Return to search

Ochrana hospodárskej súťaže a leniency program / Protection of Competition and the leniency program

The diploma thesis addresses the issue of the effect of the introduction of leniency program and its reforms on the European competition policy and above all of its effect on investigation of forbidden cartel agreements. Leniency program is currently one of the main tools being implemented in fighting cartels. It works by providing immunity to the first company that provides relevant proof of the cartels existence. This work has three main goals. Firstly it aims to analyse the effectiveness of the leniency program and its reforms when it comes to uncovering cartels. The second goal is to unveil the European Commissions strategy concerning granting leniency and its development over the time. The last goal is to provide a quality analysis of all three forms of leniency and their mutual comparison. This diploma thesis is divided into four chapters: two theoretical and two practical chapters. The first one explains the issue of cartel agreements, individual types of cartels, investigation and its methods and the principals of imposing fines. The analysis of the leniency program itself, its introduction in 1996 and the following reforms in 2002 and 2006 will be the main topics of the second chapter. The third chapter contains the analysis of all Commissions decisions against cartels from 1993 till April 2016. It contains data relating to the development of number of decisions, the amount of fines, the size of the cartels and the percentage of the leniency granted in this period. The forth and the last chapter will focus on a case study of the LCD cartel and on the basis of theoretical findings contained in the first two chapters it will uncover the principles of this particular cartel and the investigation procedures.
Date January 2013
CreatorsKrausová, Simona
ContributorsBič, Josef, Jeníček, Vladimír
PublisherVysoká škola ekonomická v Praze
Source SetsCzech ETDs
Detected LanguageEnglish

Page generated in 0.0095 seconds