Audio encoding technology is an area ripe for innovation. Most of the encoding schemes we use today were invented during a heyday between the early 1990s (MP3) and 2004 (HE-AAC version 2).

With Netflix's present bitrate ladder, though, cartoons and all other content are locked into a rigid encoding scheme that's best-suited to the most complex content like action flicks. As a result ...

Many visual encoding schemes encode some URI (Uniform Resource Identifier) that provides a unique identifier for that specific song, album, or artist when decoded.

Here’s how it works. A French project starts this week to develop a new end-to-end encoding scheme for future ultra HD services, reducing the bandwidth consumed. This has been driven by concerns over ...

In more traditional encoding schemes, a separate clock signal determines when to sample the data line. Manchester encoding uses one signal to identify the data. Figure 3 shows two different options ...

Using the Digital Signal 0 (DS0) encoding, phone calls became digital with an 8 kHz sample rate using 8-bit pulse code modulation, working out to a maximum data rate of 64 kbps per phone line.

Perhaps more promising is the scalability of the encoding scheme itself. Orbital angular momentum states can be quite complex, meaning that there are lots of quantum knobs to play with.

Harmonic Electra X3 Powered by the Harmonic PURE Compression Engine, Electra X appliance-based media processors boost video compression efficiency across a range of formats and codecs—including MPEG-2 ...

A celebrated continuous-variable encoding is the Gottesman–Kitaev–Preskill (GKP) scheme 5, which was proposed in 2001.