Перегляд за автором "Titarenko, L. A."
Зараз показано 1 - 7 з 7
Результатів на сторінку
Варіанти сортування
Публікація Method of robust algorithm synthesis for separation signals and interference in adaptive antenna arrays(ХТУРЭ, 2001) Titarenko, L. A.Method of algorithm synthesis for adaptive spatial separation of signals (signals and interference) with partially unknown parameters is proposed. The synthesized algorithms provide the signal/(mterference+noise) ratio value at each output of the adaptive array that in a given signal-noise environment is close to the potentially accessible oneПублікація Modification of Elementary Operational Linear Chains in Compositional Control Unit with Code Sharing(ХНУРЭ, 2008) Barkalov, A. A.; Titarenko, L. A.; Miroshkin, A. N.The new design method for compositional microprogram control units with code sharing and elementarization of operational linear chains is proposed. The method targets on reduction in the number of LUT-elements in the combinational part of control unit. Some additional control microinstructions containing codes of the classes of pseudoequivalent chains are used for operational linear chains modification. Proposed method is illustrated by an example. Most desirable GSA characteristics for using proposed method were obtained.Публікація Optimization of Control Unit with Code Sharing(ХНУРЭ, 2009) Barkalov, A. A.; Titarenko, L. A.; Miroshkin, A. N.The new design method for compositional microprogram control units with code sharing is proposed. The method targets on reduction in the number of PAL macrocells in the combinational part of control unit. Some additional control microinstructions containing codes of the classes of pseudoequivalent chains are used for operational linear chains modification. Proposed method is illustrated by an example. Various graph-scheme of algorithm (GSA) research results are illustrated with the diagrams. Most desirable GSA characteristics for using proposed method were obtained.Публікація Reduction of Hardware Amount for Control Unit with Address Transformer(ХНУРЭ, 2009) Barkalov, A. A.; Titarenko, L. A.; Lavrik, A. S.The method of hardware reduction is proposed oriented on control units and CPLD chips. The method is based on a wide fan-in of PAL macrocells allowing using more than one source of microinstruction address. The method of logical condition replacement is used for optimization of microinstruction addressing block. An example of proposed method application is given.Публікація SC-based control architectures for EMC(ХНУРЕ, 2023) Titarenko, L. A.; Barkalov, A. A.Two new architectures are discussed which targets at implementing LUT-based circuits of control units. Each of them leads to different circuit of Mealy finite state machine. Depending on characteristics of an FSM, one of these approaches provides minimum LUT count. The methods target FSM providing control for electromagnetic compatibility of radiotechnical devices.Публікація Synthesis of Moore FSM with expanded of coding space for telecommunication systems(Проблеми телекомунікацій, 2011) Barkalov, A. A.; Titarenko, L. A.; Hebda, O. P.The proposed method is targeted on reduction of hardware amount in logic circuit of Moore finite-state machine implemented with customized matrices. The method is based on using more than minimal amount of variables in codes of FSM internal states.Публікація Three approaches for orgaization of control units for EMC(ХНУРЕ, 2021) Titarenko, L. A.; Barkalov, A. A.Three new approaches are analysed targeting at implementing FPGA-based circuits of control units. Each of them leads to a unique architecture of a control unit. Depending on characteristics of a control unit, one of these approaches provides minimum hardware consumption. The methods target control blocks for electromagnetic compatibility of radiotechnical devices