Sentence examples for encoding device from inspiring English sources

But after an eagle-eyed volunteer with the National Museum of Computing (NMC) spotted an ad on eBay this week, the extremely rare, military-issue Lorenz teleprinter has been saved and provides the latest piece in international efforts to rebuild Hitler's complete encoding device.

The technology, an encoding device and software developed by Essential Viewing in Glasgow, compresses video data and sends it with virtually no delay over just about any communication network, even low-capacity military radio systems.

There are two potential causes for inconsistency in the reference signal: (1) geometric variation in angular encoding device and (2) a non-constant shaft speed.

In 1942 mathematician Alan Turing and his colleagues at Bletchley Park, England's code-breaking headquarters, had reverse-engineered the Enigma, a German encoding device, and the Allies started reading Axis battle plans.

The principle behind the genetically encoded device for the detection of the viral protease activity is based on the proteolytic cleavage of the peptide linker, which links the orthogonal transcriptional activator Gal4-VP16 thethe membrane anchor.

Assisted protein-fragment complementation has been used to create a variety of genetically encoded devices whose molecular outputs report on a protein protein interaction, including devices that generate metabolic, visual, transcriptional, proteolytic, and antibiotic resistance outputs.

Some songs may also operate as encoding mnemonic devices, in which hard-to-remember words are paired with more easily remembered words, images, or sounds (Bellezza, 1981).

Because cable and satellite signals are encoded, the device must be connected to a tuner from a television provider.

2: What encoding method the device uses.

These genes could be recombinases that drive this device or other devices encoded into other regions of DNA or could be hooks into other more classical synthetic biological circuits.

Such nanomagnets, with dimensions of ∼100 nm × 100 nm, double the logic density of conventional two-state nanomagnetic devices by encoding more information (four binary bits: "00", "11", "10", "01") per nanomagnet and can be used in memory and logic devices as well as in higher order information processing applications.