AGILITY THREE SIX FIVE

Brand	Owner	Address	Description
AGILITY 365	SUMMIT TECHNOLOGY	595 S Riverwoods Pkwy Ste 400 Logan UT 84321	AGILITY THREE SIX FIVE; AGILITY THREE HUNDRED SIXTY FIVE;Business technology software consultation services; Computer security service, namely, restricting access to and by computer networks to and of undesired web sites, media and individuals and facilities; Computer services, namely, integration of computer software into multiple systems and networks; Computer services, namely, remote management of the information technology (IT) systems of others; Computer software consultation; Customizing computer software; Cybersecurity services in the nature of restricting unauthorized access to computer systems; Electronic data back-up services; Installation, maintenance, and updating of computer software; Maintenance of computer software relating to computer security and prevention of computer risks; Services for maintenance of computer software; Technical support services, namely, troubleshooting of computer software problems; Troubleshooting of computer software problems;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

A waveform-adaptive ultra-wideband (UWB) transmitter and noise-tracking UWB receiver for use in communications, object detection and radar applications. In one embodiment, the output of an oscillator is gated by a low-level impulse generator either directly or through an optional filter. In a special case of that embodiment wherein the oscillator is zero frequency and outputs a DC bias, a low-level impulse generator impulse-excites a bandpass filter to produce an UWB signal having an adjustable center frequency and desired bandwidth based on a characteristic of the filter. In another embodiment, the low-level impulse signal is approximated by a time-gated continuous-wave oscillator to produce an extremely wide bandwidth pulse with deterministic center frequency and bandwidth characteristics. The low-level impulse signal can be generated digitally. The UWB signal may be modulated to carry data, or may be used in object detection or ranging applications. The power amplifier may be gated to provide a power-efficient UWB transmitter. The UWB transmitter exhibits well defined and controllable spectral characteristics. The UWB transmitter is capable of extremely high pulse repetition frequencies (PRFs) and data rates in the hundreds of megabits per second or more, frequency agility on a pulse-to-pulse basis allowing frequency hopping if desired, and extensibility from below HF to millimeter wave frequencies.