An aerial ammunition ad hoc network collaborative localization algorithm based on relative ranging and velocity measurement in a highly-dynamic topographic structure

Wu, Hao; Wu, Pengfei; Shi, Zhangsong; Sun, Shiyan; Wu, Zedong

doi:10.1016/j.dt.2022.04.014

Cited by 4 publications

(2 citation statements)

References 19 publications

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“…Due to missiles being costly, it is not a good solution when facing low-cost targets; inter-cannonball grouping can attack cost-effective targets in concert. Wu et al [17] focuses on self-organizing networks in a satellite-denied environment. This research investigates the relative distance and velocity between munitions and constructs the trilateration localization integrated (TLM) with multidimensional scaling (MDS) algorithm to accomplish cooperative localization of three-dimensional, airborne, networked weapons in an ad hoc network.…”

Section: Introductionmentioning

confidence: 99%

Research on Communication Stability of Inter-Cannonball Network Based on OPNET

Zhuo

Huang

et al. 2023

Applied Sciences

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In modern warfare, achieving strikes against military targets commonly involves utilizing methods such as fire coverage and missile precision guidance. While effective, fire coverage requires significant ammunition support, and missiles can be costly. Therefore, an intelligent strike solution can be an effective way to address these challenges. The inter-cannonball wireless communication network provides a solid foundation for inter-cannonball networking and joint strikes. The synergy improves the strike’s range and precision, ensuring own safety and destroying the enemy’s core with success. In this paper, the reliability of inter-cannonball group communication is studied. The vast array of activities and short striking distance of cannonballs make wireless networking between cannonballs a technological challenge. For this unique communication environment, the network of cannonballs is discussed, the self-organizing structure model of the network is proposed, the corresponding node topology is established, the protocol framework of inter-cannonball communication is presented, and the simulation parameters of the communication network are set. On this premise, discrete event simulation is performed by using the OPNET program to validate the impact of failure rate and node movement speed on the inter-cannonball network communication reliability. And the main performance indices of the inter-cannonball communication system are derived. The simulation results indicate that it can maintain basic communication stability, with wireless LAN delays of less than 100 ms, even when the node failure rate reaches 20%. The simulation verification method, on the other hand, overcomes the limitations of the real environment, optimizes the design phase, reduces research costs, and accelerates the development of intelligent cannonballs.

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Section: Introductionmentioning

confidence: 99%

Research on Communication Stability of Inter-Cannonball Network Based on OPNET

Zhuo

Huang

et al. 2023

Applied Sciences

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“…In the military domain, the advent of loitering ammunition [10] (sometimes referred to as kamikaze drones [11]) has had a massive impact on operations and is considered to be a (tactical) game changer [12,13] (note that the authors are not fond of this term, as the application and the application domain are not a game to those participating in it). The conflict often mentioned in this context is the war between Armenia and Azerbaijan over the disputed Nagorno-Karabakh region in 2020 [14], where Azerbaijan deployed drones with devastating effect (for details we refer to this post by the Center for Strategic and International Studies (2020): https://www.csis.org/analysis/air-and-missile-war-nagornokarabakh-lessons-future-strike-and-defense, accessed on 1 February 2023).…”

Section: Introductionmentioning

confidence: 99%

Hierarchical Plan Execution for Cooperative UxV Missions

2023

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A generic reasoning approach for autonomous unmanned vehicle (UxV) mission execution is presented. The system distinguishes (a) mission planning and (b) mission execution, treating these as separate but closely interdependent stages. The context of the work is that of tactical military operations, and the focus of the current (simulated) application is on ground-based platforms. The reference behavior for the UxVs is defined by military doctrine. Two operational requirements are met: (1) Mission plan and execution must be constructed such that they can be understood and evaluated (prior to giving the go ahead for the platforms to commence the mission) by a decision maker. (2) Mission plan and execution must account for both observations/information gathered during execution (for example, the spotting of enemy units) and for foreseeable changes in the internal and external situation (e.g., a sub-system failure, or changes in terrain or weather).

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RETRACTED: A robust multi-target localization algorithm for ISAC systems

Guo

2024

Physical Communication

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An aerial ammunition ad hoc network collaborative localization algorithm based on relative ranging and velocity measurement in a highly-dynamic topographic structure

Cited by 4 publications

References 19 publications

Research on Communication Stability of Inter-Cannonball Network Based on OPNET

Research on Communication Stability of Inter-Cannonball Network Based on OPNET

Hierarchical Plan Execution for Cooperative UxV Missions

RETRACTED: A robust multi-target localization algorithm for ISAC systems

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