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Design of school bell automatic control system based on single-chip microcomputer
Yu Chuyue, Xia Yiwei, Du Zongqi, Liu Zhenghua
This article introduces the basic components of the school's automatic control system, and makes a
Оптимизация плотности мощности системной микросхемы в сети на кристалле
Li, Jiashen, Pan, Yun
Network on a chip
Development of IoT module with AI function using STM32 chip
Guo H., Magid E., Hsia K.H., Su K.L.
T module with STM32 chip as main controller. This module uses fuzzy analytic hierarchy process (fuzzy
Unique Degradation of Flash Memory as an Identifier of ICT Device
Vladimirov S.S., Pirmagomedov R., Kirichek R., Koucheryavy A.
to enable blocking of these devices in the network worldwide. Motivated by this challenge, we elaborate
Roundup of rickers with blades enabling to obtain industrial chips
Kravchenko, A. S., Bobrovskii, S. E.
, making it possible to receive the wood chips and formulate conclusions on the merits of the issue.
Sub-gigahertz band sensor radio network
Sherstyukov O., Ryabchenko E., Danilov E., Smolyakov A., Murtazina L.
© 2019 IEEE. Data acquisition and control radio sensor network based on a Si446x single-chip
Neurohybrid memristive cmos-integrated systems for biosensors and neuroprosthetics
Mikhaylov A., Pimashkin A., Pigareva Y., Gerasimova S., Gryaznov E., Shchanikov S., Zuev A., Talanov M., Lavrov I., Demin V., Erokhin V., Lobov S., Mukhina I., Kazantsev V., Wu H., Spagnolo B.
of neurohybrid memristive chip based on the combination of living neural networks cultivated in microfluidic
Disposable luciferase‐based microfluidic chip for rapid assay of water pollution=Disposable luciferase‐based microfluidic chip for rapid assay ofwater pollution
Денисов, Иван, Kirill, Lukyanenko, Anton, Yakimov, Igor, Kukhtevich, Elena, Esimbekova, Peter, Belobrov
In the present study, we demonstrate the use of a disposable luciferase‐based microfluidic bioassay
Технология «орган-на-чипе» в урологии
Вардикян, А.Г., Пятницкая, С.В., Солнцев, В.А., Шамсов, Б.И., Павлов, В.Н., Vardikian, Andranik G., Piatnitskaia, Svetlana V., Solntsev, Vadim A., Shamsov, Bedil I., Pavlov, Valentin N.
Organ-on-a-chip Technology in Urology
Disposable luciferase‐based microfluidic chip for rapid assay of water pollution
Ivan, Denisov, Kirill, Lukyanenko, Anton, Yakimov, Igor, Kukhtevich, Elena, Esimbekova, Белобров, Петр
In the present study, we demonstrate the use of a disposable luciferase‐based microfluidic bioassay

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