Automated telephone systems rely on the Voice Elements Platform for operational efficiency. C# is a key language component for many Voice Elements users who utilize .Net VoIP in their Voice Elements Platform.
According to this Voice Elements page, Voice Elements is utilized by many software developers to produce applications used in telecommunications. These applications are sometimes deployed using .Net VoIP.
Voice Elements applications include order status and store locators, self-service, various types of automated dialers, and banking applications for paying bills or checking balances over the phone.
The Voice Elements Platform offers a very flexible Session Internet Protocol (SIP) stack and .Net VoIP. .Net VoIP has become a primary tool for applications that run on Windows. .Net VoIP is considered by many to be the most complete programming model for voice applications that deliver not only quality, but security as well.
Voice Elements owes its success to the development of .Net VoIP. Many that were not satisfied with VoiceXML (News - Alert) have found a better, far better match in .Net VoIP. The VoiceXML platform was intended to be a simple, easy to use application, but it did not live up to that description.
The actual maintenance and troubleshooting process surrounding VoiceXML was problematic for almost everyone. However, .Net VoIP, utilizing C# language, allowed for the development of SIP call control, VoIP call streaming, speech recognition, TDM integration, and media processing.
By using C#, users can generate applications that allow them to speak to more than one party at a given time. C# allows you to build a conference PIN for users, create a conference, add users and monitors to a conference, and record the conference for future use.
The C# programming language allows users to develop applications using less code than what might normally be required in the .Net VoIP Voice Elements Platform. C# can help build the framework for a variety of voice-driven programs. C# is actually the language used by about 70-plus percent of the voice applications in use today.
C# has helped Voice Elements develop conferencing, call routing, channel, fax, and voices classes constructed with .Net VoIP developers in mind. This gives users a server-based architecture that is also client-based and flexible.
Text-to-speech can actually be utilized now in 20-plus languages and counting. Many of these perks found in .Net VoIP were not available in VoiceXML, including beep detection and conferencing. Voice Elements, .Net VoIP and C# are combining to give developers the answer to the problems associated with VoiceXML.
Edited by Rich Steeves
›