CN111274524B - Combat resource scheduling method for emergency alarm event - Google Patents
Combat resource scheduling method for emergency alarm event Download PDFInfo
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- CN111274524B CN111274524B CN202010057621.9A CN202010057621A CN111274524B CN 111274524 B CN111274524 B CN 111274524B CN 202010057621 A CN202010057621 A CN 202010057621A CN 111274524 B CN111274524 B CN 111274524B
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- G—PHYSICS
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F17/00—Digital computing or data processing equipment or methods, specially adapted for specific functions
- G06F17/10—Complex mathematical operations
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/063—Operations research, analysis or management
- G06Q10/0631—Resource planning, allocation, distributing or scheduling for enterprises or organisations
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/063—Operations research, analysis or management
- G06Q10/0635—Risk analysis of enterprise or organisation activities
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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Abstract
The invention discloses a combat resource scheduling method for emergency alarm events, which comprises the following steps: calculating the threat degree of at least one emergency alarm event to be distributed; judging emergency alarm events to be distributed based on threat degrees, if the emergency alarm events to be distributed are emergency alarm events, sequentially distributing defending weapons for the emergency alarm events based on the threat degrees, and calculating threat degrees of other emergency alarm events to be distributed again; and if the emergency alarm event to be allocated is a non-emergency alarm event, sequentially allocating defending weapons to the non-emergency alarm event based on threat level so as to realize combat resource scheduling. The invention sequentially distributes defense weapons for the judged emergency events to be distributed according to different threat degrees by analyzing the threat degrees of the emergency events to be distributed, considers the simultaneous situation of the emergency events and the non-emergency events, and has the characteristics of fair and rapid scheduling of combat resources, simple scheduling method and benefit for engineering application.
Description
Technical Field
The invention relates to the field of target tracking, in particular to a combat resource scheduling method for emergency warning events.
Background
With the rapid change of battlefield situations, multi-firepower defense is a necessary requirement for system development. How to timely and accurately distribute the defending weapons to the alarm events and fully play the fight capability of the defending weapons is the key of successful defending in the matrix of me. Unpredictability of battlefield environments results in unavoidable occurrence of emergency alert events, which may affect fire distribution for non-emergency alert events, however, lack of research into resource scheduling for emergency alert events in the prior art results in failure of battlefield defense.
Therefore, a combat resource scheduling method for emergency alarm events needs to be provided.
Disclosure of Invention
The invention aims to provide a combat resource scheduling method for emergency warning events, which aims to solve at least one of the problems in the prior art;
in order to achieve the above purpose, the invention adopts the following technical scheme:
the first aspect of the invention provides a combat resource scheduling method aiming at an attack target, which comprises the following steps:
calculating the threat degree of at least one emergency alarm event to be distributed;
judging the emergency alarm event to be distributed based on the threat degree,
if the emergency alarm event to be distributed is an emergency alarm event, sequentially distributing defending weapons for the emergency alarm event based on the threat level, and calculating threat levels of other emergency alarm events to be distributed again;
and if the emergency alarm event to be allocated is a non-emergency alarm event, allocating defending weapons for the non-emergency alarm event in sequence based on the threat level so as to realize the combat resource scheduling.
Optionally, the threat degree target of the emergency alarm event to be distributed d The formula of the_ID is:
target d _ID＝1/(target d _deadline-ctime),；
wherein ctime is the current time, target d And _readline is the latest interception time of the emergency alert event d to be distributed.
Optionally, the judging formula for judging the emergency alarm event to be distributed based on the threat degree is as follows: target (target) d _deadline-ctime≤K；
Wherein target d The readline is the latest interception time of the emergency alarm event d to be distributed; ctime is the current time, and K is the time required for interception.
Optionally, if the emergency alert event to be allocated is an emergency alert event, allocating defensive weapons to the emergency alert event in turn based on the threat level, further including:
acquiring format parameters of the emergency alarm event;
sequentially ordering the emergency alert events based on the threat level;
and sequentially distributing defending weapons for the sequenced emergency alert events.
Optionally, a format parameter utarget of the emergency alert event j j The method comprises the following steps:
utarget j ＝{utarget j _deadline,utarget j _ID}；
wherein, utarget j Readline is the latest interception time of the emergency alert event j, utarget j The_id is the threat level of the emergency alert event j.
Optionally, if the emergency alert event to be allocated is a non-emergency alert event, allocating defensive weapons to the non-emergency alert event in turn based on the threat level, including:
acquiring format parameters of the non-emergency alarm event;
sequentially ordering the non-emergency alert events based on the threat level;
and sequentially distributing defending weapons for the sequenced non-emergency alarm events.
Optionally, the format parameter target of the non-emergency alert event i i The method comprises the following steps:
target i ＝{target i _deadline,target i _postion,target i _address,target i _ID}；
wherein target i Readline is the latest interception time, target, of the non-emergency alert event i i The_post is the position information of the non-emergency alarm event i, target i Address is the landing point information of the non-emergency alarm event i, target i The_id is the threat level of the non-emergency alert event i.
Optionally, the landing point information of the non-emergency alarm event is obtained by using a one-step extrapolation algorithm of the Dragon's base tower.
Optionally, the assigning defending weapons to the non-emergency alert events sequentially based on the threat level further includes:
dividing the defending area into at least one foothold area;
acquiring the number N of non-emergency alarm events in each foot drop point area k ；
Based on the number N of non-emergency alert events k And sequencing the foot drop areas, and distributing defending weapons for at least one non-emergency alarm event in the sequenced foot drop areas.
The beneficial effects of the invention are as follows:
the invention sequentially distributes defense weapons for the judged emergency events to be distributed according to different threat degrees by analyzing the threat degrees of the emergency events to be distributed, considers the simultaneous situation of the emergency events and the non-emergency events, and has the characteristics of fair and rapid scheduling of combat resources, simple scheduling method and benefit for engineering application.
Drawings
The following describes the embodiments of the present invention in further detail with reference to the drawings.
Fig. 1 shows a flowchart of a combat resource scheduling method according to an embodiment of the present invention.
Detailed Description
In order to more clearly illustrate the present invention, the present invention will be further described with reference to preferred embodiments and the accompanying drawings. Like parts in the drawings are denoted by the same reference numerals. It is to be understood by persons skilled in the art that the following detailed description is illustrative and not restrictive, and that this invention is not limited to the details given herein.
As shown in fig. 1, an embodiment of the present invention discloses a method for scheduling combat resources of an emergency alert event, which is characterized by comprising:
calculating the threat degree of at least one emergency alarm event to be distributed;
judging the emergency alarm event to be distributed based on threat degree,
if the emergency alarm event to be allocated is an emergency alarm event, sequentially allocating defense weapons to the emergency alarm event based on threat degrees, and calculating threat degrees of other emergency alarm events to be allocated again;
and if the emergency alarm event to be allocated is a non-emergency alarm event, sequentially allocating defending weapons to the non-emergency alarm event based on threat level so as to realize combat resource scheduling.
The invention sequentially distributes defense weapons for the judged emergency events to be distributed according to different threat degrees by analyzing the threat degrees of the emergency events to be distributed, considers the simultaneous situation of the emergency events and the non-emergency events, and has the characteristics of fair and rapid scheduling of combat resources, simple scheduling method and benefit for engineering application.
In some alternative implementations of the present embodiment, the threat level target of the emergency alert event to be assigned d The formula of the_ID is:
target d _ID＝1/(target d _deadline-ctime),；
wherein ctime is the current time, target d And _readline is the latest interception time of the emergency alert event d to be distributed.
In some optional implementations of this embodiment, if the emergency alert event to be allocated is an emergency alert event, allocating defensive weapons to the emergency alert event in turn based on the threat level, further includes:
acquiring format parameters of the emergency alarm event;
sequentially ordering the emergency alert events based on threat level;
and sequentially distributing defending weapons for the sequenced emergency alert events.
In the embodiment, the emergency alarm event meeting the judgment conditions is represented by the unified format parameters, so that the information of the emergency alarm event can be effectively and rapidly called; and the priority ranking is carried out through the threat level of the emergency alarm event, and the fight resource scheduling is carried out by distributing defense weapons for the emergency alarm event according to the priority, so that the corresponding fight resource scheduling of all the emergency alarm events is realized quickly, effectively, accurately and timely.
In some alternative implementations of the present embodiment, the format parameter utarget for the emergency alert event j j The method comprises the following steps:
utarget j ＝{utarget j _deadline,utarget j _ID}；
wherein, utarget j Readline is the latest interception time of the emergency alert event j, utarget j The_id is the threat level of the emergency alert event j.
In some optional implementations of this embodiment, if the emergency alert event to be allocated is a non-emergency alert event, allocating a defending weapon for the non-emergency alert event in turn based on the threat level includes:
acquiring format parameters of the non-emergency alarm event;
sequentially ordering the non-emergency alert events based on the threat level;
and sequentially distributing defending weapons for the sequenced non-emergency alarm events.
In some alternative implementations of the present embodiment, the format parameter target for non-emergency alert event i i The method comprises the following steps:
target i ＝{target i _deadline,target i _postion,target i _address,target i _ID}；
wherein target i Readline is the latest interception time, target, of the non-emergency alert event i i The_post is the position information of the non-emergency alarm event i, target i Address is the landing point information of the non-emergency alarm event i, target i The_id is the threat level of the non-emergency alert event i.
In some alternative implementations of the present embodiment, the foot drop information for non-emergency alert events is obtained using a Dragon's Algorithm for one-step extrapolation. The one-step extrapolation algorithm of the Dragon's library tower is a high-precision single-step algorithm widely applied to engineering, has higher algorithm precision and can obtain the landing point information with higher precision.
In some optional implementations of the present embodiments, assigning defensive weapons to non-emergency alert events in turn based on the threat level further comprises:
dividing the defending area into at least one foothold area;
acquiring the number N of non-emergency alarm events in each foot drop point area k 。
Based on the number N of non-emergency alert events k And sequencing the foot drop areas, and sequentially distributing defending weapons for the non-emergency alarm events in the foot drop areas.
In the embodiment, the defending areas are divided, and defending weapon distribution is effectively carried out on each foot drop area sequentially based on the number priority of the non-emergency alarm events, so that the fight resource scheduling of all the non-emergency alarm events in the whole defending area is effectively realized.
Embodiments of the present invention are explained below by way of specific examples:
s1, calculating threat degrees of at least one emergency alarm event to be distributed;
assuming that the number of the emergency alarm events d to be distributed is M, wherein M is more than or equal to 1; threat degree target of emergency alarm event d to be distributed d The formula of the_ID is:
target d _ID＝1/(target d _deadline-ctime),；
wherein ctime is the current time, target d And _readline is the latest interception time of the emergency alert event d to be distributed.
S2, judging the emergency alarm event to be distributed based on threat degree,
s21, if the emergency alarm event to be allocated is an emergency alarm event, sequentially allocating defense weapons to the emergency alarm event based on threat degrees, and calculating threat degrees of other emergency alarm events to be allocated again;
s22, if the emergency alarm event to be allocated is a non-emergency alarm event, sequentially allocating defending weapons for the non-emergency alarm event based on threat level so as to realize combat resource scheduling.
In this embodiment, a judgment formula for judging an emergency alarm event to be allocated by using threat degree is as follows: target (target) d _deadline-ctime≤K；
Wherein target d The readline is the latest interception time of the emergency alarm event d to be distributed; ctime is the current time, and K is the time required for interception.
Step S21 further includes:
s211, after judging that the emergency alarm event to be distributed is an emergency alarm event based on the formula, acquiring format parameters of the determined emergency alarm event j;
format parameter utarget for emergency alert event j j The method comprises the following steps:
utarget j ＝{utarget j _deadline,utarget j _ID}；
wherein, utarget j Readline is the latest interception time of the emergency alert event j, utarget j The_id is the threat level of the emergency alert event j.
For example, the format of the emergency alert event 1 is: utarget 1 ＝{utarget 1 _deadline,utarget 1 _ID}；
The format of the emergency alert event 2 is: utarget 2 ＝{utarget 2 _deadline,utarget 2 _ID}；
The format of the emergency alert event 3 is: utarget 3 ＝{utarget 3 _deadline,utarget 3 _ID}；
The emergency alarm event is represented and acquired in a unified format, so that timely allocation of combat resource scheduling can be realized.
S212, sequentially sequencing emergency alarm events based on threat degrees;
the emergency alarm events are prioritized by threat level, and after the threat level is ranked from big to small, the emergency alarm events with the most urgent emergency level can be effectively and timely prioritized, so that wrong combat resource scheduling caused by wrong judgment of the emergency alarm events is avoided.
S213, sequentially distributing defending weapons for the sequenced emergency alert events.
For example, the threat degrees of the emergency alert event 1, the emergency alert event 2, and the emergency alert event 3 are utarget respectively 1 _ID、utarget 2 _ID、utarget 3 an_ID; the threat degree priorities of the three emergency alert events are: utarget 1 _ID＞utarget 3 _ID＞utarget 2 And (3) if the ID is the same, allocating the fight resource for the emergency alarm event 1, allocating the fight resource for the emergency alarm event 3, and allocating the fight resource for the emergency alarm event 2 with the lowest threat level.
And after the combat resource scheduling of all the emergency alarm events is completed, continuing to judge other emergency alarm events to be distributed.
Step S22 includes:
s221, acquiring format parameters of the non-emergency alarm event;
format parameter target for non-emergency alert event i i The method comprises the following steps:
target i ＝{target i _deadline,target i _postion,target i _address,target i _ID}；
wherein target i Readline is the latest interception time, target, of the non-emergency alert event i i The_post is the position information of the non-emergency alarm event i, target i Address is the landing point information of the non-emergency alarm event i, target i The_id is the threat level of the non-emergency alert event i.
The foot drop information of the non-emergency alarm event is obtained by using a one-step extrapolation algorithm of the Dragon's base tower.
For example, the number of the cells to be processed,
the format of the non-emergency alert event 1 is:
target 1 ＝{target 1 _deadline,target 1 _postion,target 1 _address,target 1 _ID}；
the format of the non-emergency alert event 2 is:
target 2 ＝{target 2 _deadline,target 2 _postion,target 2 _address,target 2 _ID}；
the format of the non-emergency alert event 3 is:
target 3 ＝{target 3 _deadline,target 3 _postion,target 3 _address,target 3 _ID}；
the format of the non-emergency alert event 4 is:
target 4 ＝{target 4 _deadline,target 4 _postion,target 4 _address,target 4 _ID}；
the emergency alarm event is represented and acquired in a unified format, so that timely allocation of combat resource scheduling can be realized.
S222, sequentially sequencing non-emergency alarm events based on the threat level;
the priority ranking is carried out on the non-emergency alarm events through the threat level, and after the threat level is ranked from large to small, the most urgent non-emergency alarm events with the urgent degree can be effectively and preferentially allocated, so that the wrong combat resource scheduling caused by the wrong judgment on the non-emergency alarm events is avoided.
S223, sequentially distributing defending weapons for the sequenced non-emergency alert events.
For example, threat degrees of the non-emergency alert event 1, the non-emergency alert event 2, the non-emergency alert event 3 and the non-emergency alert event are respectively targets 1 _ID、target 2 _ID、target 3 _ID、target 4 an_ID; the threat degree priorities of the four non-emergency alert events are: target (target) 4 _ID＞target 1 _ID＞target 3 _ID＞target 2 ID, then the non-emergency alert event 4 is preferentially allocated the combat resources, and then the non-emergency alert event1, then allocating the fight resource for the emergency alarm event 3, and finally allocating the fight resource for the emergency alarm event 2 with the lowest threat level.
And after the combat resource scheduling of all the non-emergency alarm events is completed, completing all combat resource scheduling of all the emergency alarm events to be allocated and judging as the non-emergency alarm events.
In another embodiment, S222, the non-emergency alert events are ordered sequentially based on the threat level, and the following preferred scheduling scheme is provided:
s2221, dividing the defending area into at least one foothold area;
s2222, obtaining the number N of non-emergency alarm events in each foot drop point area k ；
S2223, based on the number of non-emergency alert events N k And sequencing the foot drop areas, and distributing defending weapons for at least one non-emergency alarm event in the sequenced foot drop areas.
In order to ensure fairness of defensive power in each foothold area in the whole defensive area, therefore, in the present embodiment, the priority order of the resulting distributed defensive weapons is adjusted. The adjustment rule is as follows: ensuring that each foothold range obtains the same defending weapon resource as much as possible.
The defending area is now divided into A, B and C three foothold areas,
the foot drop area a has three non-emergency alert events of non-emergency alert event 5, non-emergency alert event 7 and non-emergency alert event 10,
the B drop foot area has one non-emergency alert event 6,
the foot drop area contains two non-emergency alarm events, namely a non-emergency alarm event 8 and a non-emergency alarm event 9;
therefore, the ordered foothold areas are an A foothold area, a C foothold area and a B foothold area.
Assuming that the interception probability of each defending weapon is the same, the higher the threat level of the non-emergency alert event is, the defending weapon is preferentially allocated.
A in the foot drop area, target 7 _ID＞target 5 _ID＞target 10 _ID；
The foot drop point area B is only target 6 _ID；
In the C drop point area, target 8 _ID＞target 9 _ID；
The priority order of assigning defensive weapons is non-emergency alert event 7, non-emergency alert event 6, non-emergency alert event 8, non-emergency alert event 5, non-emergency alert event 9, non-emergency alert event 10.
By the resource scheduling method, the defending weapons can be effectively and comprehensively distributed to all non-emergency alarm events in the defending area, and the defending capability fairness of each foothold area in the whole defending area is ensured.
The invention sequentially distributes defense weapons for the judged emergency events to be distributed according to different threat degrees by analyzing the threat degrees of the emergency events to be distributed, considers the simultaneous situation of the emergency events and the non-emergency events, and has the characteristics of fair and rapid scheduling of combat resources, simple scheduling method and benefit for engineering application.
It should be understood that the foregoing examples of the present invention are provided merely for clearly illustrating the present invention and are not intended to limit the embodiments of the present invention, and that various other changes and modifications may be made therein by one skilled in the art without departing from the spirit and scope of the present invention as defined by the appended claims.
Claims (8)
1. The combat resource scheduling method for the emergency warning event is characterized by comprising the following steps of:
calculating threat degree of at least one emergency alarm event to be distributed, wherein the threat degree target of the emergency alarm event to be distributed d The formula of the_ID is:
target d _ID＝1/(target d _deadline-ctime),；
wherein ctime is the current time, target d The readline is the latest interception time of the emergency alarm event d to be distributed;
judging the emergency alarm event to be distributed based on the threat degree,
if the emergency alarm event to be distributed is an emergency alarm event, sequentially distributing defending weapons for the emergency alarm event based on the threat level, and calculating threat levels of other emergency alarm events to be distributed again;
and if the emergency alarm event to be allocated is a non-emergency alarm event, allocating defending weapons for the non-emergency alarm event in sequence based on the threat level so as to realize the combat resource scheduling.
2. The method of claim 1, wherein the determining the emergency alert event to be allocated based on the threat level is as follows: target (target) d _deadline-ctime≤K；
Wherein target d The readline is the latest interception time of the emergency alarm event d to be distributed; ctime is the current time, and K is the time required for interception.
3. The method of claim 1, wherein if the emergency alert event to be allocated is an emergency alert event, allocating defensive weapons to emergency alert events in turn based on the threat level, further comprising:
acquiring format parameters of the emergency alarm event;
sequentially ordering the emergency alert events based on the threat level;
and sequentially distributing defending weapons for the sequenced emergency alert events.
4. A method according to claim 3, characterized in that the format parameter utarget of the emergency alert event j j The method comprises the following steps:
utarget j ＝{utarget j _deadline,utarget j _ID}；
wherein, utarget j Readline is the latest interception time of the emergency alert event j, utarget j The_id is the threat level of the emergency alert event j.
5. The method of claim 1, wherein if the emergency alert event to be allocated is a non-emergency alert event, allocating defensive weapons to the non-emergency alert event in turn based on the threat level, comprising:
acquiring format parameters of the non-emergency alarm event;
sequentially ordering the non-emergency alert events based on the threat level;
and sequentially distributing defending weapons for the sequenced non-emergency alarm events.
6. The method of claim 5, wherein the format parameter target of the non-emergency alert event i i The method comprises the following steps:
target i ＝{target i _deadline,target i _postion,target i _address,target i _ID}；
wherein target i Readline is the latest interception time, target, of the non-emergency alert event i i The_post is the position information of the non-emergency alarm event i, target i Address is the landing point information of the non-emergency alarm event i, target i The_id is the threat level of the non-emergency alert event i.
7. The method of claim 6, wherein the foothold information for the non-emergency alert event is obtained using a one-step extrapolation algorithm from the longku tower.
8. The method of claim 7, wherein the sequentially assigning defensive weapons to non-emergency alert events based on the threat level further comprises:
dividing the defending area into at least one foothold area;
acquisition ofNumber of non-emergency alert events N in each foot drop area k ；
Based on the number N of non-emergency alert events k And sequencing the foot drop areas, and distributing defending weapons for at least one non-emergency alarm event in the sequenced foot drop areas.
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