Applied Algorithmization in Optimization of Airport Processes Simulation Models

Adamčík, František; Galanda, Jozef; Šulej, Radoslav; Jezný, Martin

doi:10.14311/mad.2017.04.05

Cited by 2 publications

(3 citation statements)

References 1 publication

(1 reference statement)

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“…Solving this algorithm means transforming the input data into output ones, following a specific sequence of steps, i.e., in every single moment, only a single step is performed. Both input and output data are defined by input and output characteristics-conditions [29].…”

Section: Methodsmentioning

confidence: 99%

Improving the Production Efficiency Based on Algorithmization of the Planning Process

Kozinski,

Kotyrba,

Volna

2023

ASI

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Planning and managing the production process are key challenges faced by every manufacturing organization. The main contribution of this article lies in the analysis and design of a planning algorithm that takes into consideration the specifics of this environment. The proposed algorithm encompasses elements of batch production, including a just-in-time approach. The article focuses on scenarios within batch production. Managers of manufacturing and supply companies must ensure smooth fulfillment and uninterrupted production of the agreed-upon quantity of parts. However, this task presents complex challenges. The product portfolio requires meticulous sequencing of production batches, and subsequent parts need to be temporarily stored in their raw state for further processing. Moreover, product variability necessitates frequent adjustments to the production line, resulting in delays. Shortages in manpower additionally place demands on shift organization. The company’s primary objective is to increase production efficiency while simultaneously reducing inventory and minimizing non-standard shift work. The challenge was to reconcile seemingly conflicting company requirements and to concentrate on solutions with swift implementation and minimal costs. Ensuring seamless production operation can be addressed by expanding supporting technologies or by increasing production capacity, such as acquiring an additional production line. However, these options entail costs and do not align with the company’s expectation for immediate impact and cost savings. However, improving production efficiency can also be achieved by altering the approach to production planning, which is the central theme of this article. The key element is ensuring that the customer plan is adhered to while working with a fixed production logic and variable input factors that must account for various non-standard situations.

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Section: Methodsmentioning

confidence: 99%

Improving the Production Efficiency Based on Algorithmization of the Planning Process

Kozinski,

Kotyrba,

Volna

2023

ASI

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“…The message will be received by the receiver at time tp. [2] [9] If the propagation rate of electromagnetic waves c (light velocity in vacuum = 299,792,458 m / s, about 3 × 108 m / s) is known, we can determine the distance between the broadcast source and the receiver of the user as follows: Unknown user coordinates include unknown b, and we need a total of four form equations to calculate the location:…”

Section: Proposal Of Model For the Anti-collision Systemmentioning

confidence: 99%

“…[9]:  initial FO position,  the duration of the movement or any part of it,  motion trajectory,  bend radius. When modeling, we consider only local movement.…”

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confidence: 99%

Proposal of model for the anti-collision system using the relative navigation principle

Džunda¹,

Dzurovčin²,

Tobisová³

2019

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In this paper we describe the design of the on-board anti-collision system. We assume that all flying objects work in the aviation communications network and each of the flying objects transmits their location information. The basic condition for the operation of the proposed anticollision system is a synchronous communication network. Each network user is precisely determined by the time of broadcasting communications messages. This means that every user who works on this network has information about the time of broadcasting signals to other users. Based on this, we have designed an anti-collision system that will work on the principle of relative navigation.

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Applied Algorithmization in Optimization of Airport Processes Simulation Models

Cited by 2 publications

References 1 publication

Improving the Production Efficiency Based on Algorithmization of the Planning Process

Improving the Production Efficiency Based on Algorithmization of the Planning Process

Proposal of model for the anti-collision system using the relative navigation principle

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