Time domain reflectometer display method

A method of assimilating data using a time domain reflectometer, the method comprising:

• a. recording into memory at least three reflection waves of a signal propagated from a time domain reflectometer onto conductors;
• b. modifying one or more of the at least three reflection waves by employing wave shifting signal processing;
• and
• c. simultaneously displaying the at least three reflection waves on a display of a time domain reflectometer.

A method for assimilating data using a time domain reflectometer, the method comprising:

• a. recording into memory at least three reflection waves of a signal propagated from a time domain reflectometer onto conductors;
• b. modifying at least one of the at Least three reflection waves in at least one of the following ways:
• i. employing wave reversal signal processing;
• ii. employing wave shifting signal processing;
• iii. employing multi-cursor signal processing;
• iv. employing segmented velocity of propagation signal processing;
• and
• v. employing wet-cable calculation processing;
• c. displaying the at least three reflection waves on a display of a time domain reflectometer;
• and
• d. simultaneously comparing the at least three reflection waves to locate anomalies.

A method for assimilating data using a time domain reflectometer, the method comprising:

• a. recording into memory at least three reflection waves of a signal propagated from a time domain reflectometer onto one or more conductors;
• b. modifying at least one of the at least three reflection waves in at least one of following ways:
• i. employing wave reversal signal processing;
• ii. employing wave shifting signal processing;
• iii. employing multi-cursor signal processing;
• iv. employing segmented velocity of propagation signal processing;
• and
• v. employing wet-cable calculation processing;
• c. simultaneously displaying the at least three reflection waves on a display of a time domain reflectometer;
• and
• d. comparing the at least three reflection waves to locate anomalies.