Добрый день всем!
Похоже среди подписчиков не очень много народа, занимающегося
радиофизическими темами, но все-таки спрошу: может подскажете журналы,
опубликоваться по этой теме? В первую очередь интересуют издания,
которые рассматриваются ВАКом как рецензируемые (различных
"несолидных" и тезисов конференций уже достаточно).
Сам я работаю в БГУ (Минск, Беларусь) над диссертацией "Алгоритмы распознавания
микроволновых изображений", спектр интересов - электродинамика,
обратные задачи, цифровая обработка сигналов. Если есть кто,
занимающийся похожими вещами, откликнитесь, с удовольствием обменяюсь
опытом. Я как-то уже появлялся, но тогда так никто не откликнулся,
может сейчас что поменялось...
В. Пахомову и всем.
Если интересно: предлагаю совместные работы по направлениям изложенным в тезисах
коротких:
Image Automatic Analysis and Artificial Neural Networks as a Base for Optical
Diagnostics and Sensing
Victor S. Abrukov
Chuvash State Univ., Cheboksary, 428015, Russia
abruk***@n*****.ru
New approaches and computer codes (A&CC) for automatic processing, analysis and
recognition of images were developed by us recently and presented on Electronic
Imaging 2004 as well as on 49th SPIEs Meeting. The A&CC allows to obtain various
geometrical and statistical parameters of an object image and it's parts. Additional
possibilities of the A&CC which one deal with an usage of artificial neural networks
(ANN) technologies are presented in this paper. New ways for automatic solving
of inverse problems of optics and its direct tasks by means of A&CC and artificial
neural networks (ANN) are represented. The ANN allow to solve inverse (tomography)
problems and direct problems of optics by means of incomplete data about a function
of signal distribution in a plane of the registration. When an object cannot
be visualized as a whole, it is very important. Possibilities of usage of the
only value of a function of signal distribution in a plane of the registration
in order to det
ermine a full distribution of local characteristics in an object with a cylindrical
symmetry as well as its integral characteristics are shown. These possibilities
exist not only in a case of cylindrical symmetry of objects. They exist in cases
of any kinds of symmetry of objects. In a case of homogeneous object, the ANN
allow to define a form, size and orientation of an object by means of measurement
of the only value of a function of signal distribution in a plane of the registration.
We would believe that A&CC and ANN could be used for many optical and non-optical
methods like interferometry, X-ray methods, methods of absorption spectroscopy,
etc that have a property of integral ability. The opportunities of the A&CC and
ANN are tested at an interferometric image analysis of flame.