents a novel sparse matrix ordering techniques specially developed for solving LU factorization. LU factorization is critical part of any electronic circuit simulation. This paper also presents complete description of backward and forward conversion of the new sparse matrix ordering techniques. The comparison of performance of standard matrix storages and novel sparse matrix ordering techniques is summarized at the end of this article." . "P(GAP102/10/1665), S" . . "2"^^ . "[F321BA4CD639]" . . . "New Sparse Matrix Ordering Techniques for Computer Simulation Of Electronics Circuits"@en . . .