Supporting Companies' R&D&I activities
Project identification number: VEKOP-2.1.1-15-2016-00012 "Low audio and video signal latency, IP-based conferencing system
touch screen interface, video image visualization, special audio services, conferences in conference rooms and the Internet"
Beneficiary undertaking: Globomax Private Limited Company
Main site of implementation: 1155 Budapest, Wysocki u. 1.
Date of implementation of the project: 01.07.2018 – 2019.12.31.
Total cost of the project is HUF 152,882,908, of which 92.487.329 HUF aid
Description of the project:
The project aims to develop an IP-based conference system. It's like
all the functions of traditional desktop conference systems.
(comment control, paver, vote, simultaneous interpretation). A
traditional features are complemented by a capacitive touch that also displays a video image
with a sensitive, colourful TFT LCD display. The display is shared or alternately displayed in the
buttons to control the device or the video image. The video image of the event
robot cameras placed in the location, a video from the Internet,
canned video, web browser image, presentation, Word or PDF, document
Means. The intended size of the display is a minimum of 7". Resolution is a minimum of 1280×800 pixels. A
two types of device, wired or equipped with a WiFi adapter. Any
would be a delegatial unit, presidential
unit or interpretation desk. The role of the central controller would be ensured by a standard PC.
In the first phase of development, the tools, software and software needed to achieve this goal
selected. In the selection process, the achievement of the
hardware (SoC) to provide optimal value for money and achieve the goals.
best-serving operating system.
In the next section, the two delegator units are
mechanical design is underway. We design the device housing, which is based on the acoustic
in accordance with our objectives, the highly directed cardioid in the speech audio track
characteristics. The final result of the work phase is the
hardware prototype. In parallel, the selected development device
software and PC control-side software. The end result of the work stage is the hardware prototype of the delegator unit.
Finally, in the last session of the work, the Haas effect is applied to implement the distributed sound 3-D effect.