METHOD OF DETERMINING THE RELIABILITY OF AN ELECTRONIC THREAT SIGNAL, CAPABLE OF REDUCING AN ERRONEOUS ANALYSIS

Hereinafter, a preferred embodiment of the present invention thereby, the cold air flows with an. as further described in reference to drawing. First each of the drawings by adding references components in, a structure similar to that of the elements displayed on drawings sheet other although for even as possible has the same sign is to. to significantly different. The are shown in the drawing by muffler constitution of the invention the present is described where at least one the and the, described here as in the embodiment, into the metal shell by way configuration and core and technical idea of the present invention are not limited to effect.

Figure 1 shows a a preferred embodiment of the present invention also: an before magnetron outlines process judges whether reliability of threat signals shown the..

As shown in 1 also, enemy airship (1) or naval ships (2) an antenna radar signal outputs a function block selection (3) is in the forward and through receiver magnetron. A radar signal thus received is a reliability as signal threats a determination is made as whether to a process for the, radar the steps of receiving (S10), received radar signal extracts the threat from reliability of threat signals (S20) determining a corresponding according to the determination result provided to reporting the measures and the processing advances to step (S30).

However, the present specification an magnetron determining a reliability of threat signals a parameter (S20) will is on a susceptor which disclosure. Hereinafter, in the forward and using drawing with an determining a threat signals magnetron relates to method.

Also 2 and also Figure 3 shows a one embodiment of the present invention: an before magnetron method for determining reliable transmission of signals in a threat signals flow chart,

Also as shown in 2, relate embodiment, received radar signal pulses contained in group by pulse grouping (S21) step for extracting, pulse group to manage user login/logout sequential pulse amplitude of each pulse a step (S22), differentiated value 0 is less than 0 and a length different from each divided a moment when a the first step (S23), count using the radar signal determine the presence of lobes includes a step (S24).

Wherein, radar signal (signal lobe) of lobes addition, the height of, of signal patterns of a separable unit (identifiable segment of signal pattern) to emit a heat on the resin mixture by the addition of an initiator which, in the present invention pulse group of the semiconductor wafer is pulse amplitude of pulses belonging to shown on a plane when each pulse of pulse amplitude is connected a function that a user interface and a user data can be mixture by the addition of an initiator. E.g., radar threat signals for scanning for when an initially received signal threats. appears to does not exist in the scans are 0 also closer to side lobe while is is, much more circular polarized waves by limiting the scans are 0 on the first aluminum layer to the when the main lobe is occurs. Therefore, radar presence or an absence lobes of such a signal in the present invention reliability of threat signals is carried out by using an acidulous a determined by the method.

S21 step, received radar signal bundle of pulses constituting a pulse group is vehicle speed is lower than the extracted. The above-mentioned surface, step in, adjacent azimuth and same group frequency domain pulse cemented placement of DTOA (Difference Time Of Arrival) of pulses on data using correlation of pulse group are determined from the extracted area. Thus extracted pulse groups, received radar signal in accordance with calibration data with respect to the frequency or pulsed repetition period (PRI; Pulse Repetition Interval) is has taken place an analyte according to.

S22 step, pulse group to manage user login/logout pagewidth pulse of each pulse is step a are sequentially. The above-mentioned surface, to extract the group pulses from the radar signal, pulse group to manage user login/logout of pulses to obtain a pulverizing pulse amplitude is.

S23 step a length different from each 0 said differentiated value is less than 0 and a moment when a which is count divided, using a count step S24 the radar signal. is checked of lobes. I.e., pulse group to manage user login/logout differential pulse amplitude of pulses a signal amount of area and in a plurality (positive domain) (negative domain) region negative or whether a distribution plurality distributed in radar signal by considering whether the on-of lobes by a rope..

At this time, pulse amplitude pulverizing the pulse group to manage user login/logout pulses to progress at the same time preferably, , for example of the, pulse group original pulse and the second pulse, second pulse and the third pulse, third pulse and fourth pulse pulse amplitude of differentiated value, n of such series circuits pulse last of all the measured transmission power the recording operation. and the processing advances to step.

S24 determine the presence lobes of signal in step a method refers to the also 3 at description below a reference to.

Next, as shown in 3 also, other embodiment relate, radar signal collected from a pulse group to manage user login/logout the predetermined pulse predetermined number or more (S31) the first step whether, continuity of having pulses includes the step of determining (S32), said pulse group, to which a mobile station belongs predetermined orientation coincides with the receipt of a signal radar orientation member finishes a burr by forcibly pressing includes the step of determining whether (S33), presence or an absence lobes of group of signals pulse includes the step of determining presence of lobe and signal (S34) according to the step of determining the confidence level includes (S35, S36).

S31 step, received radar signal extracted from the predetermined group of pulse pulse predetermined number for whether the message satisfies be analyte in a step that determines whether the non-constant predetermined cells of being less than the number a fall below at the event discrimination reliability of radar signal when is judged at low levels. On the other hand, be analysis a predetermined cells of predetermined number is prevented and the processing advances is next step.

S32 step, pulse group of pulse of is therein, inspecting the continuity. Continuity of pulses wherein pulse time acids to epoxygenated fatty acids therein continuous is detecting a presence. The continuity DTOA a predefined size of whether or not they exceed a certain value preferably determined by the. Pulse is restrained the event that the receiver does not a noise (noise) the is evaluation low reliability.

S32 step pulses in the received for checking continuity of radar signals missing pulse while extracting identifying a so as to provide of equations is determined through 1.

[Expressions1]

Wherein, N extraction pulse number, n during the weight it will decrease of the pulse is missed pulse number to.

For checking continuity can be obtained from such consistency during the pulse in the present invention is time-consuming for checking continuity of speeding the computation of expressions to reduce the calculates an simply using 2.

[Expressions2]

Wherein. Number of pulse extraction N, PRI_mean includes an emitter of average PRI (Pulse Repetition Interval), power in pulse-TOA. measurement time. Therefore, expressions total measurement time of denominator 2 exhibits a pulse train.

Such checking continuity the certain level of it is preferable that the interval in.

S33 step, radar signal comprised of orientation components distributed or more range by the application of signals if is. processing noise.

S34 step, pulse group of signals lobe whether for of this in determining a is refers to. S35 and S36 step S31 from up to step S34 according to the result of step S34 to the step of determining the confidence level with a to described hereinafter.

S34 therefore, the step also for reference a 4.

A checked of lobes radar signal Figure 4 according to an embodiment of the present invention method is to a flow chart.

Also as shown in 4, the above-mentioned of Figure 3 S34 a last of the group of pulse pulse step a user selects the pulse (S41), pulse group to manage user login/logout of pulses pulse amplitude to the step of performing a fine (S42), differentiated value is larger than or equal to O (S43) to determine whether the step, said S43 step of a liquid if this has a differentiated value or more O increasing number 1 device and a method for using the sum of the value of 1 (S44) calculating the, 0 said S43 step of a liquid if this has a differentiated value of less than 1 to reduce number 1 device and a method for calculating the using the sum of the value of (S45), calculated step S45 and said S44 using a value increased or reduced rate calculating the preset and increase/decrease and (S46), comparing a reference value includes (S47).

S41 last group of pulse step detecting a pulse as as illustrated at, last pulse when a mobile station is determined to increase/decrease is step proceeds S46 is the dynamic programming component determines.

Therefore, pulse group of pulse are finally pulse if not, last pulse from a pulse of original group pulse i.e. up to. is done step is repeated S45 to step S42.

S42 and S43 step pulse group to manage user login/logout using pulse amplitude of each pulse performs a, the evaluation regarding the differentiated value is a fingerprint.

Wherein differential equations arithmetic used in the basic so as to provide of equations (a) and a equal of 3. State of the SP heads and, the present invention refers to less than 0 is differentiated value larger than or equal to 0 that it focuses whether presence or an absence lobe of a radar signal received is the expressions 3 of differential equations is used in the arithmetic (b).

[Expressions3]

In 3 said expressions, S_i second pulse pulse amplitude the i, S_i+1 i+1 the second pulse pulse amplitude, T_i second pulse time of arrival of the i, T_i+1 i+1 time of arrival of the second pulse, a α T_i+1-T_i value the reciprocal of.

S44 step O is differentiated value of the amplitude of pulses in step S43 a length different from each receives and transmits a navigation signal number of any pulse of pulse amplitude pulse and then a length different from each O is differentiated value 1 number increased thereto which records the outputs a using the sum of the value of 1.

On the other hand, step S45 alternatively step S44 is differentiated value of pulse amplitude of less than O of a liquid if this has a differentiated value of the scanned data to a pulse having in any order and then is differentiated value of pulse amplitude of pulses of a O number decreases if less than 1 thereto which records the outputs a using the sum of the value of 1. As described above in step S45 step S42 group to manage user login/logout pulse a process for the same initial pulse from the last pulse and the processing advances, n of such series circuits.

Now, last group of pulses in step S41 upon detection of pulse, adhesive step S42 can be obtained from step S46.. S46 step S44 and S45 step using results calculated calculating the rate is increased or reduced.

In the present invention for calculating the increase/decrease rate of expressions using the 4.

[Expressions4]

In 4 said expressions, in step S44 the N (p) counted pulse amplitude of number of a length different from each 0 is differentiated value, counted in step S45 the N (m) is differentiated value of pulse amplitude less than 0, in this case, number, power in pulse-N (T) group to manage user login/logout is total number of pulse.

S47 is calculated by step S46 step lets rate larger than or equal to is contained the steps of a determiner determines whether less than, less than reference value increase/decrease rate when the pulse group, to which a mobile station belongs the presence of the lobe signal of a radar since determine is for reporting the threat signals, increase/decrease controller if the corresponding radar signal of lobes is not present since the is determined does not reporting threat signals.

Wherein, with a preset reference value may be any of the values, exceeds a predetermined time before the magnetron properly 500 and system is set between.

E.g., number group of pulse pulse to be assayed, the reservoir 20 wherein a is two, their differentiated value is counted by the counting results 9 frequencies are increased, 8 frequencies are reduced, in the event of said expressions which appear as if by 4, the increase/decrease (9-8)/ 21 = 0.04762, i.e. is approximately 4.73%. At this time is set in step S47 is a reference value controller lets calculated ramyon 10% less than the client device receives the predetermined signal lobe as typical for the presence of. a mobile station is determined to.

To another case, number group of pulse pulse to be assayed, the reservoir is placed on the pillow with the examples of the same one between the side of one wherein a is 20, is a reference value is set in step S47 when 10%, their differentiated value is counted by the counting results 15 frequencies are increased, said expressions many sides is shown 3 frequencies are reduced 4 is calculated by the sensitizer (15-3)/ 21 = 0.5743, i.e. is about 57.43%. Therefore, the client device receives the predetermined signal value the reference rate increase/decrease lobe is not present a mobile station is determined to..

With a 3 also again, in Figure 4 step S35 and S36 invention as described above wherein the signal identified with the presence or absence lobes of radar signal lobe by the presence if a decision is made that the radar signal is high as threat signals magnetron value, it decides that an reliability features with, radar signal of lobes does not exist in the corresponding radar signal is prevented low reliability as threat signals magnetron the system having a high reliability and threat signals. to distinguish threat signals preferably a low-reliability.

Determining reliability of threat signals magnetron before the present invention according to the computer-implemented method to perform an operation program instructions including various includes a computer-readable medium. Said program instructions computer readable media, data file, data structure nor the alone or in combination may include. Said medium the present invention the program instructions are designed and constructed specifically for those computer software or to enable is publicly known to one skilled in the art it is possible,. Examples of computer-readable recording medium hard disk, floppy disc and a magnetic tape such as magnetic medium (magnetic media), CD-ROM, (optical media) such an optical recording medium and a DVD, flop mote curl disk (floptical disk), such is self-optical media (magneto-optical media), and ROM (ROM), ram (RAM), flash such as memory instructions stored a program, such as a hardware specifically configured to and conducting device is included. Examples of program instructions created by compiler such as 2000 code interpreter as well as the computer use the purpose: a high-grade and executed by includes language code.

Defined although the present invention refers to the resulting structured materials, examples of the embodiment but is described by drawing, limited aspect of the present invention refers to said embodiment are not, typically encountered in the present invention is having knowledge of various from said substrate grow. and deformation that a modified. Therefore, the present invention is below the idea claim only by grasped the new device must be powered on, is equalized signal or equal to modification all. belonging to category in idea of the present invention.