Multiplex Savings

The electron network had been processing the take from the compression-relaxation sensors for some time, pinging away as data flowed from the senors into the central network. Structures were beginning to flower about the core concept recognition areas, one such pinger for each frequency that was encountered. It was akin to my library problem.

Descending to inspect the ungainly structure that had formed, I chose to interview the pingers directly. It was clear that each pinger was recognizing the same pattern, echoing and overpowering the pinger at the center of the structure, just adding frequency information with their own individual lilt. I jockeyed the shorty further into the flurry and took up conversation with the core group.

I chatted with the detecting core trio of electrons that formed the pinger set, getting them to replay their main detection pattern. I then played back that pattern in several different keys and pitches, keeping the ratios of the pattern the same, just changing the playback rate. As I did so, the cloud of pingers responded individually to each version I played.

Gathering with the core trio, I tapped out "listen-up" "attention here" tap sequence into the local channels, and demonstrated the slide-time shuffle. By picking a reference, such as a slide link, one can come up with a slide that represents frequency of the input. Knowing, this, the pinger core adopted the role of both detection tracking and frequency capture, and I challenged the unnecessary cloud with task of updating other detector cores with the new technique.