Channel Signaling Systems:
Channel signaling systems are communications systems that are used for controlling, accounting for, and managing traffic during communication. Generally, signals are transmitted between controllers either over the talking route or over different data networks. One of the most commonly used paths is telecommunications networks that provide various methods of developing and bringing down circuit links like signaling. Signals can be classified into four major functions i.e. supervising, alerting, call progress tones, and addressing. Supervising function entails monitoring the status of a path or circuit to decide whether it is idle, busy, or requesting service. Alerting provides indications of incoming call whereas call progress tones notify users of the status of the call setup process. On the other hand, addressing refers to the procedure of transmitting path and purpose signals across the network like tone pulses (“Signaling Systems”, n.d.).
Channel Signaling Systems in Voice Communication:
As previously mentioned, signaling systems are generally used for transmission of signals over talking channels or over varying data networks. In voice communication, there are various types of channel signaling systems with varying characteristics, setup, advantages, and disadvantages. Some of the most common channel signaling systems in voice communication includes trunk signaling systems, addressing signals, Signaling System 7, and Integrated Services Digital Network.
Trunk signaling systems support single-frequency signaling and are the most common analog channel signaling systems. Under these systems, the voice frequency leads from a transmitting channel and connects directly to the single-frequency …
…nt human voice touch when responding to customer calls. Secondly, these systems are flexible, versatile, provide affordable voice messaging, and offer automated attendant service. Their disadvantage is that they require combination with other Panasonic voice processing systems to support digital integration.
Voice communication and processing is generally a multi-faceted process that requires appropriate systems to handle. Generally, these processes require channel signaling systems for transmission of voice frequency and voice processing systems to handle some communication needs. In the past few years, several channel signaling systems and voice processing systems have been developed to help meet communication needs. Each of these systems has advantages and disadvantages that determine their effectiveness in today’s communication-intensive world.