bluuebunny/crossref_metadata_2025 huggingface dataset:
WAREHOUSHING AND INVENTORY INFORMATION SYSTEM MODEL USING RADIO FREQUENCY IDENTIFICATION (RFID) IN EASTERN NAVAL WAREHOUSING
Authors: Agustian Indra , Muktiono Eka , Nuryadin Akhmat , Suharjo Bambang
Published: June 2021

Eastern Naval Warehousing is the technical implementation elements in charge of receiving, storing, maintaining and distributing supplies to support existing user in the Navy in particular user located in the eastern region. To support the operational activities of the Navy, Eastern Naval Warehousing as service organizations should be supported with the provision of an information system capable of supporting the activities become more optimal provisioning. Speed and accuracy of support provision to user is an indication for the success of a service. Information technology nowadays has grown very rapidly to develop into the current warehousing system. RFID (Radio Frequency Identification) is the process of identifying an object automatically by Radio Frequency. There are two important components of an RFID system is the card (tag) and the reader. Application warehousing information system can be integrated with RFID technology, so that the system can run more optimal for warehousing system. This research aims to design warehousing information system based on RFID in Eastern Naval Warehousing used in processing existing warehousing system to gain optimal in provisioning operations running in Eastern Naval Warehousing to support provisioning activities to meet the requirement of existing user in Navy. Field studies conducted in Eastern Naval Warehousing, aimed to determine the current state of warehousing system that runs to identify existing problems. Furthermore, to process the data, created the design of an information system based on RFID warehousing in software system. This paper get to report out of the goods, report the amount of inventory in real time, the location of goods and EOQ value of goods to determine the optimal inventory level of each item.
THE APPLICATION OF ANALYTIC NETWORK PROCESS ANP METHODS FOR COMPANY PROFILE SELECTING ( A CASE STUDY )
Authors: Hidayat Sutikno Wahyu , Ahmadi Ahmadi , Agustiyani Ike , Agustian Indra
Published: June 2021

PT. X is a newspaper publishing company. In publishing newspapers, paper raw materials are needed as the main ingredient. In choosing a supplier of paper suppliers, so far the company still applies conventional methods. Improper supplier selection process will have an impact on the sales of the company because it relates to the production process and also the products to be sold later. Many things must be considered in choosing suppliers. In the decision-making process for selecting suppliers, it must be noted that the factors (criteria) that each other might be interrelated. The Analytic Network Process (ANP) method is a method of decision making with many interrelated criteria. This problem is represented in a system with dependence and feedback. The linkages found in the ANP method are linkages in a set of elements (node comparison) and linkages to different elements (cluster comparison). The use of the ANP method will produce priority value weights on all elements contained in the decision making system. From the research that has been done at PT. X there are 4 consideration criteria consisting of 12 sub-criteria, and 3 alternative choices. Based on the results of data processing, alternative suppliers of CV. A was chosen as the best alternative supplier with the highest weight value of 0.158 then CV. B with 0.145 and CV. C of 0.134. Therefore, alternative suppliers of CV. A is the best alternative supplier for the company.
OPTIMIZATION OF TOURISTANT ASV WITH JACOBIAN APPROACH
Authors: Herlambang Teguh , Adzkiya Diecky , Nurhadi Hendro
Published: June 2021

An Autonomous Surface Vehicle (ASV) is an unmanned ship that can automatically navigate itself in watery area. ASV can be utilized as tourism modes, transportation modes, Indonesian military (TNI) fleets or warships. In this paper, the study used a Touristant ASV prototype with a length of 3 meters, a diameter of 1.5 meters, and a height of 1.3 meters. The ASV motion system is a linear model with 3-DOF (surge, sway and yaw), resulted from the linearization of the ASV nonlinear model into a linear model which, then, was optimized as the basis of the navigation and guidance control system. The objective of this paper is to check the controllability and observability of the ASV Touristant linear model. The contribution of this paper is to provide numeric study on the controllability and observability of the model.

Keyword: ASV, 3-DOF, linear model, Optimization, Controlable, Observable
DESIGN AND DEVELOPMENT OF THE MEASURING OF THE BODY MASS INDEX TO THE INDONESIA NAVY BASED ON VISUAL STUDIO
Authors: Candra Depilia Surya , Syahlan Zaenal , Widodo Edy
Published: June 2021

Height and weight measurement tools are one of the important measurement tools used to monitorthe health status of the Navy personnel periodically every six months through the URIKES program, witha comparison between height and weight later this will be known to the health status of soldiers in theunderweight category , Normal, Overweight and Obesity. With this monitored health status, it is hopedthat Indonesian Navy soldiers will not be constrained by health problems in carrying out their duties ortraining and can assist leaders in determining policies. In this final project, a system will be designed tomake it easier and faster to measure height and weight automatically using the Sharp sensor as a heightgauge and the Load Cell sensor as a weight gauge. The output of this measuring device is in the form ofdisplay on a PC monitor and can be uploaded then the data can be stored on the server, so it can beaccessed via Android. This tool is expected to later be used as a substitute for measuring height andweight that is still manual.Keywords: URIKES, underweight, Normal, Overweight, Obesity, Sharp Sensor, Load Cell Sensor andAndroid.
SWOT APPLICATION ON DETERMINING SHIP YARD DEVELOPMENT STRATEGIES: A CASE STUDY
Authors: Syahtaria Ikhwan , Sukarno Sukarno , Mashudi Ali , Widodo Edy
Published: June 2021

Sea transportation is a major factor connecting the islands of Indonesia which has strategic and important value in supporting the sustainability of the national economy. Along with the government's policy on the sea highway program and the development of the domestic shipping industry, the growth of the commercial fleet, especially vessels, is currently experiencing rapid progress. In supporting the government program and the demand for reparation and procurement of new ships in domestic production, readiness is required from the shipyard. However, the current condition of the shipyard is only able to meet 83% of the demand for new shipbuilding so that the shipyard still needs to be developed in order to improve its capabilities, so that it can meet the needs and be able to carry out its functions in accordance with the progress of shipping technology. In this study discusses the strategy of developing shipbuilding using qualitative descriptive methods and quantitative SWOT analysis. In this case study shipyard development strategy by increasing the ability of shipyards to meet the demands of ship building by increasing supporting facilities and accompanied by increasing the ability of human resources in the mastery of science and technology. Besides also by conducting cooperation with the domestic shipping industry in the procurement of supporting partsKeywords: Shipyard, Maintenence, SWOT Analysis, Developmen Strategy
THE WARSHIP ASSIGNMENT SCHEDULE USING INTEGER PROGRAMMING MODEL
Authors: Ahmadi Ahmadi , Sukandari Benny , Mahrowi Agus
Published: June 2021

Scheduling is an assignment activity that deals with constraints. A number of events can occur in a period of time and location so that objective functions as close as possible can be fulfilled. In the hierarchy of decision making, scheduling is the last step before the start of an operation. Scheduling warship assignments in Kolinlamil are an interesting topic to discuss and find solutions to using mathematical methods. The process of the Kolinlamil warship assignment schedule was carried out to produce an annual shipbuilding schedule. This process not only requires fast follow-up, but also requires systematic and rigorous steps. Where the assignment schedule is a fairly complex combinatorial problem. While making the assignment schedule that is applied at this time is considered less accurate because it calculates the conventional method. The process of warship assignment schedule in this study using the Integer Programming model aims to obtain alternative scheduling operations. The schedule observed was 13 warships in carrying out N operations for 1 year (52 weeks). This research begins with determining the decision variables and limitations that existing constraints. Hard constraints include: maintenance schedule, time and duration of each task, warship class assigned to the task and the number of executing warships per task. While soft constraints are how long the warship performs its tasks in a row. The mathematical formulation of the Integer Programming model created consists of three indicator, one decision variables, two measuring parameters and five constraint functions. Furthermore, determining the best scheduling alternatives is completed using the Microsoft Exel Solver computing program.Keywords: Scheduling, Integer Programming, Solver.
ANALYSIS TREND OF MANPOWER PLANNING FROM INDONESIAN NAVY SOLDIER
Authors: Setyarizky Brillyandhi , Suharjo Bambang , Sunarta Sunarta
Published: June 2021

The Indonesian National Armed Forces (TNI AL), as a state institution in accordance with Law number 34 of 2004 concerning the Indonesian National Army in article 9 points stated that the Navy had a role to carry out the duties of the TNI in the development and development of sea power forces. The form of the strength of the sea dimension owned by the Navy is the Organization and the main weapon system (Alutsista), therefore the Navy has a policy in conducting organizational development and defense equipment in order to achieve the ideal strength posture, where the consequences of changes in the development of the Navy force is the need for the right number of personnel to be able to support the implementation of organizational functions and defense equipment personnel. Man Power planning includes all activities including in determining the number of troop compositions at the right time in accordance with the policies and plans of the organization and personnel of defense equipment. In the Navy organization, personnel consist of Soldiers and Civil Servants where TNI soldiers are divided into 3 groups namely Officers, Non-Commissioned Officers and Enlisted. So to deal with threats in the future, a proper planning of Soldiers is needed, therefore forecasting methods using trend analysis can be used to assist in as a basic for future planningKeywords: Manpower Planning, Forecasting, Trend Analysis.
DESIGN OF ACADEMIC ORGANIZATION PERFORMANCE MEASUREMENT SYSTEM
Authors: Susanto Edy , Ahmadi Ahmadi , Sukandari Benny
Published: June 2021

The Naval Academy must spur its potential to be able to compete with other tertiary institutions. To make it happen certainly need a good improvement. The Navy Academy's performance evaluation system in terms of operational and administrative aspects is not optimal. Based on the planned improvement of the Naval Academy which is compiled annually it is still needed. The report on the implementation of work programs and budgets at the end of the year is not yet sufficient to measure the actual performance of the Navy Academy, by the required assessment system that can be used by management to improve performance and performance at the Navy Academy. The results of this evaluation are very important for the planning and determination of strategic steps and strategies to achieve the vision, mission and coordination objectives. Research Methods that Support Performance Measurement Systems using the Balanced Scorecard method. The design of a performance appraisal system that is in accordance with the concept of the Balanced Scorecard in this study used 8 strategic objectives as a criterion for evaluating the performance of tertiary institutions consisting of 27 KPIs.Keywords: Performance Measurement, Framework, Balanced Scorecard.
OPTIMIZATION OF B-SERIES PROPELLER DESIGN AS KCR 60 PROPULSOR TO ACHIEVE OPTIMAL PERFORMANCE USING MATHEMATICAL MODEL
Authors: Nuryadin Akhmat , Rahman Abdul , Cahyanto Cahyanto
Published: June 2021

The process of designing a propeller as a ship propulsor is an important step to produce a propeller that has the ability to achieve the desired target speed of the ship. Propeller optimization is an effort to produce a propeller design with optimal capabilities. This propeller design uses a B-series propeller where this propeller is commonly used as ship propulsor. Optimization steps to find the optimal propeller, namely: determining the objective function, determining the decision variable, and determining the constraint variable. The objective function of this optimization is to determine the Advanced-optimal (J-opt) coefficient value for the propeller. The J-opt coefficient must have a value greater than the J-Design coefficient (J-d) value and the smallest possible value (minimization function). For decision variables include picth diameter ratio (P / D) and Blade area ratio (Ae / Ao) and number of leaves (Z). While the constraint variables are: the pitch diameter ratio value of the B-series propeller (0.5≤P/D≤1.4), the blade area ratio B-series (0.3≤Ae/Ao≤1, 05) as well as the number of blade (2≤Z≤7). From the calculation results of the optimization of the B-series propeller design for the KCR 60, the optimum value is different for each blade. the propeller with the number of blade 2 (Z = 2) obtained the optimum propeller with the value of J-opt =0.77098733, Ae/Ao=0.3, P/D=1.13162337, KT = 0.165632781, 10KQ=0, 27546033 and efficiency=0.73198988. Popeller with number of blades 3 (Z=3) obtained optimum propeller with J-opt value=0.77755594, Ae/Ao=0.3, P/D=1.06370107, KT=0.168069763, 10KQ=0.28984068 and efficiency=0.70590799. Propeller with number of blades 4 (Z=4) obtained optimum propeller with J-opt value=0.78478688, Ae/Ao=0.45954773, P/D=1.03798312, Kt=0.172147709, 10Kq= 0.3091063 and efficiency=0.67797119. Propeller with blades number 5(Z=5) obtained optimum propeller with J-opt value=0.78575616, Ae/Ao=0.65607164, P/D=1.02716571, KT=0.174099168, 10KQ=0.31376705 and efficiency=0.67547177. Propeller with blades number 6 (z=6) obtained optimum propeller with J-opt value=0.78867357, Ae/Ao=0.71124343, P/D=1.0185055, KT=0.176525247, 10KQ=0.32215257 and efficiency =0.66705719. Propeller with number of blades 7 (Z=7) obtained optimum propeller with J-opt value=0.7949898, Ae/Ao=0.69772623, P/D=1.01780081, KT=0.181054792, KQ=0.34011349 , and efficiency =0.64804328.Keywords : KCR, Optimization,Wageningen B-series.
ANALYSIS OF DEVELOPMENT STRATEGY OF TUBAN PUSLATPUR LOCATION TO SUPPORT MARINE TASKS USING SWOT AND ANP METHODS
Authors: Sutrisno Sutrisno , Ferianto Giani , Putra I Nengah , Jiwa I Made
Published: June 2021

The Marine Corps Training Command or (Kolatmar) has the main task of carrying out plans and programs for building the capability of the training commands in the Marine Corps. The current problem is that the distance from the marine corps student education center in AAL, KODIKLATAL and PASMAR 2 soldiers in Surabaya is too faraway from Puslatpur in the Situbondo and Banyuwangi areas. The method used in conducting this research was a combination of SWOT Analysis with Analytical Hierarchy Process (ANP). IFE research calculation results were 3.29 while the EFE was 3.08, thus Putlatpur was placed in quadrant II in IE Matrix, the results of weighting strategy were by improving public facilities and supporting facilities of Puslatpur and Puslatpur organizations with support from the central government in increasing the ability of national defense (0.368707), fiscal increase of Indonesian Navy for the development of Puslatpur with support from the central government in enhancing the capability of national defense (0.179934), optimizing Puslatpur coastal's oceanography and logistical support for combat training with ANP processing (with a score of 0.104935), strengthening the legality of Puslatpur locations to avoid socio-cultural impacts in the surrounding community (0.072567), and reducing the socio-cultural impact of the community around the puslatpur with the Navy's strategic policy (0.029992).Keywords- SWOT, AHP, ANP, Internal, External
DEVELOPMENT STRATEGY OF EDUCATION CURRICULUM IN STTAL
Authors: Apriyani Risa , Bandono Adi , Purnomo Joko , Sunarta Sunarta
Published: June 2021

In the era of the industrial revolution 4.0, the preparation of mastery of maritime technology and the preparation of human resources is the urgency of the Navy's education. STTAL as one of the Navy's educational institutions has a strategic role as a producer of the Navy's human resources capable of merging themselves in technological development. Demands for the development of science and technology that are so fast affect the development of modernization of technology in the rank of maritime technology and graduate qualifications, it is necessary to make adjustments by conducting an evaluation and development in the education curriculum. A concrete step in addressing this requires a strategy to develop STTAL education curriculum in response to scientific vision, efforts to achieve graduate qualifications expected in accordance with societal needs and stakeholder needs. With SWOT analysis, a matrix will be obtained which shows the strengths and weaknesses as well as opportunities and threats which will later be used as a reference to make the right and appropriate strategies.Keywords: SWOT Analysis, STTAL Education Curriculum, Industrial Revolution 4.0
EFFECT OF OPERATING PATTERNS ON THE EFFECTIVENESS OF LAW ENFORCEMENT IN THE SEA
Authors: Anggoro Rully Tri
Published: June 2021

Indonesian Navy as a Security Task Force at Sea tasked with arranging marine security operations seeks to reduce the crime rate at sea. However, in carrying out marine operations there are still many illegal fishing, illegal logging, pollution, narcotics smuggling, piracy, people smuggling and sea accidents at various points in the sea. Koarmada II. Koarmada II in supporting the demand for operations that are under the command of its control, will be adjusted to the readiness of the existing elements, because not all elements below are in a condition ready for operation, there are several elements that must carry out maintenance and repair. Therefore we need the right operating pattern strategy in increasing the effectiveness of law enforcement at sea. The purpose of this research is to find out the right Indonesian Navy Operation Pattern in increasing the effectiveness of law enforcement at sea and the effect of the Operational Pattern on the effectiveness of sea law enforcement carried out by Indonesian Navy. Using the multiple regression analysis method, the results show that the Indonesian Navy Operational Pattern consisting of Patrol Operation Pattern (X1), Standby Operating Pattern (X2) and Air Maritime Patrol Operation Pattern (X3) has a real influence on the effectiveness of law enforcement at sea (Y ). The Air Maritime Patrol Operation Pattern (X3) has the greatest coefficient in influencing the Effectiveness Level of law enforcement at sea due to the use of the Air Maritime Patrol Operation Pattern so that it can explore the area very efficiently and effectively, thereby increasing opportunities to find violations of Law at sea.Keywords: Operational Patterns, Effectiveness of Law Enforcement, Multiple Regression analysis.
THE EFFECT OF SUPPLY AUTOMATION SYSTEMS TECHNICAL OPERATIONS READINESS OF INDONESIAN WARSHIP (CASE STUDY: DOPUSBEKTIM)
Authors: Fandiano Antonius
Published: June 2021

In the system of guiding material for the Navy the spare parts are supporting material because of their nature as a provision that supports the maintenance of the main material so that it is always maintained and maintained its quality. The Eastern Region Procurement Center Depot or Dopusbektim is the Technical Implementation Unit (UPT) of Head quarter of Indonesian Navy Service, which has the duty and responsibility to receive, store, maintain and distribute provisions to the user unit or user unit including of Indonesian Warship In especially those located in the Koarmatim region or currently is Second Fleet of Indonesian Navy (Koarmada II). In supporting its duties and functions as a storage and distribution facility, Dopusbektim has a structured and implemented supply pattern supported by an automated system that uses special applications so that the distribution process can be carried out better in supporting technical operations readiness of Indonesian Warship. However, in carrying out the Dopusbektim debriefing, it was felt that it was not optimal although it was supported by infrastructure because there were still obstacles and obstacles. This results in Dopusbektim's duties and functions, one of which is providing services in order to support technical operations readiness of Indonesian Warship has not been maximized. Therefore it is necessary to analyze which effects need to be improved in optimally supporting technical operations readiness of Indonesian Warship .Keywords: Supplies Pattern, Automation System, Indonesian Warship Technical Operational Readiness, Multiple Regression analysis.
SHIPMENT INDUSTRY DEVELOPMENT STRATEGY WITH INTERPRETATIVE STRUCTURAL MODELING (ISM) APPROACHES
Authors: Hidayat Sutikno Wahyu , Mumtaz M Faiq , Cahyanto Cahyanto
Published: June 2021

The shipping industry sub-sector, although contributing quite significantly to Indonesia's economic growth, has not yet included leading commodities in industrial development in Indonesia. The problem that must be examined in the effort to develop the shipping industry is the absence of the determination / application of the right strategy to be able to maximize the potential of the existing potential that enables the shipping industry to become a competitive industry. The research is carried out with the following stages: - Searching for sources of information that can provide an overview of the boundaries, subject matter of the study, developments and problems in the shipping sub sector, territorial understanding, understanding of management strategies, to then set the goal formulation as the direction of conducting research. - Conducting an expert survey to review and determine the elements / sub elements related to the development strategy of the shipping industry real sector of the shipping industry. - Designing a structuring system by conducting studies / determination of the key elements of development, with Interpretative Structural Modeling (ISM). Based on the results of expert studies, 4 elements and 12 sub elements were determined that have strong interactions with the development of the shipping industry in Indonesia. The elements are then analyzed by the level of interaction with the ISM-VAXO technique. The first step is to study the contextual relationship in the form of the SSIM-VAXO Matrix. This method has been able to classify all sub-elements into four quadrants based on the value of Drive Power and Dependence and in the hierarchical structure based on Ranking and Level, which then informs the key sub-elements of the development of the shipping industry, namely: sub-elements: Provision of human resources with shipping knowledge and skills adequate (7) and sub-elements Improvement of managerial skills training program (8).Keywords: Shipping industry, development strategy, ISM
STRATEGY FOR MICRO, SMALL AND MEDIUM BUSINESS DEVELOPMENT STRATEGIES ECONOMY IN COASTAL COMMUNITIES (Case Study on Shrimp Sambal Business in Lamongan District)
Authors: Endriyanto Wahyu , Hidayat Sutikno Wahyu , Mumtaz M Faiq
Published: June 2021

This study aims to determine the development strategy of Micro, Small and Medium Enterprises (UMKM) in strengthening the populist economy of coastal communities in shrimp sauce business in Lamongan Regency. The approach used in this study is a qualitative approach. The subject of the research is the shrimp chili business owner in Lamongan Regency. The data analysis techniques used are qualitative analysis techniques and SWOT analysis. Where qualitative analysis uses triangulation data collection techniques while SWOT analysis is used to identify various factors systematically and formulate a company's strategy. The results of this study indicate that the strategy of developing small businesses in strengthening the people's economy in the shrimp chilli business in Lamongan Regency that can be used is the development of markets and products, as well as intensive market penetration by increasing promotion, quality, and innovation of marine products of Lamongan Regency.Keywords: Development strategy, strengthening people's economy, UMKM.
A GENETIC ALGORITHM APPROACH FOR SOLVING INBOARD OUTER FIXED LEADING EDGE-DRIVE RIB 1 PRODUCTION SCHEDULING AT PT DIRGANTARA INDONESIA
Authors: Ilhamsah Heri Awalul , Cahyadi Indra , Yulianto Ari
Published: June 2021

The scheduling of production floor is a sophisticated problem which seeks the optimal task allocation to certain resources under a number of constraints. The use of optimization techniques facilitates the determination of acceptable solutions that considered optimized for a specific problem. This paper proposes production scheduling solution based on job priority in a Non-Deterministic Polynomial-time hard (NP-hard) problem. The case study was taken from the Spirit Aerosystem Project, particularly in the Inboard Outer Fixed Leading Egde - Drive Rib 1 component production process. The problem consists of finding the machine operations schedule, taking into account the precedence constraints. The main objective is to minimize total delays or tardiness. The genetic algorithm was employed to determine the optimized production scheduling solution. The parameter for genetic operators in this study consists of a roulette wheel selection, 1 elitist chromosome, partially-mapped crossover mutation and 1 point mutation. The termination condition was achieved when there has been no improvement in the population for 30 iterations.The results show that the algorithm is capable to generate optimum production schedule with minimum tardiness for the given problem.

Keywords: Genetic algorithm, job shop problem, scheduling problem
DESIGN OF SHOOTING SCORE RECORDING INFORMATION SYSTEM BASED ON IMAGE PROCESSING
Authors: Rozikin Choirur , Kurnianto Fifin , Ahmadi Ahmadi , Syaifi Mohammad
Published: June 2021

Image processing shooter-based Information System is very useful for STTAL, which has a visionto become a center for the development of defense science and technology in the field of military,maritime and reliable seas at the regional level in realizing the independence of the main weaponssystem.STTAL has the mission of organizing higher education programs to produce human resourceswith Indonesian character and personality, based on science and technology that are of high quality andrelevant to the defense needs of the military, maritime and marine departures. In carrying out its duties asan educational institution, STTAL also carries out its obligations as the Indonesian National Army. So withthat STTAL often hold short barrel or pistol shooting exercises. In a series of short barrel or pistolshooting activities, each process of recording values is still carried out visually, that is by looking directlyat the target and counting manually, so that it takes a lot of members of the shooting committee and takesa long time in recording values. We design a application of image processing information system basedshots which can be used in shooting exercises to facilitate all members in carrying out shooting exercisesat STTAL. In this application the shooter can see firsthand the value of the shot obtained so that it canconcentrate fully in carrying out a shooting exercise. In this application also makes it easy for the head ofthe shooting committee to make a report to the commander quickly and accurately, for the commander tosee first hand the results of the shooting practice and it's easy to take a decision on shooting practice.Keywords: Value Marker, Shooting, Image Process.
APPLICATION OF DECISION SUPPORT SYSTEM FOR DETERMINING AMPHIBIOUS LANDING BEACH IN WEST PAPUA INDONESIA
Authors: Setiarso Budi , Ciptomulyono Udisubakti , Suharjo Bambang , Putra I Nengah , Susilo A K
Published: June 2021

ABSTRACT

Determination of the landing beach becomes a must for the Marine Forces of the Indonesian Navy as an element of the landing forces in order to carry out the task of amphibious operations in particular to determine the ideal landing beach location for the successful implementation of the task. Requirements on the determination of ideal landing beaches should be in accordance with predetermined parameters and serve as an important component in determining the weighting value of landing beach selection criteria. This study aims to determine the location of landing beaches by using the Preference Ranking Method Method of Organization for Enrichment Evaluation (PROMETHEE) combined into the Borda method. The research stages started from determining the value of criterion preferences to the landing beach alternative options analyzed by PROMETHEE method then processed again in Borda method. The PROMETHEE method is used to analyze individual decisions of decision makers, while the Borda method is used to manage group decisions from the PROMETHEE method of ranking. The use of both methods is a solution to generate more objective group decisions so as to obtain a ranking result against the selection of logical amphibious landing beaches and have an objective value in accordance with accurate data and greatly assist decision-makers to solve multi-criteria problems. From the results of this study can be seen that the location of the selected beach is the most feasible to serve as the location of landing beaches in amphibious operations is Beach 3 with a weighted value of 0.389.

 Keywords: Amphibious operations, the landing beach, Decision Support Systems, PROMETHEE, Borda
RISK MANAGEMENT ON THE WARSHIP TASK OPERATIONS
Authors: Diksono Diksono , Jiwa I Made , Suparno Suparno
Published: June 2021

ABSTRACT

The main task of the Indonesia Navy is to enforce the law and maintain security in the territorial sea of national jurisdiction, so that the Indonesian Navy is required to have the main tool of weapons systems (Alutsista) are always ready to carry out the task. The frequent occurrence of accidents experienced by the Indonesian Warship (KRI). This reduces the ability of Warship in performing the task. The purpose of this research is to investigate the causes and effects of accidents, and seek risk mitigation that is considered appropriate. Formal Safety Assessment (FSA) is a structured and systematic methodology used for maritime safety analysis. The fault tree analysis is used to investigate the cause of marine accidents and the event tree analysis is used to determine the impact of an accident. The results of this study are FSA can be effectively applied in accident investigations, although the calculation of cost benefit analysis for warships can be ignored because the Warship task cannot be compared to the value of money.

 Keywords: Task Operation, Warship, FSA, fault tree analysis, event tree analysis
PATROL SHIPS ASSIGNMENT MODEL IN EASTERN AREA OF INDONESIA WATER USING SET COVERING
Authors: Suharyo Okol Sri , S Oyu Mulia , Ahmadi Ahmadi
Published: June 2021

ABSTRACT

Maintaining stability of the National jurisdiction security, particularly in the Indonesian eastern waters is one of the roles of Indonesian Navy which is implemented in the Maritime Security Opeation (MSO) by assigning Navy Patrol Ships (PC). In terms of capabilities and the number of Indonesian PC compared to the extensive area of the MSO sector, it still considered to be not optimal, so the Navy need to think and perform right calculations in the assignment of PC and choose Navy Bases as the initial position of MSO by PC. This study aims to create a set covering model in calculating the assignment of patrol ships to create a set covering model to calculate the assignment of patrol ships optimally by minimizing assigned patrol ships number however can still cover all patrol sectors. This model also used the Analytic Network Process (ANP) approach to select the Naval base as the initial base for patrol ships in implementing MSO. Optimization results were to assign 12 patrol ships which could cover 18 patrol ships and 3 Naval bases from 9 bases that can be used as an initial base for PC in the implementation MSO.

 Keywords: Naval Maritime Security Operations (MSO), Set Covering, Analytic Network Process (ANP)
ANALYSIS OF MENTAL WORKLOAD WITH INTEGRATING NASA TLX AND FUZZY METHOD
Authors: Riono Riono , Suparno Suparno , Bandono Adi
Published: June 2021

ABSTRAK

In carrying out its main duty as a guardian of the territorial water sovereignty republic Indonesia, the strength of the Navy is directed as a strategic force developed under the SSAT. The strength of the Navy can be measured by the arsenal and the quality of the personnel who are responsible for it. The performance, quality of personnel is strongly influenced by the work load it receives. Measurement of personnel workload in Indonesian Warship to determine the class of his current position using the Factor Evaluation System (FES) method that is more oriented on the volume of work and work time. While the mental workload has not been accommodated in the measurement of workload using this method. In this research will carry out the measurement of mental workload of Indonesian Warship personnel for each type of work when the Indonesian Warship operates, using the NASA TLX method integrated with the Fuzzy method. The questionnaire data collection was obtained from 82 respondents Indonesian Warship personnel. From the research results obtained data that of 11 (eleven) types of work in Indonesian Warship at the time of operation, Main Engine Operators work is the work that has the highest mental workload with a value of 74.33. While the type of work that most low-level mental work is to electronics Operators with a value of 58.83.

 Keywords: Workload, NASA TLX, FUZZY Method, FES
RAILWAY AND PORTS INTEGRATION SYSTEM AS SOLUTION OF ISLAND TRANSPORTATION PROBLEM (CASE STUDY SUMATRA ISLAND)
Authors: Amandiri Satrio Teguh , Ahmadi Ahmadi , Santoso W Budi
Published: June 2021

ABSTRACT

The quality of Transportation system is one of island economic level determinant. Railway transportation evidently more efficient than road transportation. Trans-Sumatra railway construction can be a solution for transportation problem in Sumatra Island. This analysis integrated railway and port to improve economic development in 8 provinces on Sumatra using Spanning Tree and Dijkstra algorithm. It need 1965 kilometers of railway to connect all the 8 provinces. It also generates 1518 kilometers as the distance of Malahayati Port to Panjang Port connection. This integrated system can be a breakthrough solution for Sumatra transportation problem in economic development and the Malacca Strait traffic problem.

 Keywords: Trans-Sumatra railway, Minimum Route, Spanning Tree Algorithm, Dijkstra, Algorithm
SELECTION OF ALTERNATIVE ENERGY SOURCES INDONESIAN WARSHIP PATROL CRAFT 36 CLASS USING LIFE CYCLE COST (LCC) AND TOPSIS (TECHNIQUE FOR ORDER PREFERENCE BY SIMILARITY TO IDEAL SOLUTION)
Authors: Ahmadi Ahmadi , Wibowo Haryanto , S Suharyo Okol
Published: June 2021

ABSTRACT

Indonesia has abundant natural resources of oil and gas energy. Domestic fuel supply is not entirely fulfilled by domestic oil refineries, almost 20% -30% of domestic oil demand must be imported from abroad. This has an impact on the Navy. Steps to address this problem through switching to the use of alternative energy fuels for the Indonesian warship class Patrol Craft 36. The selection of appropriate alternatives requires analysis of information and identification of alternative fuel requirements to be selected. The approach in this study uses Life Cycle Cost method to see the life cycle cost of alternative and combined TOPSIS (Technique For Order Preference By Similarity To Ideal Solution) approach to other than cost factor, and Benefit Cost Ratio. The result of data processing of alternative energy sources selected is gas, CNG (Compressed Natural Gas) with the value of Benefit Cost Ratio 53,7051 Life Cycle Cost IDR 14,168,302,864.

 Keywords: Alternative Energy, Life Cycle Cost, TOPSIS.
QUALITY ANALYSIS OF EDUCATIONAL SERVICES ON STUDENT RESPONSE THROUGH QFD APPROACH TO IMPROVE PERFORMANCE OF UNIVERSITY OF 17 AGUSTUS 1945 (UNTAG) BANYUWANGI
Authors: Suprihatin Endang
Published: June 2021

ABSTRACT

University of 17 Agustus 1945 or UNTAG Banyuwangi is a private university, where the source of mostly income comes from students or in other words that all forms of activities carried out are geared towards students, therefore efforts to acquire new students from year to year must be increased, one the effort that must be done is that UNTAG Banyuwangi is in addition to implementing the PMB program (admission of new students) with effective and great promotions as well as keeping students who have attended UNTAG Banyuwangi not stop studying midway. Therefore it is necessary to conduct research on the analysis of the quality of education services to the students' responses through Quality Function Deployment (QFD) approach in improving the performance of UNTAG Banyuwangi. The sampling result of the level of importance and satisfaction on the dimensions of infrastructure, learning process, human resources, curriculum and student affairs of all variables have corrected total correlation value greater than 0.1430 (r table value) for each dimension, of the sample questionnaire of 83 students have been valid. For the value of  (alpha) obtained each dimension is also greater than 0.05, so it can be concluded that the data is reliable. The results of the analysis of the strengths and weaknesses of UNTAG are based on their importance and level of satisfaction are then plotted into quadrant maps Variables included in quadrant IV are weaknesses for UNTAG Banyuwangi educational institutions, namely: How to teach Lecturers, Strategies for teaching lecturers are understood by students, The ability of lecturers to use learning tools white board, UHP, LCD, lecturers in teaching in class, how to deliver material, how to answer student questions, quality of lecturers in conducting research, community service, infrastructure (office, classroom, laboratory room, studio , library rooms, experimental gardens, etc. except lecturer room), facilities / equipment used in the learning process such as computers, software and hardware. HOQ analysis in the technical response matrix derived from the way the  UNTAG Banyuwangi Institute in answering the request of the Student (Hows). After conducting an interview with the leadership, namely the Rector, the selected technical response was: 1. Providing assistance to the Lecturer to develop the substance of the field of knowledge 2. Sending Lecturers to take part in the learning method training 3. Implementing a cycle of good practice learning processes. 4. Inventory of land, buildings and all the room. 5. Trying to obtain laboratory equipment and information technology.

 Keywords: quality of service, Quality Function Deployment (QFD), Higher Education
THE DETERMINATION OF MARINE TRAINING WITH FUZZY MULTI CRITERIA DECISION MAKING APPROACH
Authors: Setiawan Wisono , S Suharyo Okol
Published: June 2021

ABSTRACT

Navy as a marine security defense force has an Integrated Armored Weapon System (SSAT), one of them is the power of Submarine and the amount of it will continue to evolve. The current condition demands to perform development and review of strategic and optimal submarine training areas to support the exercise and preparedness of the submarine's strength to prepare the readiness of combat conditions. The purpose of this study was to determine the best criteria for the location of the submarine training by analyzing and reviewing some of the existing locations of Navy Submarine Exercise practice and doing further development. In the selection of submarine training criteria, the method used was the Fuzzy Multiple Decision-Making Criteria (FMCDM).

 Keywords: Determination Criteria, Training Location, Fuzzy MCDM
DESIGN AND MANUFACTURE OF INDONESIAN NAVAL WARSHIP TECHNICAL CONDITION REPORT AND INVENTORY INFORMATION SYSTEM
Authors: Prasetijoadi Endro , Mahia Fatkulil Aswar , Bandono Adi , Syahlan Zaenal
Published: June 2021

Information system is a system within an organization that meets the needs of processing dailytransactions, supports operations, is managerial and strategic activities of an organization and providescertain external parties with reports needed in inventory management which includes managing data inand out, data borrowers of goods and data including the condition of defense equipment that is stillsuitable for use or damaged conditions still use journal books and still rely on Microsoft office. Based onthe above problems, it is necessary to design and manufacture an inventory information system andreport technical conditions in the KRI environment that can assist in the creation, implementation anddevelopment of an inventory information system, avoiding errors in storing data files of goods, the personin charge of the inventory can quickly present data on the condition and readiness of the ship as materialfor reports for the head of the department to the commander and facilitate reporting and newcommander's policies and reporting to the unit. The technical condition report is an official regulation inorder to carry out routine technical reports of all levels at the KRI level with the aim of reporting the ship'sreadiness both inventory reports and ship material reports as routine technical instructions carried out bythe top command level ranks in order to prepare all ships preparedness for assignment military and nonmilitary.Keywords: Inventory Information System, Technical Condition Report.
DESIGN AND DEVELOPMENT OF EARLY HEAT STROKE DETECTION SYSTEM IN MILITARY CROSS COUNTRY BASED ON IoT
Authors: Jaya Iksan , Maryanto Edy , Bukit Alexander Victor , Zulkifli Muhamad
Published: June 2021

Cross-country military sports are sports that are contested in the military environment asan effort to foster the physical abilities of the Navy's soldiers. The doctrine in the Indonesian Navyforcefully demands every soldier to never give up in every task that is carried out so that in militarysporting events the soldier will spend all of his abilities. In the process of cross-country competitionwith heavy physical activity causing many soldiers who experience heat exhaust (pre heat strokeconditions) continue to force themselves to compete and will continue to become a heat stroke.This is compounded by the distance traveled so that the medical team had difficulty reaching thesoldiers who experienced the incident. Internet of things (IoT) is the idea that all objects in the realworld can communicate with each other as part of an integrated system using the internet networkas a link.By using the IoT platform it is possible to monitor an object continuously and provideanalysis directly without being limited by distance and time. Based on the description above, it isnecessary to design and build an early detection system for the heat stroke of TNI AL soldiers incross-country military sport activities based on IoT (Internet of Thing). This system can help detectpositions and soldiers who will experience heat stroke so that medical treatment can be given earlyto prevent heat stroke.Keywords: Monitoring, Heat Stroke, Cross Country, IoT.
FAILURE RISK ANALYSIS GLASS BOWL PRODUCTION PROCESS USING FAILURE MODE EFFECT ANALYSIS AND FAULT TREE ANALYSIS METHODS (A CASE STUDY)
Authors: Syahtaria Ikhwan , Mashudi Ali , Suharjo Bambang
Published: June 2021

Product defects are a natural thing in a production process, but it would be better to avoid them. XYZ Industries is a company that produces glassware in the form of the glass bowl. The production failure experienced by this company is still high at 3.1% of the total production while the defect target that the company wants is 2%. The purpose of this study was to identify the types of defects that occur in glass bowl products on the production floor based on the results of searches of literature studies and deep interviews with employees, get the risk of failure of the largest production process in the RPN (Risk Priority Number) value of the FMEA method then analyzed again using the FTA method and determine the proposed improvements needed based on the analysis of defects that occur in glass bowl products, thus minimizing product defects and increasing company profits. In this study using the method of Failure Mode and Effect Analysis (FMEA) and the Fault Tree Analysis (FTA) method to identify failures that occur and provide prevention solutions. Based on the results of data processing, the proposed improvements given to the company as a whole are the company in order to pay more attention to the maintenance of the machine so that the machine can avoid the failure of its function
DETERMINATION OF 120MM / 46A PREVENTIVE CARE INTERVALS FOR MINVET BOATS FOR INCREASING THE RELIABILITY OF THE SYSTEM
Authors: Sutrisno Sutrisno , Saepullah Arief , Bernadi Setiawan , Kriswanto Djoko
Published: June 2021

Most warships, especially corvette types, have a service life of more than twenty years. Intuitively it can be concluded that the components and equipment that have been installed are in the period of wear from the bathtub curve. This paper presents an alternative method in determining the optimum component maintenance intervals for weapons system equipment on ships that have entered wear (wear out). Optimum maintenance costs are determined by optimizing the component maintenance interval with objective functions to minimize the total cost of increasing reliability. The reliability of the system is achieved by increasing the reliability index of its constituent components. Weibull ++ is used to obtain parameters that are appropriate for each damage distribution, while Excel Solvers are used to calculating optimal maintenance intervals. In this writing, a case study will be carried out on the components of Bofors cannon laying gear TAK 120MM / 46A
DEVELOPMENT OF APPRAISAL SYSTEM TO IMPROVE MILITARY OFFICERS PERFORMANCE ASSESSMENT PROCESS
Authors: Agustiono Wahyudi
Published: June 2021

This paper at hand is aimed at describing the experience of developing a decision support system used for assessing employee performance. Taking into account the distinctive nature of the military organization that is rigorous, traditional, hierarchical, controlled, bureaucratic, and conservative; this study shows the complexity and challenges when it comes to design and developing the appraisal system. In view of the unique nature of the military organization in performing the appraisal process, this study sought various methods and techniques that could guide the development process. The experimental results suggest how the waterfall model was useful to guide the development process. In developing the appraisal system, this study shows how the Simple Multi-Attribute Rating Technique (SMART) and Representation Operation Memory and Control aids (ROMC) are useful conception. Finally, this study concludes how the selection appropriate approach, method and techniques contribute is critical to successfully the development of appraisal system, especially in a military organization that is considered as unique