SERVER NODE ARRANGEMENT AND METHOD Russian patent published in 2018 - IPC H04N21/2343 H04N21/2743 

Abstract RU 2662731 C2

FIELD: electrical communication equipment.

SUBSTANCE: invention relates to a server node arrangement for receiving input data from a plurality of input devices, for example, video cameras. Server node arrangement (10), which is coupled via a communication network to plurality of sources (30) of input data, and to one or more output devices (20), is operable to receive data content from plurality of sources (30) of input data and to process the data content for supplying to at least a subset of output devices (20); to host processes (110) for converting data content into a form which is compatible to a native data rendering format of the subset of one or more output devices (20), wherein at least a subset of one or more output devices (20) is operable to render the data content simultaneously. Optionally, server node arrangement (10) is operable to implement one or more processes (110) as video surveillance system (5) and/or a video conferencing system. Preferably, server node arrangement (10) is implemented in a cloud computing environment and/or in at least one client device.

EFFECT: technical result is reduction of computing power for data content rendering devices, which data content they receive from the server node arrangement.

27 cl, 1 tbl, 4 dwg

Similar patents RU2662731C2

Title Year Author Number
METHODS, APPARATUS AND COMPUTER PROGRAMS FOR IMPROVING IMAGING DISPLAY DURING STREAMING OF TIME-SCHEDULED MULTIMEDIA DATA 2017
  • Denoual, Franck
  • Maze, Frederic
  • Taquet, Jonathan
  • Ouedraogo, Nael
  • Concolato, Cyril
  • Le Feuvre, Jean
RU2724318C1
DEVICE AND METHOD FOR VIDEO ENCODING AND DECODING 2018
  • Hannuksela Miska
  • Aminlou Alireza
RU2741507C1
COMMUNICATION WITH USE OF AT LEAST TWO DIFFERENT TYPES OF MULTIMEDIA DATA 2014
  • Kalevo Ossi
  • Karkkainen Tuomas Mikael
  • Hakkarainen Valtteri
  • Salmela Heikki
RU2642352C2
ENCODER, DECODER AND METHOD OF OPERATION USING INTERPOLATION 2014
  • Karkkainen Tuomas Mikael
  • Kalevo Ossi
RU2683614C2
METHOD AND DEVICE FOR CONTROLLED SELECTION OF POINT OF VIEW AND ORIENTATION OF AUDIOVISUAL CONTENT 2017
  • Hannuksela Miska
  • Aflaki Beni Payman
RU2728904C1
MEDIA DATA WITH MULTIPLE IMAGES 2008
  • Frejdkh Per
  • Vu Chzhuanfehj
RU2508609C2
MULTIFUNCTION SYSTEM FOR INTEGRATION AND DATA TRANSFER OF VIDEO INFORMATION SERVICES 2004
  • Zubarev Jurij Borisovich
  • Sagdullaev Jurij Sagdullaevich
  • Dzhaljabov Vladimir Jur'Evich
  • Sagdullaev Timur Jur'Evich
RU2271074C1
Interlevel prediction for scalable encoding and decoding of video information 2015
  • Hannuksela Miska Matias
RU2746934C2
ENCODING METHOD, ENCODER, PROGRAM PRODUCT AND PROGRAM APPLICATION FOR MOBILE WIRELESS COMMUNICATION DEVICE 2013
  • Kalevo Ossi
  • Karkkainen Tuomas
RU2553103C2
INTERFACES FOR APPLICATION PROGRAMMING FOR CONTENT MANAGEMENT 2014
  • Grigorovich Aleksandr V.
  • Littl Robert A.
RU2666302C2

RU 2 662 731 C2

Authors

Karkkainen Tuomas Mikael

Kalevo Ossi Mikael

Hakkarainen Valtteri

Dates

2018-07-30Published

2014-04-21Filed