Aplikasi Drone Militer Dengan Produk Alutsista Indonesia untuk Over the Horizon Operations

Lesmana, Denny; Permana, Yudha; Santoso, Budi; Infantono, Ardian

doi:10.54706/senastindo.v3.2021.149

Cited by 4 publications

(4 citation statements)

References 2 publications

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“…Currently, drones are used largely for reconnaissance, target acquisition, surveillance, and intelligence purposes. In order to learn more about the target region, the surrounding environment, and potential targets, including people and etc, information must be gathered utilizing a variety of sensors, including infrared, radar, frequency, radio, thermography, and sound (Lesmana, 2021). Drones can be employed to independently search for information, but they can also work in tandem with other ISR capabilities to support the collection data plan.…”

Section: Resultsmentioning

confidence: 99%

Enhancing Intelligence Capacity For Indonesian Peacekeepers In A Dynamic Peacekeeping Landscape

Herman Subagyo Zaesohar,

Rodon Pedrason,

Asep Adang Supriyadi

2024

IJHESS

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In the constantly evolving realm of peacekeeping, this research delves into strategies to bolster the intelligence capacity of Indonesian peacekeepers. Recognizing the multifaceted challenges presented by the dynamic peacekeeping landscape, the study employs a qualitative analysis approach to explore methods of enhancing the intelligence capabilities of the Indonesian peacekeeping forces. The findings underscore the importance of not only cultivating foundational knowledge in intelligence but also emphasizing specialized competence in adapting to and leveraging evolving methodologies. The study reveals that a comprehensive approach to intelligence capacity building is essential for Indonesian peacekeepers to swiftly and accurately provide nuanced information in the rapidly changing and complex peacekeeping environment. The research further emphasizes the importance of tailored capacity-building programs in fortifying the intelligence capabilities of Indonesian peacekeepers and ensuring their effectiveness in contemporary peacekeeping operations.

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Section: Resultsmentioning

confidence: 99%

Enhancing Intelligence Capacity For Indonesian Peacekeepers In A Dynamic Peacekeeping Landscape

Herman Subagyo Zaesohar,

Rodon Pedrason,

Asep Adang Supriyadi

2024

IJHESS

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“…Seperti tugas dalam memonitoring suatu kawasan yang berbahaya dilakukan dengan menggunakan pesawat berawak, maka ini digantikan dengan kamera. Dan hasilnya dapat kita lihat pada display control station pada sistem GCS [3][4] [5].…”

Section: Pendahuluanunclassified

Analisa Kinerja Mikrotik RB 3011 UiAS-RM dan RB 450 Gx4 pada Unmaned Aerial Vehicle

2021

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With UAV (Unmaned Aerial Vehicle) technology, surveillance functions that are usually carried out by humans are simply replaced with cameras mounted on the UAV. The results can be seen on the display control station on the GCS (Ground Control Station) system. To transmit data from the drone to the GCS, a good wireless network is required. To get a good wireless network, it is necessary to choose the right device. One of the important devices used in a network is a router. So knowledge about router performance is needed in order to determine a good router to be used on UAV and on GCS. The router that was tested for its performance in this study was the RB 3011 UiAS-RM with RB 450 Gx4. The tests were carried out using the no-load and with-load bandwidth testing methods using the traffic generator feature. From the test results, it can be concluded that the RB 3011 UiAS-RM and 450 Gx4 routers have performance that is not much different. This can be seen from the results of the no-load bandwidth test. The RB 3011 UiAS-RM router has a better uplink than the RB 450 Gx4. While the RB 450 Gx4 router has a better downlink than the RB 3011 UiAS-RM. However, when viewed from the load in the test, the RB 3011 UiAS-RM is better (CPU Load=52%) than the RB 450 Gx4 (CPU Load=25%).

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“…The use of an Unmanned Aerial System (UAS) in a hostile environment reduces risk [9]. Drones can be used to solve a variety of problems related to the needs of the users, such as illegal fishing, illegal immigrants, piracy, floods, forest fires, terrorism, and military infiltration of other countries [10].…”

Section: Introductionmentioning

confidence: 99%

Selection of Unmanned Aircraft Development Model in Indonesia using the AHP Method

Utama,

Sumantri,

Bura

et al. 2023

IJACSA

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Countries worldwide are attempting to acquire or create Class 3 unmanned aircraft as part of their armies' primary weapons systems. The development of medium altitude long endurance (MALE) unmanned aircraft in Indonesia forms part of the national strategic program. Based on documentation studies, three alternative MALE-class unmanned aircraft development models were identified. This study aims to determine the most appropriate unmanned aircraft development model for the MALE class for Indonesia's current situation. This will aid decision-making by the government and stakeholders related to the drone development model. The analytical hierarchy process (AHP) method was used to analyze the decision-making for the selection of an unmanned aircraft development model. The study began with a questionnaire survey of 11 experts from various institutions. The results show that the priority criterion should be the benefits obtained, followed by the opportunity and budget criteria, and, finally, the risk. The consortium model, which had the highest score of 0.548, is the most suitable for Indonesia's development of MALE-class unmanned aircraft. The results of the study are expected to provide useful input for AHP researchers, government institutions, and stakeholders.

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Aplikasi Drone Militer Dengan Produk Alutsista Indonesia untuk Over the Horizon Operations

Cited by 4 publications

References 2 publications

Enhancing Intelligence Capacity For Indonesian Peacekeepers In A Dynamic Peacekeeping Landscape

Enhancing Intelligence Capacity For Indonesian Peacekeepers In A Dynamic Peacekeeping Landscape

Analisa Kinerja Mikrotik RB 3011 UiAS-RM dan RB 450 Gx4 pada Unmaned Aerial Vehicle

Selection of Unmanned Aircraft Development Model in Indonesia using the AHP Method

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