Mission and scope
On the initiative of Polish scientists from the Krakow scholarly centre (AGH University of Science and Technology and Cracow University of Technology) and German practitioners dealing with issues in logistics industry, services and transport, the Conference of Logistics Engineering was organised in November 1996 in Zakopane, Poland. Its primary purpose was to bridge a gap between theoreticians dealing with the issue of logistics from a technological (engineering) and economic perspective on the one hand, and specialists – practitioners, professionals working for companies in the areas of logistics and logistical support in the industry, as well as military, transport and other services (such as healthcare and utilities).
Strong interest in this subject has resulted in the Conference being repeatedly organised over the next eleven years. During those conferences, the concept of Total Logistic Management (analogous to Total Quality Management concepts) was proposed and developed as a methodology of a consistent and comprehensive treatment of issues related to the analysis, synthesis and management of logistic processes.
Through the participation in the discussions of representatives of four areas of science, namely the social sciences, economics, management and engineering, whose close cooperation is necessary for the implementation of efficient supply chains and networks in a variety of resources, the conferences have laid foundations the construction of a new scientific discipline - theory of logistics systems. One of the basic conditions for the development of this concept into a mature scientific theory is the active involvement of persons from outside the group of participants of the applied logistics conferences, and especially persons representing foreign scientific centres. Thus the idea originated of issuing a journal (initially a yearly, to become a quarterly) Total Logistic Management in English, of international circulation.
No 1 (2008): Total Logistic Management
Table of Contents
Editorial
| Preface |
PDF
|
|
Lech Bukowski |
p. 5 |
Articles
| A method for scheduling the goods receiving process in warehouse facilities |
Abstract
PDF
|
|
Tomasz Ambroziak, Konrad Lewczuk |
pp. 7-14 |
| Selected aspects of transportation system modelling |
Abstract
PDF
|
|
Tomasz Ambroziak, Dariusz Pyza |
pp. 15-24 |
| Transport planning in conditions of different transport tariffs - application of integer programming |
Abstract
PDF
|
|
Paweł Hanczar |
pp. 25-31 |
| A static model for selecting technical facilities of a logistics centre based on the tasks to be performed |
Abstract
PDF
|
|
Marianna Jacyna, Krystian Wiśniewski |
pp. 33-42 |
| Rescheduling of arrivals and departures at multi-runway airports |
Abstract
PDF
|
|
Tomasz Janik, Piotr Łebkowski |
pp. 43-55 |
| Programming of controlling of a conveyor transport system |
Abstract
PDF
|
|
Barbara Jóźwiak, Józef Okulewicz, Barbara Węgrzynowicz |
pp. 57-67 |
| Predictive scheduling with determined terms of milestone achievement |
Abstract
PDF
|
|
Marcin Klimek, Piotr Łebkowski |
pp. 69-79 |
| Optimisation of facility location - heuristics approach |
Abstract
PDF
|
|
Antoni Korcyl |
pp. 81-88 |
| Supply strategy development in production enterprises |
Abstract
PDF
|
|
Stanisław Krawczyk |
pp. 89-99 |
| Two-level of production scheduling for flow-shop systems with intermediate storages |
Abstract
PDF
|
|
Marek Magiera |
pp. 101-110 |
| Application of selected methods of graph theory and combinatorial heuristics to minimising the number of transits nodes in an air network |
Abstract
PDF
|
|
Barbara Mażbic-Kulma, Jan W. Owsiński, Krzysztof Sęp |
pp. 111-123 |
| Problems of supply process reliability assessment at small and medium-sized enterprises |
Abstract
PDF
|
|
Tomasz Nowakowski |
pp. 125-136 |
| Preventive maintenance of technical systems as part of risk management |
Abstract
PDF
|
|
Józef Okulewicz, Tadeusz Salamonowicz |
pp. 137-144 |
| Quality of the logistic customer service in service area |
Abstract
PDF
|
|
Grażyna Radziejowska |
pp. 145-151 |
| Integrated scheduling in a supply chain by mixed integer programming |
Abstract
PDF
|
|
Tadeusz Sawik |
pp. 153-161 |
| The success factors for supply chains of a short life cycle product |
Abstract
PDF
|
|
Natalia Szozda, Artur Świerczek |
pp. 163-173 |
| Simulation of capacity expansion for production process of electromotors |
Abstract
PDF
|
|
Leo Tvrdoň, Radim Lenort |
pp. 175-184 |
| Manufacturing cost management in Microsoft Dynamics NAV 5.0 - a case study |
Abstract
PDF
|
|
Marcin Woch, Piotr Łebkowski |
pp. 185-194 |