Implementation of IP-based Serverless Public Broadcasting Stations and Systems and Multiple Public Broadcasting Stations (Department Request No. 1583-2017)

摘要

The following code can be used to include the model in your website: included in your website; included in your website; included in your website; included in your website; included in your website; included in your website; included in your website; included in your website; included in your website; included in your website; included in your website; included in your website; included in your website. R provides each other so that all SPP stations in the system can maintain their own configuration during operation; OACUTE; N, AS AMP; IACUTE;For example, Negotiati AMP; OACUTE; N Maestros, M AMP; UACUTE; TIPLES and RECACI AMP; OACUTE; N (Fail-Over) Maestros. Several SPP stations are connected via Ethernet or TRAV AMP cable; EACUTE; S is connected to the network from WiFi, so there is no need for expensive and tedious cable or inter-station link configuration. SPP stations are ENV AMP; IACUTE; parcels between S AMP; IACUTE; A Trav AMP; EACUTE; S de Tecog AMP; IACUTE; A de Multidistrisi AMP; OACUTE; N, no IP-PBX switchboard or other types of servers (e.g.A SIP server connected between control stations. Under the mutual supply mode, SPP stations operate with CI AMP, OACUTE, N, DEM AMP, AACUTE, S and SPP stations, which have become part of the network and are obtained from TRAV AMP, EACUTE and S command channels. System settings are CI AMP; OACUTE; N designated by Estaci AMP; OACUTE; N SPP as PACI AMP; OACUTE; N Maestra. Multiple SPP stations can negotiate between S AMP and IACUTE in order to designate a new station and AMP, OACUTE, N LT and/or P GT.