DATA PULSE

Brand Owner (click to sort) Address Description
DATAPULSE DataPulse 65 West Jackson Blvd #106 Chicago IL 60604 DATA PULSE;Monitoring of the Internet and public records to facilitate the detection and prevention of identity theft and Internet fraud; computerized security services, namely, electronically monitoring, detecting and reporting on suspicious and abnormal patterns of point of sale activity indicating theft, Internet fraud, or other criminal activity; trademark monitoring; none of the foregoing for use in connection with financial transactions or fraudulent financial transaction monitoring;
DATAPULSE DataPulse 65 West Jackson Blvd #106 Chicago IL 60604 DATA PULSE;Business management and consultation in the field of business intelligence; information and data compiling and analyzing relating to business management; providing business intelligence services; providing market intelligence services; marketing consulting services, namely, tracking marketing activities of others; consumer strategy business consulting; none of the foregoing for use in connection with financial transactions or fraudulent financial transaction monitoring;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A time-spreading and wavelength-hopping optical encoder spreads each pulse in a modulated optical pulse signal into a predetermined pulse train including pulses with different wavelengths. The last pulse in the pulse train is delayed from the first pulse in the pulse train by an interval that is longer than the pulse period of the modulated optical pulse signal. Interference is avoided by dividing the pulse train into successive delay groups that are equal in length to the pulse period of the modulated data pulse signal, and having each wavelength appear in only one delay group. If encoders producing differently structured pulse trains are used in an optical multiplexer, interference is avoided by having the same wavelength appear only at different positions within the delay groups of different pulse trains. Long delays can be used to multiplex a relatively large number of channels, even at high transmission rates.