Remote sensing by periodically inhibited pulse signals

A reception set for remote sensing comprising:

• at least one receiver of waves having a frequency content, transmitted by at least one object upon the reception by said object of waves emitted by at least one emission device, said receiver being adapted to generate signals corresponding to said received waves,
• at least one signal processing unit coupled with said at least one wave receiver, configured for receiving and processing said signals so as to produce measurement information related to said at least one object based on at least part of said frequency content,
• at least one system for frequency consideration coupled with at least one of said at least one receiver and at least one processing unit, configured for taking at least part of said frequency content of said transmitted waves into consideration, in order to produce said measurement information, said frequency consideration system being adapted to take into consideration a pulse period of said emitted waves so that said pulse period contributes to said at least part of said frequency content on which producing said measurement information is based,
• said system for frequency consideration is configured to take into account at least one inhibition period being an integer multiple of said pulse period and equal to at least three times said pulse period, so that said at least one inhibition period also contributes to said at least part of said frequency content on which generating said measurement information is based.

An emission process for remote sensing, including:

• periodically generating pulse signals in elementary time windows over a representative time range, said time windows being successively spaced one pulse period apart,
• emitting waves corresponding to said pulse signals generated over said representative time range towards at least one remote measurement object, so as to enable to monitor waves having a frequency content, transmitted by said at least one object upon receiving at least part of said emitted waves,
• setting parameters suited to producing measurement information on said at least one measurement object from said wave monitoring, based on at least part of said frequency content,
• said pulse signals, waves and parameters being specially adapted so that said pulse period contributes to said at least part of said frequency content on which producing said measurement information is based,
• wherein said process includes preventing periodically the emission of said waves, according to at least one inhibition period being an integer multiple of said pulse period and equal to at least three times said pulse period, said pulse signals, waves and parameters being specially adapted so that said at least one inhibition period also contributes to said at least part of said frequency content on which producing said measurement information is based.

A reception process for remote sensing, including:

• receiving waves having a frequency content, transmitted by at least one object upon the reception by said object of waves emitted by at least one emission device,
• generating signals corresponding to said received waves,
• receiving and processing said signals so as to produce measurement information related to said at least one object based on at least part of said frequency content,
• said process being such that for generating said measurement information, a pulse period of said emitted waves is taken into consideration so that said pulse period contributes to said at least part of said frequency content on which producing said measurement information is based,
• wherein said process includes taking into consideration at least one inhibition period being an integer multiple of said pulse period and equal to at least three times said pulse period, so that said at least one inhibition period also contributes to said at least part of said frequency content on which producing said measurement information is based.

A non-transitory program storage device, readable by a computer, tangibly embodying a program of instructions executable by the computer in an emission process for remote sensing, said emission process including:

• periodically generating pulse signals in elementary time windows over a representative time range, said time windows being successively spaced one pulse period apart,
• emitting waves corresponding to said pulse signals generated over said representative time range towards at least one remote measurement object, so as to enable to monitor waves having a frequency content, transmitted by said at least one object upon receiving at least part of said emitted waves,
• setting parameters suited to producing measurement information on said at least one measurement object from said wave monitoring, based on at least part of said frequency content,
• said pulse signals, waves and parameters being specially adapted so that said pulse period contributes to said at least part of said frequency content on which producing said measurement information is based,
• said process including preventing periodically the emission of said waves, according to at least one inhibition period being an integer multiple of said pulse period and equal to at least three times said pulse period, said pulse signals, waves and parameters being specially adapted so that said at least one inhibition period also contributes to said at least part of said frequency content on which producing said measurement information is based,
• wherein said program of instructions is configured to perform said setting of said parameters and said preventing periodically the emission of said waves.

A non-transitory program storage device, readable by a computer, tangibly embodying a program of instructions executable by the computer in a reception process for remote sensing, said reception process including:

• receiving waves having a frequency content, transmitted by at least one object upon the reception by said object of waves emitted by at least one emission device,
• generating signals corresponding to said received waves,
• receiving and processing said signals so as to produce measurement information related to said at least one object based on at least part of said frequency content,
• said process being such that for generating said measurement information, a pulse period of said emitted waves is taken into consideration so that said pulse period contributes to said at least part of said frequency content on which producing said measurement information is based,
• said process including taking into consideration at least one inhibition period being an integer multiple of said pulse period and equal to at least three times said pulse period, so that said at least one inhibition period also contributes to said at least part of said frequency content on which producing said measurement information is based,
• wherein said program of instructions is configured to perform said processing of said signals so as to produce said measurement information.