VoIP
related topic: Telephony,
Acoustics |
ERLANG - VoIP white papers |
H.323 and firewalls |
H.323
protocols provides a foundation for audio, video, and data communications
across IP-based networks, including the Internet |
H.323 Recommendation ITU H.323 Recommendation |
H.323 tutorial
H.323 is a standard that specifies the components, protocols and procedures that
provide multimedia communication services—real-time audio, video, and data
communications—over packet networks, including Internet protocol (IP)–based
networks. H.323 is part of a family of ITU—T recommendations called H.32x that
provides multimedia communication services over a variety of networks |
IP
telephony basics IP telephony uses the Internet to send audio between two or
more computer users in real time |
PicoPhone
PicoPhone is a simple internet phone
application with chat |
Understanding latency in IP telephony |
Session Initiation Protocol (SIP)
SIP, the Session Initiation Protocol, is a signaling protocol for Internet
conferencing, telephony, presence, events notification and instant messaging |
Skype for calling other
people on their computers |
Skype Peer-to-Peer Internet Telephony Protocol An Analysis of the Skype
Peer-to-Peer Internet Telephony Protocol,
pdf file |
Voice over frame relay, IP and
ATM |
Voice over IP
Voice over Internet Protocol, also called VoIP, IP Telephony, Internet
telephony, and Broadband Phone) is the routing of voice conversations over the
Internet or through any other IP-based network, ... |
Voice over IP voip standards and protocols, The main focus is on H.323 and SIP
(Session Initiation Protocol), which are the signaling protocols |
Voice over IP
VoIP: the base idea is unifying voice and data onto a single network
infrastructure - by digitizing the voice signals, convert them into IP packets
and send them through an IP network together with the data information, instead
of using a separate telephony network |
Voice
over IP basics Voice over IP, Packet voice systems accept "analog" voice
signals from telephone handsets, digitize and compress the signal, placing the
resulting series of bits into a short packet, send the packet over a network and
then decode and reconstruct the signal at the remote end, The packet network may
be IP based, ATM based, Frame Relay based .... leading to a variety of "Voice
over" technologies including VoIP, VoATM, VoDSL, VoCable, VoP etc. We will use
the term VoIP to generally refer to all of these, ... |
Voice over IP in networked virtual environments to transport speech signals
in an acceptable way from sender to destination over an IP network |
Voice over IP Protocols for voice
transmission This white paper describes the protocols involved in the
transmission of voice samples through an IP based network |
Voice
over IP reference page
voip standards and protocols |
Voice over IP (VoIP) jitter, packet loss, codecs, vocoders, decoders, delay |
Voice over IP (VoIP) (click left on tutorials, scroll down)
Voice over IP allows telephone conversations to be delivered using data
networks. This is an overview of the VoIP technology, architecture, and a
discussion of the various aspects of connecting the data networks with the
public phone network |
VoIP technical papers discussing various engineering design aspects of Voice
over IP |
VoIP howto
basic lines of VoIP architecture |
Voip-info.org
covers everything related to VOIP, software, hardware, service providers,
reviews, configurations, standards, tips & tricks and everything else related to
voice over IP networks, IP telephony and Internet Telephony |
Horizontaal |
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Last updated on:
2011-01-02
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