Method and system for realizing development area informatization land supervision based on space image information, and application medium

Abstract

The invention provides a method and a system for realizing development area informatization land supervision based on space image information, and an application medium. The method comprises the following steps: S1, entering a development area land supervision platform by using a computer; and S2, after entering the development area land supervision platform by using the computer, checking early warning information of the development area supervision land. According to the invention, after the development area land supervision platform is rapidly entered, the early warning information of the development area supervision land can be checked, and I, II and III-level early warning is represented by red, orange and yellow, which is more intuitive.

Description

Technical Field

[0001] The present invention relates to a technical field, and in particular to a method, system and application medium for realizing information-based land supervision of a development zone based on spatial image information. Background Art

[0002] Land supervision is an important part of ensuring that land management and land use activities comply with laws and regulations. Patent application number 2023114657200, named "A land reserve monitoring and supervision system and method", discloses: establishing a land reserve database, using the land reserve data of the Ministry of Natural Resources and various provincial system platforms and survey results to build a land reserve database; building a basic framework platform based on the REST service-oriented architecture model; building a multi-dimensional data analysis model for land reserves, analyzing the feasibility and relevance of land reserve projects, and statistical reports; connecting with the ministerial and provincial land reserve supervision systems, as well as operation and maintenance and implementation. Summary of the invention

[0003] The present invention aims to at least solve the technical problems existing in the prior art, and in particular innovatively proposes a method, system and application medium for realizing information-based land supervision in development zones based on spatial image information.

[0004] In order to achieve the above-mentioned object of the present invention, the present invention provides a method for realizing information-based land supervision of development zones based on spatial image information, comprising the following steps:

[0005] S1, use a computer to access the development zone land supervision platform;

[0006] S2. Use a computer to enter the development zone land supervision platform and check the early warning information of the development zone land supervision.

[0007] In a preferred embodiment of the present invention, the warning information in step S2 includes level I warning, level II warning, and level III warning.

[0008] In a preferred embodiment of the present invention, step S2 includes the following steps:

[0009] S21, the development zone land supervision platform obtains the development zone supervision land image data taken by the supervision cruise aircraft; in this step, the supervision cruise aircraft will fly to the set supervision area to take pictures;

[0010] S22, performing image selection on the image data of the development zone supervision land photographed by the supervision cruise aircraft in step S21;

[0011] S23, performing image conversion on the development zone supervision land image data selected in step S22;

[0012] S24. Determine the number of warning points in the image;

[0013] S25. Color-code on the map of the area where the development zone is located.

[0014] In a preferred embodiment of the present invention, step S24 includes:

[0015] If J > U1, where J represents the number of warning points in the image; U1 represents the first preset number of warning points; then the area photographed by the supervision cruise aircraft is a level I warning area;

[0016] If U2 ≤ J ≤ U1, where J represents the number of warning points in the image; U2 represents the second preset number of warning points; U1 represents the first preset number of warning points; U2 < U1, then the area photographed by the supervision cruise aircraft is a level III warning area;

[0017] If U3 < J < U2, where J represents the number of warning points in the image; U2 represents the second preset number of warning points; U3 represents the third preset number of warning points; U3 < U2, then the area photographed by the supervision cruise aircraft is a level III warning area;

[0018] If J ≤ U3, where J represents the number of warning points in the image; U3 represents the third preset number of warning points; then there is no warning information for the area photographed by the supervision cruise aircraft.

[0019] In a preferred embodiment of the present invention, step S25 includes:

[0020] If it is a level I warning, color it red on the map of the area where the development zone is located;

[0021] If it is a level II warning, color it orange on the map of the area where the development zone is located;

[0022] If it is a level III warning, color it yellow on the map of the area where the development zone is located.

[0023] In a preferred embodiment of the present invention, the calculation method of J in step S24 is:

[0024] J = max{J1, J2, J3, …, J θ},

[0025] J represents the number of warning points in the image;

[0026] max{} represents the function of taking the larger value;

[0027] J1 represents the number of warning points in the first converted image;

[0028] J2 represents the number of warning points in the second converted image;

[0029] J3 represents the number of warning points in the third transformed image;

[0030] J θ represents the number of warning points in the θth transformed image;

[0031] θ represents the number of supervised land images in the image supervision retention set.

[0032] In a preferred embodiment of the present invention, the method of using a computer to access the development zone land supervision platform in step S1 includes the following steps:

[0033] S11, obtain the computer's network card number and the input mobile phone number;

[0034] S12, after obtaining the network card number of the computer and the input mobile phone number, transform the network card number and the mobile phone number to obtain a network card transformation number and a mobile phone transformation number;

[0035] S13, after obtaining the network card change number and the mobile phone change number, temporarily connect the network card change number and the mobile phone change number to obtain the mobile phone connection number;

[0036] S14, after obtaining the mobile phone connection number, obtain the mobile phone judgment number according to the mobile phone connection number, and send the mobile phone connection number to the development zone land supervision platform;

[0037] S15, after receiving the mobile phone identification number sent by the computer, the development zone land supervision platform determines whether the mobile phone identification number exists in the development zone land supervision platform:

[0038] If the mobile phone judgment number exists in the development zone land supervision platform, the entry into the development zone land supervision platform is successful;

[0039] If the mobile phone judgment number does not exist in the development zone land supervision platform, entry into the development zone land supervision platform will fail.

[0040] The present invention also discloses a computer system, comprising:

[0041] processor;

[0042] a memory for storing processor-executable instructions;

[0043] Wherein, the processor is configured to implement the method of realizing information-based land supervision of development zones based on spatial image information when executing the executable instructions.

[0044] The present invention also discloses a computer-readable storage medium, comprising:

[0045] a memory having a computer program stored thereon;

[0046] A processor is used to execute the program in the memory to implement the method for realizing information-based land supervision of development zones based on spatial image information.

[0047] In summary, due to the adoption of the above-mentioned technical scheme, the present invention can quickly enter the development zone land supervision platform and view the early warning information of the development zone supervision land, using red, orange and yellow to represent level I, II and III warnings, which is more intuitive.

[0048] Additional aspects and advantages of the present invention will be given in part in the following description and in part will be obvious from the following description, or will be learned through practice of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0049] The above and / or additional aspects and advantages of the present invention will become apparent and easily understood from the description of the embodiments in conjunction with the following drawings, in which:

[0050] Figure 1 It is a schematic block diagram of the process of the present invention. DETAILED DESCRIPTION

[0051] Embodiments of the present invention are described in detail below, examples of which are shown in the accompanying drawings, wherein the same or similar reference numerals throughout represent the same or similar elements or elements having the same or similar functions. The embodiments described below with reference to the accompanying drawings are exemplary and are only used to explain the present invention, and cannot be understood as limiting the present invention.

[0052] The present invention discloses a method for realizing information-based land supervision in development zones based on spatial image information. Figure 1 As shown, the following steps are included:

[0053] S1, using a computer to enter the development zone land supervision platform; in a preferred embodiment of the present invention, the method of using a computer to enter the development zone land supervision platform in step S1 includes the following steps:

[0054] S11, obtain the computer's network card number (physical address) and the input mobile phone number;

[0055] S12, after obtaining the network card number of the computer and the input mobile phone number, transform the network card number and the mobile phone number to obtain a network card transformation number and a mobile phone transformation number;

[0056] S13, after obtaining the network card change number and the mobile phone change number, temporarily connect the network card change number and the mobile phone change number to obtain the mobile phone connection number;

[0057] S14, after obtaining the mobile phone connection number, obtain the mobile phone judgment number according to the mobile phone connection number, and send the mobile phone connection number to the development zone land supervision platform;

[0058] S15, after receiving the mobile phone identification number sent by the computer, the development zone land supervision platform determines whether the mobile phone identification number exists in the development zone land supervision platform:

[0059] If the mobile phone judgment number exists in the development zone land supervision platform, the entry into the development zone land supervision platform is successful;

[0060] If the mobile phone judgment number does not exist in the development zone land supervision platform, entry into the development zone land supervision platform will fail.

[0061] In a preferred embodiment of the present invention, the method for changing the mobile phone number in step S12 to obtain the changed mobile phone number is:

[0062] S121, obtaining the last digit of the mobile phone number, recorded as Pendvalue; Pendvalue represents the last digit of the mobile phone number;

[0063] S122, determine whether the last value of the mobile phone number, Pendvalue, is equal to 0:

[0064] If the last value of the mobile phone number, Pendvalue, is equal to 0, then Pendvalue = Pendvalue + 10;

[0065] If the last value of the mobile phone number, Pendvalue, is not equal to 0, then Pendvalue = Pendvalue;

[0066] S123, shift the mobile phone number by the number of Pendvalue from the front to the back, and obtain the mobile phone change number;

[0067] In step S12, the network card number is transformed to obtain the network card transformation number as follows:

[0068] S121, obtaining the last value of the network card number, recorded as Mendvalue; Mendvalue represents the last value of the network card number;

[0069] S122, determine whether the last value Mendvalue of the network card number is equal to one of 1 to 9:

[0070] If the last value of the network card number, Mendvalue, is equal to one of 1 to 9, then Mendvalue = Mendvalue;

[0071] If the last value of the network card number, Mendvalue, is not equal to one of 1 to 9, then Mendvalue = Mendvalue + 10;

[0072] S123, the network card number is shifted from front to back by the Mendvalue position, so as to obtain the network card change number.

[0073] In a preferred embodiment of the present invention, in step S13, the method for temporarily connecting the network card change number and the mobile phone change number to obtain the mobile phone connection number includes the following steps:

[0074] S131, determining the relationship between the number of digits of the network card change number and the number of digits of the mobile phone change number:

[0075] If the number of digits in the network card change number is equal to the number of digits in the mobile phone change number, proceed to the next step;

[0076] If the number of digits in the network card change number is greater than the number of digits in the mobile phone change number, execute step S133;

[0077] If the number of digits in the network card change number is less than the number of digits in the mobile phone change number, execute step S134;

[0078] S132, Pconnection=Mvalue1Pvalue1Mvalue2Pvalue2Mvalue3Pvalue3…Mvalue 11 P value 11 ,

[0079] Among them, Pconnection represents the mobile phone connection number;

[0080] Mvalue1 represents the first digit of the network card change number from left to right;

[0081] Pvalue1 represents the first digit of the mobile phone number from left to right;

[0082] Mvalue2 represents the second digit of the network card change number from left to right;

[0083] Pvalue2 represents the second digit of the mobile phone number from left to right;

[0084] Mvalue3 represents the third digit of the network card change number from left to right;

[0085] Pvalue3 represents the third digit of the mobile phone number from left to right;

[0086] Mvalue 11 Indicates the 11th digit of the network card change number from left to right;

[0087] P value 11 It indicates the 11th digit of the mobile phone number from left to right;

[0088] S133, Pconnection=Mvalue1Pvalue1Mvalue2Pvalue2Mvalue3Pvalue3…Mvalue11 P value 11 Mvalue 12 Mvalue 13 Mvalue 14 …Mvalue Mvalue′ ,

[0089] Among them, Pconnection represents the mobile phone connection number;

[0090] Mvalue1 represents the first digit of the network card change number from left to right;

[0091] Pvalue1 represents the first digit of the mobile phone number from left to right;

[0092] Mvalue2 represents the second digit of the network card change number from left to right;

[0093] Pvalue2 represents the second digit of the mobile phone number from left to right;

[0094] Mvalue3 represents the third digit of the network card change number from left to right;

[0095] Pvalue3 represents the third digit of the mobile phone number from left to right;

[0096] Mvalue 11 Indicates the 11th digit of the network card change number from left to right;

[0097] P value 11 It indicates the 11th digit of the mobile phone number from left to right;

[0098] Mvalue 12 Indicates the 12th digit of the network card change number from left to right;

[0099] Mvalue 13 Indicates the 13th digit of the network card change number from left to right;

[0100] Mvalue 14 Indicates the 14th digit of the network card change number from left to right;

[0101] Mvalue Mvalue′ Represents the value of the Mvalue′th bit of the network card change number from left to right;

[0102] Mvalue′ represents the number of bits of the network card change number;

[0103] S134, Pconnection=Pvalue1Mvalue1Pvalue2Mvalue2Pvalue3Mvalue3…PvalueMvalue′ Mvalue Mvalue′ P value Mvalue′+1 P value Mvalue′+2 P value Mvalue′+3 P value 11 ,

[0104] Among them, Pconnection represents the mobile phone connection number;

[0105] Mvalue1 represents the first digit of the network card change number from left to right;

[0106] Pvalue1 represents the first digit of the mobile phone number from left to right;

[0107] Mvalue2 represents the second digit of the network card change number from left to right;

[0108] Pvalue2 represents the second digit of the mobile phone number from left to right;

[0109] Mvalue3 represents the third digit of the network card change number from left to right;

[0110] Pvalue3 represents the third digit of the mobile phone number from left to right;

[0111] Mvalue Mvalue′ Represents the value of the Mvalue′th bit of the network card change number from left to right;

[0112] P value Mvalue′ It represents the value of the Mvalue′th digit of the mobile phone number from left to right;

[0113] Mvalue′ represents the number of bits of the network card change number;

[0114] P value Mvalue′+1 It represents the Mvalue′+1th digit value of the mobile phone number change from left to right;

[0115] P value Mvalue′+2 It represents the Mvalue′+2th digit value of the mobile phone number change from left to right;

[0116] P value Mvalue′+3 It represents the Mvalue′+3th digit value of the mobile phone number change from left to right;

[0117] P value 11 Indicates the 11th digit of the mobile phone number from left to right.

[0118] In a preferred embodiment of the present invention, the method for obtaining the mobile phone determination number according to the mobile phone connection number in step S14 is:

[0119] Pjudge=Pjudgeway(Pconnection),

[0120] Among them, Pjudge represents the mobile phone judgment number;

[0121] Pjudgeway() represents the method for generating the mobile phone judgment number, preferably using the MD algorithm;

[0122] Pconnection indicates the mobile phone connection number.

[0123] For example, the mobile phone number is 133****3456, the network card number is 24-B4-EF-79-CC-6F, then the mobile phone change number is *3456133***, the network card change number is 9-CC-6F24-B4-EF-7, the mobile phone connection number is 9*-3C4C5-661F3234*-*B*4-EF-7, and the mobile phone judgment number is 8ED50017D1B14EB9D8AA9ADF6C8DF24 A; the mobile phone number is 133****6543, the network card number is 24-B4-EF-79-CC-6F, then the mobile phone change number is ****6543133, the network card change number is 9-CC-6F24-B4-EF-7, the mobile phone connection number is 9*-*C*C*-665F42341-3B34-EF-7, and the mobile phone judgment number is 8B80C78A80DF0E3AAA80144A4A3C9C0F.

[0124] S2, after using a computer to enter the development zone land supervision platform, check the early warning information of the development zone supervision land. In step S2, the early warning information includes level I early warning, level II early warning, and level III early warning.

[0125] In a preferred embodiment of the present invention, step S2 includes the following steps:

[0126] S21, the development zone land supervision platform obtains the development zone supervision land image data taken by the supervision cruise aircraft; in this step, the supervision cruise aircraft will fly to the set supervision area to take pictures;

[0127] S22, performing image selection on the image data of the development zone supervision land photographed by the supervision cruise aircraft in step S21;

[0128] S23, performing image conversion on the development zone supervision land image data selected in step S22;

[0129] S24, determining the number of warning points in the image:

[0130] If J > U1, where J represents the number of warning points in the image; U1 represents the first preset number of warning points; then the area captured by the supervision and patrol aircraft is a level-I warning area;

[0131] If U2 ≤ J ≤ U1, where J represents the number of warning points in the image; U2 represents the second preset number of warning points; U1 represents the first preset number of warning points; and U2 < U1, then the area captured by the supervision and patrol aircraft is a level-III warning area;

[0132] If U3 < J < U2, where J represents the number of warning points in the image; U2 represents the second preset number of warning points; U3 represents the third preset number of warning points; and U3 < U2, then the area captured by the supervision and patrol aircraft is a level-III warning area;

[0133] If J ≤ U3, where J represents the number of warning points in the image; U3 represents the third preset number of warning points; then there is no warning information for the area captured by the supervision and patrol aircraft;

[0134] S25, color-code on the map of the area where the development zone is located;

[0135] If it is a level-I warning, color it red on the map of the area where the development zone is located;

[0136] If it is a level-II warning, color it orange on the map of the area where the development zone is located;

[0137] If it is a level-III warning, color it yellow on the map of the area where the development zone is located.

[0138] In a preferred embodiment of the present invention, the method for determining the number of warning points in the image in step S24 is:

[0139] Count whether the pixel value of each pixel point in the converted image is within the preset comparison pixel value range;

[0140] If the pixel value of the pixel point is within the preset comparison pixel value range, then the number of warning points of the converted image +1;

[0141] Conversely, the number of warning points of the converted image +0. Initially, the number of warning points of all converted images is 0.

[0142] In a preferred embodiment of the present invention, the calculation method of J in step S24 is:

[0143] J = max{J1, J2, J3, …, J θ},

[0144] J represents the number of warning points in the image;

[0145] max{} represents the maximum value function;

[0146] J1 represents the number of warning points in the first conversion image;

[0147] J2 represents the number of warning points in the second transformed image;

[0148] J3 represents the number of warning points in the third transformed image;

[0149] J θ represents the number of warning points in the g-th transformed image;

[0150] θ represents the number of supervised land images in the image supervision retention set;

[0151] In a preferred embodiment of the present invention, the method for performing image conversion on the development zone supervision land image data selected in step S22 in step S23 is:

[0152] f(x v ,y v )=λ r RED(x v ,y v )+λ g GREEN(x v ,y v )+λ b BLUE(x v ,y v ),

[0153] Among them, f(x v ,y v ) represents the vth transformed image at pixel (x v ,y v ) at the conversion value;

[0154] RED(x v ,y v ) represents the vth supervised land image at pixel (x v ,y v ) is the pixel value of the red channel at ;

[0155] GREEN(x v ,y v ) represents the vth supervised land image at pixel (x v ,y v ) is the pixel value of the green channel at ;

[0156] BLUE(x v ,y v ) represents the vth supervised land image at pixel (x v ,y v ) is the pixel value of the blue channel at ;

[0157] Constraints:

[0158] λ r , g , b ∈[0,1];

[0159] λ r +λ g +λ b =1;

[0160] x v =1, 2, 3, ..., X v ;X v It represents the number of pixels in the x-axis direction of the v-th supervised land image;

[0161] y v =1, 2, 3, ..., Y v ; Y v Indicates the number of pixels in the Y-axis direction of the v-th supervised land image;

[0162] In a preferred embodiment of the present invention, the method for selecting images of the development zone supervision land image data photographed by the supervision cruise aircraft in step S21 in step S22 is:

[0163] S221, counting the number of images of the development zone supervision land taken by the supervision cruise aircraft in step S21, recorded as M; the first supervision land image, the second supervision land image, the third supervision land image, ..., the Mth supervision land image; let the image sequence number j = 1;

[0164] S222, calculating the jth reserved code for the jth supervised land image, and determining whether the jth reserved code exists in the reserved code determination set:

[0165] If the jth reserved code exists in the reserved code judgment set, the jth reserved code and the jth supervised land image corresponding to the jth reserved code are screened out, j=j+1; and the next step is executed;

[0166] If the jth reserved code does not exist in the reserved code judgment set, then the jth reserved code is saved in the reserved code judgment set, and the mth supervised land image corresponding to the jth reserved code is retained in the image supervision reserved set, j=j+1; execute the next step; initially, the image supervision reserved set is an empty set, and there is no supervised land image;

[0167] S223, determine the size relationship between j and M:

[0168] If j≤M, j represents the image sequence number, and M represents the number of images of the development zone supervision land taken by the supervision cruise aircraft in step S21, then step S222 is executed;

[0169] If j>M, j represents the image sequence number, and M represents the number of the development zone supervision land images taken by the supervision cruise aircraft in step S21, then all the supervision land images in the image supervision retention set are the selected supervision land image data.

[0170] In a preferred embodiment of the present invention, the method for calculating the jth reserved code for the jth supervised land image in step S222 is:

[0171] Retentioncode j =Retentioncodecalculateway(Ecologicalresourcesimage j ),

[0172] Among them, Retentioncode j represents the jth reserved code;

[0173] Retentioncodecalculateway() represents the j-th retention code calculation method, preferably using the digest algorithm MD5;

[0174] Ecologicalresourcesimage j represents the jth regulatory land image;

[0175] Ecologicalresourcesimage={Ecologicalresourcesimage1,Ecologicalresourcesimage2,Ecologicalresourcesimage3,……,Ecologicalresourcesimage M}, where Ecologicalresourcesimage represents a set of supervised land images composed of the supervised land image data of the development zone taken by the supervisory cruise aircraft in step S21, Ecologicalresourcesimage1 represents the first supervised land image, Ecologicalresourcesimage2 represents the second supervised land image, Ecologicalresourcesimage3 represents the third supervised land image, and Ecologicalresourcesimage M Represents the Mth regulatory land image, Ecologicalresourcesimage j denotes the jth regulatory land image, Ecologicalresourcesimage j ∈Ecologicalresourcesimage.

[0176] The present invention also discloses a computer system, comprising:

[0177] processor;

[0178] a memory for storing processor-executable instructions;

[0179] Wherein, the processor is configured to implement the method of realizing information-based land supervision of development zones based on spatial image information when executing the executable instructions.

[0180] The present invention also discloses a computer-readable storage medium, comprising:

[0181] a memory having a computer program stored thereon;

[0182] A processor is used to execute the program in the memory to implement the method for realizing information-based land supervision of development zones based on spatial image information.

[0183] Although the embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the claims and their equivalents.

Claims

1. A method for realizing information-based land supervision in development zones based on spatial image information, characterized in that: It includes the following steps: S1. Use a computer to access the development zone land supervision platform; S2. After using a computer to access the development zone land supervision platform, view the early warning information of the land supervised in the development zone.

2. The method for realizing information-based land supervision in development zones based on spatial image information according to claim 1 is characterized in that: In step S2, the early warning information includes level-I early warning, level-II early warning, and level-III early warning.

3. The method for realizing information-based land supervision in development zones based on spatial image information according to claim 1 is characterized in that: In step S2, it includes the following steps: S21. The development zone land supervision platform obtains the image data of the land supervised in the development zone taken by the supervision cruise aircraft; in this step, the supervision cruise aircraft will fly to the set supervision area for taking pictures; S22. Select the images from the image data of the land supervised in the development zone taken by the supervision cruise aircraft in step S21; S23. Convert the selected image data of the land supervised in the development zone in step S22; S24. Determine the number of warning points in the image; S25. Color-code on the map of the area where the development zone is located.

4. The method for realizing information-based land supervision of development zones based on spatial image information according to claim 1 is characterized in that: In step S24, it includes: If J > U1, where J represents the number of warning points in the image; U1 represents the first preset number of warning points; then the area photographed by the supervision cruise aircraft is a level-I early warning area; If U2 ≤ J ≤ U1, where J represents the number of warning points in the image; U2 represents the second preset number of warning points; U1 represents the first preset number of warning points; U2 < U1, then the area photographed by the supervision cruise aircraft is a level-III early warning area; If U3 < J < U2, where J represents the number of warning points in the image; U2 represents the second preset number of warning points; U3 represents the third preset number of warning points; U3 < U2, then the area photographed by the supervision cruise aircraft is a level-III early warning area; If J ≤ U3, where J represents the number of warning points in the image; U3 represents the third preset number of warning points; then the area photographed by the supervision cruise aircraft has no early warning information.

5. The method for realizing information-based land supervision of development zones based on spatial image information according to claim 1 is characterized in that: In step S25, it includes: If it is a level-I early warning, color it red on the map of the area where the development zone is located; If it is a level-II early warning, color it orange on the map of the area where the development zone is located; If it is a level-III early warning, color it yellow on the map of the area where the development zone is located.

6. The method for realizing information-based land supervision in development zones based on spatial image information according to claim 1 is characterized in that: The calculation method of J in step S24 is: J = max{J1, J2, J3, …, Jθ}, J represents the number of warning points in the image; max{} represents the function of taking the larger value; J1 represents the number of warning points in the first converted image; J2 represents the number of warning points in the second converted image; J3 represents the number of warning points in the third converted image; J θ represents the number of warning points in the θth transformed image; θ represents the number of land images supervised and retained in the image supervision set.

7. The method for realizing information-based land supervision of development zones based on spatial image information according to claim 1 is characterized in that: The method of using a computer to access the development zone land supervision platform in step S1 includes the following steps: S11. Obtain the network card number of the computer and the input mobile phone number; S12. After obtaining the network card number of the computer and the input mobile phone number, transform the network card number and the mobile phone number to obtain the network card transformation number and the mobile phone transformation number; S13. After obtaining the network card transformation number and the mobile phone transformation number, perform adjacent connection on the network card transformation number and the mobile phone transformation number to obtain the mobile phone connection number; S14. After obtaining the mobile phone connection number, obtain the mobile phone judgment number according to the mobile phone connection number, and send the mobile phone connection number to the development zone land supervision platform; S15, after receiving the mobile phone identification number sent by the computer, the development zone land supervision platform determines whether the mobile phone identification number exists in the development zone land supervision platform: If the mobile phone judgment number exists in the development zone land supervision platform, the entry into the development zone land supervision platform is successful; If the mobile phone judgment number does not exist in the development zone land supervision platform, entry into the development zone land supervision platform will fail.

8. A computer system, characterized in that: include: processor; a memory for storing processor-executable instructions; Wherein, the processor is configured to implement the method for realizing information-based land supervision of development zones based on spatial image information as described in one of claims 1 to 7 when executing the executable instructions.

9. A computer-readable storage medium, characterized in that: include: a memory having a computer program stored thereon; A processor is used to execute the program in the memory to implement the method for realizing information-based land supervision of development zones based on spatial image information as described in any one of claims 1 to 7.

Images