Strengthening Indonesia Naval Base as a Aircraft Carrier at the Frontier to Increase Power of Deterrence and State Defense at Sea

Zulkifli, Muhammad Faris; Moeljadi,; Fadli, Moh.; Nurjanah, Nurjanah

doi:10.18551/rjoas.2021-09.01

Cited by 2 publications

(2 citation statements)

References 3 publications

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“…Pertahanan negara pada hakikatnya merupakan segala upaya yang bersifat semesta dan diselenggarakan atas kesadaran hak dan kewajiban seluruh warga negara, keyakinan atas kekuatan sendiri untuk mempertahankan kelangsungan hidup berbangsa, bernegara, adil dan makmur (Zulkifli & Fadli, 2021). Pertahanan juga harus mampu membangun kekuatan yang bukan hanya untuk menjaga kedaulatan teritorial, sumber daya kekayaan alam dan memberikan rasa aman kepada seluruh warga negara, tetapi harus mampu membangun kekuatan dalam kerangka detterent strategy atau strategi penangkalan serta menggetarkan negara lain, sehingga dapat mencegah niat negara lain untuk mengganggu/mengancam keamanan suatu negara dalam hal ini Negara Kesatuan Republik Indonesia (Abdullah F, 2017).…”

Section: Pendahuluanunclassified

Model Penilaian Strategi Pertahanan Matra Laut Negara Kepulauan Berbasis System Dynamic

Martin¹,

Laksono²,

Riniwati³

et al. 2023

Rekayasa

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The maritime dimension defense strategy model is a part of the Archipelago Marine Defense Strategy, referring to the dynamics or developments in the strategic environment and the capabilities of available national resources. In carrying out an assessment of the defense strategy of the archipelagic nation's sea dimension, it is determined by the influence and interaction of interrelationships between balancing aspects of Naval Forces and Integrated Fleet Weapons Systems (SSAT) with Threat aspects as a complex system, so an analysis is needed to get a value on the assessment defense strategy of the maritime dimension of the archipelagic state, which consists of aspects of developing the strength of the Navy and aspects of Potential Threats. So it needs to be compiled in a dynamic model that can represent a value in the assessment of the marine defense dimension of the archipelagic nation which is projected based on the time dimension up to the next 15 years. In this research, the researchers compiled a system dynamic model approach to obtain an assessment of the value of each variable and sub-variable. The results of the formulation and simulation model on the assessment of the sea dimension defense strategy, obtained values based on the following strategic scenarios: (1) Fleet In Being defense strategy at an index value of 5.72, (2) Blockade defense scenario 5.72, (3) Defense scenario Decesive Battle 5.73, (4) combined scenario between fleet in being and blockade 5.72, ( 5) combined scenario of fleet in being and decesive battle 5.78, ( 6) combination scenario of blocakde and decesive battle 5.73 and value sea defense based on current SSAT capabilities in the 15th year of 5.9, included in the alert category/quite safe.

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Section: Pendahuluanunclassified

Model Penilaian Strategi Pertahanan Matra Laut Negara Kepulauan Berbasis System Dynamic

Martin¹,

Laksono²,

Riniwati³

et al. 2023

Rekayasa

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“…which makes Indonesia vulnerable to border problems related to regional border issues which have always been a problem for the beneficiary parties, the real threat of armed criminal groups and separatism currently has the potential to disrupt the country's defense and security system. [2]. entering the industrial revolution 4.0 where all have used technology as the main component in various fields, especially industrial production, information, and communication technology [3].…”

Section: Introductionmentioning

confidence: 99%

Network Security Analysis Simulation at the GCS in the UCAV to support the Indonesian Defense Area

Zen¹,

Zafia²,

Putro

2022

J. RESTI (Rekayasa Sist. Teknol. Inf.)

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An unmanned Combat Aerial Vehicle (UCAV) is an unmanned aircraft that has a serial control communication device that can be seen directly in real-time. In carrying out UCAV flights, it requires good and stable data transmission security so that signal loss does not occur during the communication process. Researchers create a concept of a security scheme in communication at the Ground Control Station (GCS) that can be used for the use of UCAV communication at long distances, using the Quality of Service (QoS) method from OPEN VPN with parameters Throughput, Packet Loss, Delay (Latency) and Jitter can determine the reliability of a UCAV communication network. Based on the results of Quality of Service (QoS) testing with OpenVPN Autopilot UCAV objects on the ICMP protocol have the smallest packet loss value of 0%, the delay parameter is 5.2ms, the jitter parameter gets a high value of 4.68 ms higher than the TCP protocol and UDP. The TCP protocol has a relatively small packet loss value of 0.3% and ranks second to the ICMP protocol, then the delay value is 8.48 ms greater than the ICMP and UDP protocols, and the jitter parameter value is 0.0013 ms smaller than the ICMP and UDP protocols. The use of VPN OVPN is a good recommendation. Still, researchers suggest that should use not only OPEN VPN but also L2TP VPN and PPTP VPN for security at the Ground Control Station at UCAV as a comparison.

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Strengthening Indonesia Naval Base as a Aircraft Carrier at the Frontier to Increase Power of Deterrence and State Defense at Sea

Cited by 2 publications

References 3 publications

Model Penilaian Strategi Pertahanan Matra Laut Negara Kepulauan Berbasis System Dynamic

Model Penilaian Strategi Pertahanan Matra Laut Negara Kepulauan Berbasis System Dynamic

Network Security Analysis Simulation at the GCS in the UCAV to support the Indonesian Defense Area

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