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Purpose: This paper aims to examine the repercussions of idle time on youthful population through critically analyzing the status quo of youth unemployment in South Africa. Youth unemployment has become a major source of concern in South Africa and around the world. The unemployment challenge has thus left many young people in limbo, a state of misery, idleness, and social death. It subsequently exposed many young South African to socially immoral activities such as, inter alia, drug and alcohol use, deceit and theft. Idle time, the period people wastefully spend doing nothing productive, vehemently led many young people to perish, and ostensibly resulted into the economic stagnation in South Africa. This paper fastened its philosophical argument on the biblical aphorism that “an idle mind is the devil’s workshop”. Design/Methodology/Approach: The paper adopted a qualitative desktop-based research methodology as well as document analysis as data analysis tool. Findings: The results established that the persistent challenge of youth unemployment has pushed South Africa’s economic development into a downward spiral toward underdevelopment and vulnerability. Therefore, the country lacks a holistic approach to address idleness and unemployment, to unlock the potential of its youthful population, stimulate economic growth and development. Implications/Originality/Value: It is therefore concluded that youth unemployment has become a serious dilemma in South Africa, that it subjected majority of young people to idleness and encourages them to engage in immoral activities such as crime, making them more susceptible to the onset of drug and alcohol use. The paper recommended that the government should adopt effective mechanisms to engage unemployed youth into the economic mainstream, to enhance development and reduce idle time tragedies.

OpenMP can be used in real-time applications to enhance system performance. However, predictability of OpenMP applications is still a challenge. This paper investigates heuristics for the mapping of OpenMP task graphs in underlying threads, for the development of time-predictable OpenMP programs. These approaches are based on a global scheduling queue, as well as per-thread allocation queues. The proposed method is divided into scheduling and allocation phases. In the former phase, OpenMP task-parts are discovered from OpenMP graph and placed in the scheduling queue. Afterwards, an appropriate allocation queue is selected for each task-part using four heuristic algorithms. In the latter phase, the best task-part is selected from the allocation queue to be allocated to and executed by an idle thread. Preliminary simulation results show that the new method overcomes BFS and WFS in terms of scheduling time and idle time., This work has been co-funded by the European commission through the AMPERE (H2020 grant agreement N° 745601) project., Peer Reviewed, Postprint (author's final draft)

This paper focuses on two components of idle time and waiting time, namely core idle time, ∑CITi, and core waiting time, ∑CWTj. Both measures are relevant indicators of the efficiency of production systems, since they are directly related to machine utilization and to the flow of jobs, and they can be used as scheduling criteria if no-idle and no-wait constraints do not have to be strictly enforced. However, they have been scarcely considered in the literature, and their relationship with other objectives in the permutation flowshop literature (makespan or Cmax and total completion time or ∑Cj), has not been studied. To bridge this gap, the alignment between ∑CITi and ∑CWTj, and the classical scheduling criteria is studied. First, it is shown that ∑CWTj (∑CITi) is tantamount to ∑Cj (Cmax) for some special cases. Secondly, the general case with randomly generated processing times is computationally analysed using exact methods. Results show alignment between ∑CWTj and ∑Cj and between ∑CITi and Cmax, being the alignment stronger for the first pair of objectives. Based on the analysis, conclusions about the possibilities for the permutation flowshop problem with these new objectives are established.

Die Elektromobilität im Bereich der Nutzfahrzeuge entwickelt sich zu einem brisanten Thema in der Logistikbranche. Unbekannte Herausforderungen und Auswirkungen an den Logistikzentren und deren elektrischen Netzanschluss werden entstehen. Diese Thematik wird von der Universität Stuttgart und weiteren Projektpartnern in diesem Beitrag untersucht. Zudem werden die energetischen Herausforderungen von logistischen Komponenten betrachtet., Electric mobility in the commercial vehicle sector is developing into an explosive topic in the logistics industry. Unknown challenges and effects on logistics centres and their grid connection will arise. This topic is investigated by the University of Stuttgart and other project partners in this article. Furthermore, the energetic challenges of logistic components are considered.

Die Elektromobilität im Bereich der Nutzfahrzeuge entwickelt sich zu einem brisanten Thema in der Logistikbranche. Unbekannte Herausforderungen und Auswirkungen an den Logistikzentren und deren elektrischen Netzanschluss werden entstehen. Diese Thematik wird von der Universität Stuttgart und weiteren Projektpartnern in diesem Beitrag untersucht. Zudem werden die energetischen Herausforderungen von logistischen Komponenten betrachtet., Electric mobility in the commercial vehicle sector is developing into an explosive topic in the logistics industry. Unknown challenges and effects on logistics centres and their grid connection will arise. This topic is investigated by the University of Stuttgart and other project partners in this article. Furthermore, the energetic challenges of logistic components are considered.

Die Elektromobilität im Bereich der Nutzfahrzeuge entwickelt sich zu einem brisanten Thema in der Logistikbranche. Unbekannte Herausforderungen und Auswirkungen an den Logistikzentren und deren elektrischen Netzanschluss werden entstehen. Diese Thematik wird von der Universität Stuttgart und weiteren Projektpartnern in diesem Beitrag untersucht. Zudem werden die energetischen Herausforderungen von logistischen Komponenten betrachtet., Electric mobility in the commercial vehicle sector is developing into an explosive topic in the logistics industry. Unknown challenges and effects on logistics centres and their grid connection will arise. This topic is investigated by the University of Stuttgart and other project partners in this article. Furthermore, the energetic challenges of logistic components are considered.

Die Elektromobilität im Bereich der Nutzfahrzeuge entwickelt sich zu einem brisanten Thema in der Logistikbranche. Unbekannte Herausforderungen und Auswirkungen an den Logistikzentren und deren elektrischen Netzanschluss werden entstehen. Diese Thematik wird von der Universität Stuttgart und weiteren Projektpartnern in diesem Beitrag untersucht. Zudem werden die energetischen Herausforderungen von logistischen Komponenten betrachtet., Electric mobility in the commercial vehicle sector is developing into an explosive topic in the logistics industry. Unknown challenges and effects on logistics centres and their grid connection will arise. This topic is investigated by the University of Stuttgart and other project partners in this article. Furthermore, the energetic challenges of logistic components are considered.

This paper focuses on two components of idle time and waiting time, namely core idle time, ∑CITi, and core waiting time, ∑CWTj. Both measures are relevant indicators of the efficiency of production systems, since they are directly related to machine utilization and to the flow of jobs, and they can be used as scheduling criteria if no-idle and no-wait constraints do not have to be strictly enforced. However, they have been scarcely considered in the literature, and their relationship with other objectives in the permutation flowshop literature (makespan or Cmax and total completion time or ∑Cj), has not been studied. To bridge this gap, the alignment between ∑CITi and ∑CWTj, and the classical scheduling criteria is studied. First, it is shown that ∑CWTj (∑CITi) is tantamount to ∑Cj (Cmax) for some special cases. Secondly, the general case with randomly generated processing times is computationally analysed using exact methods. Results show alignment between ∑CWTj and ∑Cj and between ∑CITi and Cmax, being the alignment stronger for the first pair of objectives. Based on the analysis, conclusions about the possibilities for the permutation flowshop problem with these new objectives are established.

This paper focuses on two components of idle time and waiting time, namely core idle time, ∑CITi, and core waiting time, ∑CWTj. Both measures are relevant indicators of the efficiency of production systems, since they are directly related to machine utilization and to the flow of jobs, and they can be used as scheduling criteria if no-idle and no-wait constraints do not have to be strictly enforced. However, they have been scarcely considered in the literature, and their relationship with other objectives in the permutation flowshop literature (makespan or Cmax and total completion time or ∑Cj), has not been studied. To bridge this gap, the alignment between ∑CITi and ∑CWTj, and the classical scheduling criteria is studied. First, it is shown that ∑CWTj (∑CITi) is tantamount to ∑Cj (Cmax) for some special cases. Secondly, the general case with randomly generated processing times is computationally analysed using exact methods. Results show alignment between ∑CWTj and ∑Cj and between ∑CITi and Cmax, being the alignment stronger for the first pair of objectives. Based on the analysis, conclusions about the possibilities for the permutation flowshop problem with these new objectives are established.

This paper focuses on two components of idle time and waiting time, namely core idle time, ∑CITi, and core waiting time, ∑CWTj. Both measures are relevant indicators of the efficiency of production systems, since they are directly related to machine utilization and to the flow of jobs, and they can be used as scheduling criteria if no-idle and no-wait constraints do not have to be strictly enforced. However, they have been scarcely considered in the literature, and their relationship with other objectives in the permutation flowshop literature (makespan or Cmax and total completion time or ∑Cj), has not been studied. To bridge this gap, the alignment between ∑CITi and ∑CWTj, and the classical scheduling criteria is studied. First, it is shown that ∑CWTj (∑CITi) is tantamount to ∑Cj (Cmax) for some special cases. Secondly, the general case with randomly generated processing times is computationally analysed using exact methods. Results show alignment between ∑CWTj and ∑Cj and between ∑CITi and Cmax, being the alignment stronger for the first pair of objectives. Based on the analysis, conclusions about the possibilities for the permutation flowshop problem with these new objectives are established.

Die Elektromobilität im Bereich der Nutzfahrzeuge entwickelt sich zu einem brisanten Thema in der Logistikbranche. Unbekannte Herausforderungen und Auswirkungen an den Logistikzentren und deren elektrischen Netzanschluss werden entstehen. Diese Thematik wird von der Universität Stuttgart und weiteren Projektpartnern in diesem Beitrag untersucht. Zudem werden die energetischen Herausforderungen von logistischen Komponenten betrachtet., Electric mobility in the commercial vehicle sector is developing into an explosive topic in the logistics industry. Unknown challenges and effects on logistics centres and their grid connection will arise. This topic is investigated by the University of Stuttgart and other project partners in this article. Furthermore, the energetic challenges of logistic components are considered.

One of the major issues in industrial environments is currently maximizing productivity while reducing manufacturing cost. This can be seen clearly reflected in mixed-model assembly lines based systems, where obtaining efficient manufacturing sequences is a key to be competitive in a dynamic and globalized market. However, this continuous cost reduction and productivity growth should not penalize the welfare of employees. This work is intended to address this lack of compatibility between the economic and social objectives through the study of the mixed-model sequencing problem from both the business and labor perspective. This is done by considering the possibility of reducing or increasing processing times of operations by varying the work pace of line's operators within the permissible legal boundaries. Thus, depending on this flexible activation time of operators, the amount of completed work and idle time will be one or the other and, consequently, the productivity of the line will also improve or get worse. In this regard, we propose new approach to the sequencing problem without incurring cost increases and providing a safe working environment, in accordance with applicable law. This new approach leads to obtain efficient manufacturing sequences, in terms of both productivity and labor conditions. Specifically, the objective of the new problem is minimizing the unproductive costs of the line by incorporating the possibility of increasing production through the variation of the work pace of line's operators. Increasing the work pace of operators, the amount of non-completed work or the preventable idle time can be reduced and therefore, their associated costs too. In addition, and without losing sight of the effort involved in working with a work pace above the normal, we propose several economic criteria to compensate the activation of workers where necessary, Peer Reviewed, Postprint (author's final draft)

Cognitive radio networks are a new technology based on which unlicensed users are allowed access to licensed spectrum under the condition that the interference perceived by licensed users is minimal. That means unlicensed users need to learn from environmental changes and to take appropriate decisions regarding the access to the radio channel. This is a process that can be done by unlicensed users in a cooperative or non-cooperative way. Whereas the non-cooperative algorithms are risky with regard to performance, the cooperative algorithms have the capability to provide better performance. Our paper reports therefore a new fuzzy logic based decision making algorithm for channel selection. The underlying decision criterion considers statistics of licensed users channel occupancy as well as information about the competition level of unlicensed users. Our theoretical studies indicate that the unlicensed users can obtain an efficient sharing of the available channels. Simulation results are reported to demonstrate the performance and effectiveness of the suggested algorithm., Book link: http://www.igi-global.com/book/handbook-research-software-defined-cognitive/1100 09?camid=3v11 Book ToC link: http://www.igi-global.com/Files/Ancillary/93ec3b2d-fd60-4a53-9118-c0975308400b_T OC.pdf

[ENG] In the present work it is defined a new methodology, based on Experts Systems, for sequencing in Job Shop Environments. This work is developed in two phases. In the first one, the different techniques used are defined. In the second one, the necessary statistical tests are executed. The results show that the new technique don’t produce an optimal result every single time; but in few seconds, this technique can find sub-optimal solutions with an approximation of 92.95 % and 73.88%, to the optimal solution, in the variables of total process time (makespan) and total idle time, respectively. Finally, the new technique is compared with other similar techniques.

The aim of this paper is to define a new methodology that allows the comparison of the effectiveness among some of the major artificial intelligence techniques (random technique, taboo search, data mining, evolutionary algorithms). This methodology is applied in the sequencing production process in job shop environments, in a problem with N orders, and M machines, where each of the orders must pass through every machine regardless of its turn. These techniques are measured by the variables of total makespan time, total idle time, and machine utilization percentage. Initially, a theoretical review was conducted and showed the usefulness and effectiveness of artificial intelligence in the sequencing production processes. Subsequently and based on the experiments presented, the obtained results showed that these techniques have an effectiveness higher than 95%, with a confidence interval of 99.5% measured by the variables under study.

The aim of this paper is to define a new methodology that allows the comparison of the effectiveness among some of the major artificial intelligence techniques (random technique, taboo search, data mining, evolutionary algorithms). This methodology is applied in the sequencing production process in job shop environments, in a problem with N orders, and M machines, where each of the orders must pass through every machine regardless of its turn. These techniques are measured by the variables of total makespan time, total idle time, and machine utilization percentage. Initially, a theoretical review was conducted and showed the usefulness and effectiveness of artificial intelligence in the sequencing production processes. Subsequently and based on the experiments presented, the obtained results showed that these techniques have an effectiveness higher than 95%, with a confidence interval of 99.5% measured by the variables under study, El objetivo del presente trabajo, es definir una nueva metodología la cual permita comparar la efectividad de algunas de las principales técnicas de inteligencia artificial (aleatorias, búsqueda tabú, minería de datos, algoritmos evolutivos). Esta metodología es aplicada en los procesos de secuenciación de la producción en ambientes job shop, en un problema con N pedidos y M máquinas, donde cada uno de los pedidos debe pasar por todas las máquinas sin importar el orden. Estas técnicas son medidas en las variables tiempo total de proceso, tiempo total muerto y porcentaje de utilización de las máquinas. Inicialmente, una revisión teórica fue realizada, esta muestra la utilidad y efectividad de la inteligencia artificial en los procesos de secuenciación de la producción. Posteriormente y con base en la experimentación planteada, los resultados obtenidos, muestran que estas técnicas presentan una efectividad superior al 95%, con un intervalo de confiabilidad del 99.5% medido en las variables objeto de estudio

The aim of this paper is to define a new methodology that allows the comparison of the effectiveness among some of the major artificial intelligence techniques (random technique, taboo search, data mining, evolutionary algorithms). This methodology is applied in the sequencing production process in job shop environments, in a problem with N orders, and M machines, where each of the orders must pass through every machine regardless of its turn. These techniques are measured by the variables of total makespan time, total idle time, and machine utilization percentage. Initially, a theoretical review was conducted and showed the usefulness and effectiveness of artificial intelligence in the sequencing production processes. Subsequently and based on the experiments presented, the obtained results showed that these techniques have an effectiveness higher than 95%, with a confidence interval of 99.5% measured by the variables under study.

The aim of this paper is to define a new methodology that allows the comparison of the effectiveness among some of the major artificial intelligence techniques (random technique, taboo search, data mining, evolutionary algorithms). This methodology is applied in the sequencing production process in job shop environments, in a problem with N orders, and M machines, where each of the orders must pass through every machine regardless of its turn. These techniques are measured by the variables of total makespan time, total idle time, and machine utilization percentage. Initially, a theoretical review was conducted and showed the usefulness and effectiveness of artificial intelligence in the sequencing production processes. Subsequently and based on the experiments presented, the obtained results showed that these techniques have an effectiveness higher than 95%, with a confidence interval of 99.5% measured by the variables under study, El objetivo del presente trabajo, es definir una nueva metodología la cual permita comparar la efectividad de algunas de las principales técnicas de inteligencia artificial (aleatorias, búsqueda tabú, minería de datos, algoritmos evolutivos). Esta metodología es aplicada en los procesos de secuenciación de la producción en ambientes job shop, en un problema con N pedidos y M máquinas, donde cada uno de los pedidos debe pasar por todas las máquinas sin importar el orden. Estas técnicas son medidas en las variables tiempo total de proceso, tiempo total muerto y porcentaje de utilización de las máquinas. Inicialmente, una revisión teórica fue realizada, esta muestra la utilidad y efectividad de la inteligencia artificial en los procesos de secuenciación de la producción. Posteriormente y con base en la experimentación planteada, los resultados obtenidos, muestran que estas técnicas presentan una efectividad superior al 95%, con un intervalo de confiabilidad del 99.5% medido en las variables objeto de estudio

The aim of this paper is to define a new methodology that allows the comparison of the effectiveness among some of the major artificial intelligence techniques (random technique, taboo search, data mining, evolutionary algorithms). This methodology is applied in the sequencing production process in job shop environments, in a problem with N orders, and M machines, where each of the orders must pass through every machine regardless of its turn. These techniques are measured by the variables of total makespan time, total idle time, and machine utilization percentage. Initially, a theoretical review was conducted and showed the usefulness and effectiveness of artificial intelligence in the sequencing production processes. Subsequently and based on the experiments presented, the obtained results showed that these techniques have an effectiveness higher than 95%, with a confidence interval of 99.5% measured by the variables under study, El objetivo del presente trabajo, es definir una nueva metodología la cual permita comparar la efectividad de algunas de las principales técnicas de inteligencia artificial (aleatorias, búsqueda tabú, minería de datos, algoritmos evolutivos). Esta metodología es aplicada en los procesos de secuenciación de la producción en ambientes job shop, en un problema con N pedidos y M máquinas, donde cada uno de los pedidos debe pasar por todas las máquinas sin importar el orden. Estas técnicas son medidas en las variables tiempo total de proceso, tiempo total muerto y porcentaje de utilización de las máquinas. Inicialmente, una revisión teórica fue realizada, esta muestra la utilidad y efectividad de la inteligencia artificial en los procesos de secuenciación de la producción. Posteriormente y con base en la experimentación planteada, los resultados obtenidos, muestran que estas técnicas presentan una efectividad superior al 95%, con un intervalo de confiabilidad del 99.5% medido en las variables objeto de estudio

The purpose of this study is to reduce the total process time (Makespan) and to increase the machines working time, in a job shop environment, using a heuristic based on ant colony optimization. This work is developed in two phases: The first stage describes the identification and definition of heuristics for the sequential processes in the job shop. The second stage shows the effectiveness of the system in the traditional programming of production. A good solution, with 99% efficiency is found using this technique., El objetivo del presente trabajo es disminuir el tiempo total de proceso e incrementar el tiempo de trabajo de las maquinas, en un ambiente Job Shop, por medio de una heurística basada en la optimización de colonia de hormigas. Este trabajo es desarrollado en dos fases. En la primera es descrita la identificación y definición de la heurística para los procesos de secuenciación en ambientes Job shop. En la segunda etapa, es mostrada la efectividad del sistema en la programación tradicional de la producción. A través de esta técnica una buena solución, con el 99% de efectividad, es encontrada

The purpose of this study is to reduce the total process time (Makespan) and to increase the machines working time, in a job shop environment, using a heuristic based on ant colony optimization. This work is developed in two phases: The first stage describes the identification and definition of heuristics for the sequential processes in the job shop. The second stage shows the effectiveness of the system in the traditional programming of production. A good solution, with 99% efficiency is found using this technique., El objetivo del presente trabajo es disminuir el tiempo total de proceso e incrementar el tiempo de trabajo de las maquinas, en un ambiente Job Shop, por medio de una heurística basada en la optimización de colonia de hormigas. Este trabajo es desarrollado en dos fases. En la primera es descrita la identificación y definición de la heurística para los procesos de secuenciación en ambientes Job shop. En la segunda etapa, es mostrada la efectividad del sistema en la programación tradicional de la producción. A través de esta técnica una buena solución, con el 99% de efectividad, es encontrada

The purpose of this study is to reduce the total process time (Makespan) and to increase the machines working time, in a job shop environment, using a heuristic based on ant colony optimization. This work is developed in two phases: The first stage describes the identification and definition of heuristics for the sequential processes in the job shop. The second stage shows the effectiveness of the system in the traditional programming of production. A good solution, with 99% efficiency is found using this technique., El objetivo del presente trabajo es disminuir el tiempo total de proceso e incrementar el tiempo de trabajo de las maquinas, en un ambiente Job Shop, por medio de una heurística basada en la optimización de colonia de hormigas. Este trabajo es desarrollado en dos fases. En la primera es descrita la identificación y definición de la heurística para los procesos de secuenciación en ambientes Job shop. En la segunda etapa, es mostrada la efectividad del sistema en la programación tradicional de la producción. A través de esta técnica una buena solución, con el 99% de efectividad, es encontrada

In modern industries, mixed-model-assembly-lines (MMAL) are widely used. There are two principal kinds of industrial organization patterns, which called the United States Pattern and the Toyota (Japan) Patter. The United States Pattern will be studied in this article and the objective of this pattern is minimizing the utility and the idle time. Genetic algorithm is been used for solving the problem and more than 5000 examples have been designed. From the results, the better parameters for the assembly line and the genetic algorithm will be known.

Mixed-model-assembly-lines (MMAL) are widely used in modern industries. There are two principal kinds of industrial organization patterns, which called the United States Pattern and the Japan Patter. The Japan (Toyota) Pattern will be studied in this article and the objective of this pattern is minimizing the stoppage and the idle time. Genetic algorithm is been used for solving the problem and more than 5000 examples have been designed. The results will shown the better parameters for the assembly line and the genetic algorithm.

Let Z sub 1 be total time lost by customers in a busy period of duration U in an M/M/1 queue. A formula is obtained for the joint Laplace transform of Z and U and product moments of these quantities are given up to those of order three. (Author)

Analyses of videotaped performance on simulation task control/display panels were conducted to develop computer algorithms for predicting performance time and reliability. These algorithms were incorporated into a program for use in batch and time share computer systems. Time predictions were based on algorithms for the separate time elements of control activations, hand transfers between controls, display performance, eye transfers between displays, and think/search/idle. Performance reliability predictions were based on algorithms for the separate reliability elements of control/display usage and performance of task network links between controls and/or displays. Two experiments were conducted to investigate operator performance reliability on multifunction keyboard tasks.

Tato bakalářská práce se zaměřuje na problematiku manipulace v interní logistice ve společnosti Huhtamaki Česká republika, a.s. První část bakalářské práce je věnována teoretickým poznatkům logistiky, ve které jsou objasněny základní i odborné pojmy. Druhá část analyzuje současný stav manipulačních procesů v interní logistice. Poslední část bakalářské práce obsahuje návrhy na změnu stávajících manipulačních procesů v interní logistice, které zajistí efektivnější využití pracovní síly, dodávané externí společností., The Bachelor Thesis focuses on problems of handling internal logistics in the company Huhtamaki Czech Republic, corp. The first part deals with theoretical knowledge of logistics, which explains the basic and technical concepts. The second part analyzes the current status of the handling processes in the internal logistics. The last part of Bachelor Thesis contains proposals to amend the existing handling processes in internal logistics to ensure efficient utilization of labor supplied by an external company.

Tato bakalářská práce se zaměřuje na problematiku manipulace v interní logistice ve společnosti Huhtamaki Česká republika, a.s. První část bakalářské práce je věnována teoretickým poznatkům logistiky, ve které jsou objasněny základní i odborné pojmy. Druhá část analyzuje současný stav manipulačních procesů v interní logistice. Poslední část bakalářské práce obsahuje návrhy na změnu stávajících manipulačních procesů v interní logistice, které zajistí efektivnější využití pracovní síly, dodávané externí společností., The Bachelor Thesis focuses on problems of handling internal logistics in the company Huhtamaki Czech Republic, corp. The first part deals with theoretical knowledge of logistics, which explains the basic and technical concepts. The second part analyzes the current status of the handling processes in the internal logistics. The last part of Bachelor Thesis contains proposals to amend the existing handling processes in internal logistics to ensure efficient utilization of labor supplied by an external company.

Tato bakalářská práce se zaměřuje na problematiku manipulace v interní logistice ve společnosti Huhtamaki Česká republika, a.s. První část bakalářské práce je věnována teoretickým poznatkům logistiky, ve které jsou objasněny základní i odborné pojmy. Druhá část analyzuje současný stav manipulačních procesů v interní logistice. Poslední část bakalářské práce obsahuje návrhy na změnu stávajících manipulačních procesů v interní logistice, které zajistí efektivnější využití pracovní síly, dodávané externí společností., The Bachelor Thesis focuses on problems of handling internal logistics in the company Huhtamaki Czech Republic, corp. The first part deals with theoretical knowledge of logistics, which explains the basic and technical concepts. The second part analyzes the current status of the handling processes in the internal logistics. The last part of Bachelor Thesis contains proposals to amend the existing handling processes in internal logistics to ensure efficient utilization of labor supplied by an external company.

Tato bakalářská práce se zaměřuje na problematiku manipulace v interní logistice ve společnosti Huhtamaki Česká republika, a.s. První část bakalářské práce je věnována teoretickým poznatkům logistiky, ve které jsou objasněny základní i odborné pojmy. Druhá část analyzuje současný stav manipulačních procesů v interní logistice. Poslední část bakalářské práce obsahuje návrhy na změnu stávajících manipulačních procesů v interní logistice, které zajistí efektivnější využití pracovní síly, dodávané externí společností., The Bachelor Thesis focuses on problems of handling internal logistics in the company Huhtamaki Czech Republic, corp. The first part deals with theoretical knowledge of logistics, which explains the basic and technical concepts. The second part analyzes the current status of the handling processes in the internal logistics. The last part of Bachelor Thesis contains proposals to amend the existing handling processes in internal logistics to ensure efficient utilization of labor supplied by an external company.

Tato bakalářská práce se zaměřuje na problematiku manipulace v interní logistice ve společnosti Huhtamaki Česká republika, a.s. První část bakalářské práce je věnována teoretickým poznatkům logistiky, ve které jsou objasněny základní i odborné pojmy. Druhá část analyzuje současný stav manipulačních procesů v interní logistice. Poslední část bakalářské práce obsahuje návrhy na změnu stávajících manipulačních procesů v interní logistice, které zajistí efektivnější využití pracovní síly, dodávané externí společností., The Bachelor Thesis focuses on problems of handling internal logistics in the company Huhtamaki Czech Republic, corp. The first part deals with theoretical knowledge of logistics, which explains the basic and technical concepts. The second part analyzes the current status of the handling processes in the internal logistics. The last part of Bachelor Thesis contains proposals to amend the existing handling processes in internal logistics to ensure efficient utilization of labor supplied by an external company.

Tato bakalářská práce se zaměřuje na problematiku manipulace v interní logistice ve společnosti Huhtamaki Česká republika, a.s. První část bakalářské práce je věnována teoretickým poznatkům logistiky, ve které jsou objasněny základní i odborné pojmy. Druhá část analyzuje současný stav manipulačních procesů v interní logistice. Poslední část bakalářské práce obsahuje návrhy na změnu stávajících manipulačních procesů v interní logistice, které zajistí efektivnější využití pracovní síly, dodávané externí společností., The Bachelor Thesis focuses on problems of handling internal logistics in the company Huhtamaki Czech Republic, corp. The first part deals with theoretical knowledge of logistics, which explains the basic and technical concepts. The second part analyzes the current status of the handling processes in the internal logistics. The last part of Bachelor Thesis contains proposals to amend the existing handling processes in internal logistics to ensure efficient utilization of labor supplied by an external company.

Tato bakalářská práce se zaměřuje na problematiku manipulace v interní logistice ve společnosti Huhtamaki Česká republika, a.s. První část bakalářské práce je věnována teoretickým poznatkům logistiky, ve které jsou objasněny základní i odborné pojmy. Druhá část analyzuje současný stav manipulačních procesů v interní logistice. Poslední část bakalářské práce obsahuje návrhy na změnu stávajících manipulačních procesů v interní logistice, které zajistí efektivnější využití pracovní síly, dodávané externí společností., The Bachelor Thesis focuses on problems of handling internal logistics in the company Huhtamaki Czech Republic, corp. The first part deals with theoretical knowledge of logistics, which explains the basic and technical concepts. The second part analyzes the current status of the handling processes in the internal logistics. The last part of Bachelor Thesis contains proposals to amend the existing handling processes in internal logistics to ensure efficient utilization of labor supplied by an external company.

Tato bakalářská práce se zaměřuje na problematiku manipulace v interní logistice ve společnosti Huhtamaki Česká republika, a.s. První část bakalářské práce je věnována teoretickým poznatkům logistiky, ve které jsou objasněny základní i odborné pojmy. Druhá část analyzuje současný stav manipulačních procesů v interní logistice. Poslední část bakalářské práce obsahuje návrhy na změnu stávajících manipulačních procesů v interní logistice, které zajistí efektivnější využití pracovní síly, dodávané externí společností., The Bachelor Thesis focuses on problems of handling internal logistics in the company Huhtamaki Czech Republic, corp. The first part deals with theoretical knowledge of logistics, which explains the basic and technical concepts. The second part analyzes the current status of the handling processes in the internal logistics. The last part of Bachelor Thesis contains proposals to amend the existing handling processes in internal logistics to ensure efficient utilization of labor supplied by an external company.