Superconducting On-chip Fourier Transform Spectrometer

The kinetic inductance effect is strongly nonlinear with applied current in NbTiN, TiN and NbN thin films. This can be utilized to realize novel devices. We present results from transmission lines made with these materials, where DC (current) control is used to modulate the phase velocity thereby enabling on-chip spectrometers. Utility of such compact spectrometers is discussed, along with their natural connection with parametric amplifiers

Voltammetric determination of the components of biospecific deoxyribonucleic acid (DNA)-DNA antibody interaction as their Pt(II) complexes

A biochemical sensor based on a stationary mercury film electrode and a cellulose nitrate film containing either DNA molecules or molecules of antibodies to DNA was developed to determine the concentration of DNA (antibodies to DNA) and to diagnose autoimmune diseases. The peak currents of catalytic hydrogen liberation upon the formation of Pt(II)-DNA (antibodies to DNA) complexes were used as the analytical signal. The detection limits were 0.075 and 10 μg/mL for antibodies and DNA, respectively. © 1998 MAEe Cyrillic signK Hayκa/Interperiodica Publishing

A New Amperometric Biosensor Based on Platinum(II) Complex with DNA for Detecting Autoantibodies to DNA

A biochemical biosensor was developed on the basis of a steady-state Hg-film electrode and either DNA molecules or antibodies to DNA immobilized in a cellulose nitrate film. This biosensor is designed to measure the concentration of DNA (or antibodies to DNA), and it can be used in the diagnosis of autoimmune diseases. Electric current of catalytic H2 evolution caused by complexing between DNA (antibodies to DNA) and Pt(II) was used as an analytical signal. The detection sensitivity threshold for DNA and antibodies to DNA was 10 and 0.075 μg/ml, respectively

Detection of DNA autoantibodies using a novel amperometric biosensor on the basis of platinum(II) complex with DNA | Opredelenie autoantitel k DNK s pomoshch'iu novogo amperometricheskogo biosensora na osnove kompleksa platiny(II) s DNK.

A biochemical biosensor was developed on the basis of a steady-state Hg-film electrode and either DNA molecules or antibodies to DNA immobilized in a cellulose nitrate film. This biosensor is designed to measure the concentration of DNA (or antibodies to DNA), and it can be used in the diagnosis of autoimmune diseases. Electric current of catalytic H2 evolution caused by complexing between DNA (antibodies to DNA) and Pt(II) was used as an analytical signal. The detection sensitivity threshold for DNA and antibodies to DNA was 10 and 0.075 microgram/ml, respectively

表紙、執筆者紹介、奥付、裏表紙

A biochemical biosensor was developed on the basis of a steady-state Hg-film electrode and either DNA molecules or antibodies to DNA immobilized in a cellulose nitrate film. This biosensor is designed to measure the concentration of DNA (or antibodies to DNA), and it can be used in the diagnosis of autoimmune diseases. Electric current of catalytic H2 evolution caused by complexing between DNA (antibodies to DNA) and Pt (II) was used as an analytical signal. The detection sensitivity threshold for DNA and antibodies to DNA was 10 and 0.075 μg/ml, respectively

A new amperometric biosensor based on platinum(II) complex with DNA for detecting autoantibodies to DNA

A biochemical biosensor was developed on the basis of a steady-state Hg-film electrode and either DNA molecules or antibodies to DNA immobilized in a cellulose nitrate film. This biosensor is designed to measure the concentration of DNA (or antibodies to DNA), and it can be used in the diagnosis of autoimmune diseases. Electric current of catalytic H2 evolution caused by complexing between DNA (antibodies to DNA) and Pt (II) was used as an analytical signal. The detection sensitivity threshold for DNA and antibodies to DNA was 10 and 0.075 μg/ml, respectively

Superconducting On-chip Fourier Transform Spectrometer

The kinetic inductance effect is strongly nonlinear with applied current in NbTiN, TiN and NbN thin films. This can be utilized to realize novel devices. We present results from transmission lines made with these materials, where DC (current) control is used to modulate the phase velocity thereby enabling on-chip spectrometers. Utility of such compact spectrometers is discussed, along with their natural connection with parametric amplifiers

Алгоритм управления перекрестком на основе V2I взаимодействия

The importance of efficient traffic management problem grows every year. Constantly increasing number of vehicles and traffic volume requires improvement of methods and algorithms of traffic control. Such improvement becomes possible due to the spreading of global navigation and positioning systems, the development of wireless communication technologies and mobile internet, the advance in specialized technologies for interaction between vehicles and road infrastructure (V2I), the enhancement of machine learning models, computer vision algorithms, the emergence of driverless cars. This paper considers the novel approach to traffic management at intersection based on the use of V2I communication, describes general scheme of such approach and differences with conventional traffic light regulation. Developed algorithm of intersection management utilizes advantages of V2I communication to increase throughput of the intersection comparing to simple traffic light regulation and more advanced adaptive methods. The increase of throughput is achieved due to the dynamic construction of regulation phases which can be done because of more complete information about traffic flow. The comparence of various methods of regulation was performed in developed traffic simulation environment based on multi-agent approach.Задача эффективной организации дорожного движения с каждым годом становится все актуальнее. Постоянный рост числа автомобилей и объема перевозок требует совершенствования методов и алгоритмов управления движением. Такое совершенствование становится возможным за счет повсеместного распространения глобальных систем навигации и позиционирования, развития технологий связи и мобильного интернета, появления специализированных технологий взаимодействия между автомобилями и дорожной инфраструктурой (V2I), повышения качества моделей машинного обучения, компьютерного зрения, появления автономных автомобилей. В работе рассматривается подход к управлению движением на перекрестке, основанный на использовании V2I взаимодействия, приводится общая схема такого подхода и отличие от обычного светофорного регулирования. Описывается алгоритм организации движения, использующий преимущества V2I взаимодействия для повышения пропускной способности перекрестка, а также проводится анализ эффективности данного алгоритма по сравнению с классическим светофорным регулированием и более совершенными адаптивными системами управления. Повышение пропускной способности достигается за счет динамического формирования тактов перекрестка на основе более полной информации о транспортном потоке. Для сравнения различных методов регулирования используется авторская среда имитационного моделирования с применением мультиагентного подхода