Сбор требований, подготовка техниче

Сбор требований, подготовка технического задания, планирование.
Разработка мультимедийного интерактивного приложения в качестве ведущего разработчика, руководителя проекта.

Приложение позволяет выполнять синхронное воспроизведение нескольких видео файлов, аудио файлов, изображений, с указанием их позиций на общей матрице, на нескольких компьютерах, на различных видео выходах с возможностью их выбора.
Программное обеспечение построено на базе клиент-серверной архитектуры. Реализован обмен данными между клиентами и сервером с использованием UDP или TCP/IP протоколами.
Выводимое видеоизображение обрабатывается шейдерами HLSL и выводится на Безье поверхность с помощью DirectX.
Предусмотрено подключение видеокамеры, вывод трехмерной графики.
Поддерживается DLP технология (стереоизображения).
Реализовано направленное градиентное смешивание изображений для вывода на 2х и более проекторах.
Реализована защита HASP и поддержка подключаемого функционала / модулей ПО в зависимости от настроек ключа HASP.

Используемые технологии, языки, библиотеки: C#, DevExpress, DirectShow, DirectX9 (SlimDX), DirectX11 (SlimDX), HLSL, DirectShowLib, DotNetZipLib, ffmpeg, HASP, Lidgren, MediaInfo.

Результаты (английский) 1:

Requirements gathering, preparation of technical specifications, planning.Development of multimedia interactive application as lead developer, project manager.The application allows you to perform synchronous playback multiple video files, audio files, images, showing their positions in the overall matrix on several computers at different video outputs with the possibility of their choice. Software is built based on client-server architecture. Implements data exchange between clients and the server using UDP or TCP/IP protocols.Display video processed HLSL shaders and Béziers surface using DirectX. Provided for connecting camcorders, 3D output.Supports DLP technology (stereo).Implemented directional gradient blending images for output to 2 or more projectors.HASP protection implemented and support/functional plug-in modules depending on how your HASP.Used technologies, languages, libraries: c #, DevExpress, DirectShow, Directx (SlimDX), DirectX11 (SlimDX), HLSL, DirectShowLib, DotNetZipLib, ffmpeg, HASP, Lidgren, MediaInfo.

Результаты (английский) 2:

Gathering requirements, preparation of technical specifications, planning.
The development of multimedia interactive application as lead developer, project manager. The application allows you to perform synchronized playback of multiple video files, audio files, images, showing their positions in the overall matrix, on multiple computers, various video outputs with the possibility of their choice. The software is built on the client-server architecture. Implemented data exchange between clients and the server using UDP or TCP / IP protocols. Rendered video is processed shaders HLSL and displayed on Bezier surface using DirectX. The connection of camcorders, output of three-dimensional graphics. Supported DLP technology (stereo). Implemented direction of the gradient mixing images for output to 2 or more projectors. Implemented protection HASP and support plug functionality / modules depending on the settings key HASP. Used technologies, languages, library: C #, DevExpress, DirectShow, DirectX9 (SlimDX), DirectX11 (SlimDX), HLSL, DirectShowLib, DotNetZipLib, ffmpeg, HASP, Lidgren, MediaInfo.

Результаты (английский) 3:

Requirements Gathering, the preparation of the technical jobs, scheduling.
develop multimedia interactive application as a lead developer, project manager.

Application allows you to perform synchronous playback of multiple video files, audio files, images, with an indication of their position in the overall matrix, on multiple computers,The various video outputs with the possibility of their choice.
Software is built on a client-server architecture.Realized exchange of data between the clients and server using UDP or TCP/IP protocols.
the displayed video image is processed for shader operations while some applications allow HLSL shader and displayed on the Bezier surface using directx.
Provided for connecting the camcorder, the three-dimensional graphics.
supported by DLP technology (stereo) .
implemented aimed gradient blending images to display on the 2x and more projectors.
Implemented expansion means protection and support for plug-in functionality / modules on depending on the settings key expansion means.lord used technology, languages, libraries: C#, needed, directshow, directx9 (SlimDX), directx11 (SlimDX), HLSL, DireсtShоwLib, DоtNetZipLib, with FFMPEG codec, expansion means,Lidgren, mediainfo applications are recommended for this purpose.