Large scale border security systems modeling and simulation with OPNET

Alkhathami, Mosad H; Alazzawi, Lubna; Elkateeb, Ali

doi:10.1109/ccwc.2017.7868360

Cited by 6 publications

(4 citation statements)

References 7 publications

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“…Knowing the estimation of RGB assists individuals with picking up the shade of the light which is anticipated onto the sensor since each shading compare to just one estimation of RGB. [2] The proposed framework gives some assistance to our security powers in identification of gatecrashers. The robot can likewise be utilized in high elevation regions where human can't endure.…”

Section: Related Workmentioning

confidence: 99%

Camouflage Technique Based Multifunctional Army Robot

Hegde¹,

Raju²

2020

IJRESM

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These days, numerous costs are made inside the field of safeguard in receiving crude safety efforts to monitor the fringe from the trespassers. Some military associations take the help of robot inside the hazard inclined regions which are not that powerful when done by armed force men. These Army robots are restricting with the camera, sensors, locator and video screen. The principle goal of our framework is to ask covered including some extra parameters like Wi- Fi module for continuous information prepared by the camera at the video screen and PIR sensor to follow the interlopers. Hence, the proposed framework utilizing Wi-Fi decreases mistakes at guard and keeps the state secure from the enemy. Cover Robot assumes a significant job in sparing human loses and the harms that happen during debacles. Therefore, it will acquire significance inside the up and coming period.

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Section: Related Workmentioning

confidence: 99%

Camouflage Technique Based Multifunctional Army Robot

Hegde¹,

Raju²

2020

IJRESM

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“…The deployment of the sensor is optimized by [5] for border surveillance. Large scale border security systems are modeled and simulated with "OPNET" by [6]. By [7], a brief survey about using WSNs for border security and intruder detection is presented and a bi-level exposure-oriented sensor location problem for border security missions is covered by [8].…”

Section: Introductionmentioning

confidence: 99%

“…Especially, the hybrid systems that combine some of these instruments above with intelligence and data analysis are studied in the last decade. In the literature, mathematical models [5,8,21], simulation models [6,12,19,22,23] and heuristics/ metaheuristics [1,5,24] are used to solve border security based problems. U.S.-Mexico border is the most studied border [13,15,18,25,26].…”

Section: Introductionmentioning

confidence: 99%

UAV routing with genetic algorithm based matheuristic for border security missions

Özkan

Kaya

2021

Int. J. Optim. Control, Theor. Appl. (IJOCTA)

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In recent years, Unmanned Aerial Vehicles (UAVs) are a good alternative for the problem of ensuring the security of the borders of the countries. UAVs are preferred because of their speed, ease of use, being able to observe many points at the same time, and being more cost-effective in total compared to other security tools. This study is dealt with the problem of the use of UAVs for the security of the Turkey-Syria borderline which becomes sensitive in recent years and the problem is modeled as a UAV routing problem. To solve the problem, a Genetic Algorithm Based Matheuristic (GABM) approach has been developed and 12 scenarios have been created covering the departure bases, daily patrol numbers, and ranges of UAVs. GABM finds the minimum number of UAVs to use in scenarios with the help of a GA run first and tries to find the optimal routes for these UAVs. If GABM can find an optimal route for the determined UAV number, it decreases the UAV number and tries to solve the problem again. GABM proposes a hybrid approach in which a metaheuristic with a mathematical model works together and the metaheuristic sets an upper limit for the number of UAVs in the model. In computational studies, when compared GA with GABM it is seen that GABM has obtained good results and decreased the utilized number of UAVs (up to 400%) and their flight distances (up to 85.99%) for the problem in very short CPU times (max. 122.17 s. for GA and max. 46.39 s. for GABM in addition to GA).

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“…To support the adoption of the e-government and security approach, sensor hubs are conveyed deliberately on parts, or the aggregate of the border rely on potential interruption or standard courses to gather sensors data by an organization of communicating hubs on a controlled radio channel [8]. These radio signals are used to attach to the environmental parts that cause many events, like a body movement.…”

Section: Introductionmentioning

confidence: 99%

The Adoption of Border Technology of Immigration Control and Autogates in Indonesia

Putra¹,

Arifin²

2020

SINTECH Journal

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There has been no research on border automation or the mechanism of autogate system at airports in Indonesia, including a comparative study on border technology of immigration control in several countries. This paper is to describe how the border technology of immigration control and autogate at airports in Indonesia work and to compare the adoption of border technology of immigration control at airports in four countries. It presents a discussion with a qualitative research method by applying a systematic procedure reviewing or evaluating documents or document analysis. This study finds Border technology in Indonesia has been established with an integrated information system called SIMKIM under the EDAS as a connecting system to every interoperable system at immigration offices, border controls, detention centers, and representative offices overseas. The DGI has deployed an automated border control for Indonesian passport holders at Jakarta International Airport and Bali International Airport, and foreign passport holders from twelve selected countries at the departure terminal of Bali International Airport. For further research, it is essential to evaluate the adoption of border technology of the immigration control process in Indonesia and the evaluation of the deployment of autogate at two airports in Indonesia.

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Large scale border security systems modeling and simulation with OPNET

Cited by 6 publications

References 7 publications

Camouflage Technique Based Multifunctional Army Robot

Camouflage Technique Based Multifunctional Army Robot

UAV routing with genetic algorithm based matheuristic for border security missions

The Adoption of Border Technology of Immigration Control and Autogates in Indonesia

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