slow-scan

He completed 130 contacts and sent 10 images via slow-scan television.

The slow-scan television images were not on the tape.

It might carry slow-scan data, a few still images, or an audio channel.

Also associated with this is slow-scan TV, although that typically uses electronic systems.

The test transmission included audio, video, slow-scan video, and binary.

He placed slow-scan video cameras and permanent markers at the figure's head, hands, and feet.

When the scan rate is reduced, this is referred to as slow-scan TV.

A slow-scan link for relaying images on phone lines was set up between Geneva and New York.

Eventually, Mercury will carry telephone calls, computer data, slow-scan television pictures, and provide services such as video-conferencing and electronic mail.

See also slow-scan television.

The unit permits the use of slow-scan video, computers, modems, remote radio repeaters, encryption, and other devices.

The television images were displayed on earth on a slow-scan monitor coated with a long persistency phosphor.

It was the predecessor to slow-scan television (SSTV).

Apart from computer data, Project Universe can also carry telephone conversations, slow-scan TV pictures and facsimile transmissions.

Apollo 10 had planned to be slow-scan black-and-white, but Stafford was determined to let the American public share in the beauty of the missions they were funding.

Radioteletype, fax, digital, slow-scan television and other systems use forms of frequency-shift keying or audio subcarriers on a shortwave carrier.

Mobile DTV systems usually transmit in low definition, as do all slow-scan TV systems.

An SSTV repeater is an amateur radio repeater station for relaying of slow-scan television signals.

Slow-Scan Television (SSTV)

The TV photos were displayed back on the Earth on a slow-scan TV monitor that was coated with a long-persistency phosphor.

It also transmitted photos of the Earth, telemetry and scientific data., voice, telemetry and slow-scan television data on a frequency of 145.950 MHz.

Apollo 11 data tapes containing telemetry and the high-quality video (before scan conversion from slow-scan TV to standard TV) of the first moonwalk are also missing.

Slow-scan television (SSTV) is a picture transmission method used mainly by amateur radio operators, to transmit and receive static pictures via radio in monochrome or color.

For technical reasons, the Apollo 11 lander carried a slow-scan television (SSTV) camera (see Apollo TV camera).

Garriott also transmitted photographs using the Amateur Radio on the International Space Station (ARISS) slow-scan television system.