TECHNOLOGY: ARTIFICIAL INTELLIGENCE AT THE SERVICE OF RADIO

Artificial intelligence is the topic of the moment: it will change the world of work and also radio. Two American companies already propose AI-based programmes not only to automate functions, but to create content and free up energy for programming.

The American company Futuri offers a suite of software that interacts to create live programming featuring AI voices and delivering locally relevant news content.
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In Italy, the m2o network has called it the radio killer, but American Futuri says that with RadioGPTTM it wants to simplify program creation and create local content suitable for any radio format. The U.S.-based company was the first to gain publicity by capitalizing on the chatbot’s notoriety launched in November 2022 (as of March 14, 2023 to version 4). Futuri combines three AI-based software: GPT-3 writes program texts based on stories and trending content that the Topic Pulse software extracts from the web (it scans Facebook, Twitter, Instagram, and 250,000 other sources), and finally has them read by a digital voice. One can choose from a catalog of entertainers, create shows with two or three hosts, or instruct the software to “copy” radio speakers.

Today, two out of three programs are automated

Futuri’s intention is to make the power of artificial intelligence available to radio publishers to better manage the 70% of programming hours that are already delegated to automation systems.
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But the platform does more than just create the schedule (which can be customized for any area, leveraging news fished from the Web). It can automate other processes for the station to interact with listeners: such as feeding a blog on the website, creating social media posts, making short videos, and then converting program content into podcasts. Daniel Anstandig, CEO of Futuri, says his company created RadioGPT to save radio because in many stations 70% of broadcasting is already automated. While with the help of artificial intelligence, live and local content can be increased. A demo can be heard at this address. Impressive!

Program Director is more management-oriented

Program Director automates scheduling and advertising, uses artificial voices, and enables the management of differentiated content and advertising, even of stations operating in different time zones
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On a different front is American Super Hi-Fi, which offers Program Director to automate scheduling and reinvent the traditional workflow. Based on artificial intelligence, among many things it curates playlists, does intelligent music rotations, creates shows with artificial voices, and visually shows how the time slot is scheduled. It manages music catalogs, tags songs, and can run an unlimited number of stations simultaneously (useful, for example, for broadcasters who offer dozens of thematic web radios on their site to build listener loyalty). Designed for professionals, it has features that can manage stations operating in different time zones, syndication of stations, and the flow of advertisements.

Written by Fabrizio Carnevalini

TECHNOLOGY: The evolution of receivers

The evolution of receivers
An old vintage radio from Philips, a company that began producing tube radios in 1927 and became the world’s largest manufacturer of medium-wave radios. Photo by Gerhard C from Pixabay
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An article written by a researcher from EuroScience (European Association for the Advancement of Science and Technology), traces the evolution of radio receivers. Debojit Acharjee, a software engineer and “geek,” as the author likes to call himself, starts from the prototypes invented by Guglielmo Marconi to digital ones. Novelties that have come since the 2000s: from the first pocket radio for listening to the DAB digital band (launched by Pure in 2003), to one for listening to broadcasters streaming on the Web (3com’s Kerbango, which debuted in the 2000s). To arrive at those without the tuning knob, there are the SDRs (Software Defined Radio): receivers that in their more advanced versions (but sold at a price comparable to that of the “transoceanic” radios of the 1970s, such as the Grundig Satellit) allow you to see the full spectrum of the FM band and record 24 MHz. The impetus to innovate? Behind every discovery is the improvement in listening quality, such as that which prompted General Electric in 1940 to invent frequency modulation, demonstrating that it was less susceptible to electromagnetic interference than amplitude modulation, used on medium waves.

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