<p><strong><p><strong>Purpose: </strong></p><p><em>Our main purpose is to explore, describe and analyze the organizational conduct when implementing automated trading systems (ATS) in companies, investigate the organizational challenges arising from this, and the effects these have on a successful diffusion</em>. As the extent of implementing ATS in the Swedish financial industry has not been explored to any greater extent, it is therefore also imperative to explore this; which will be seen as a secondary purpose to this article.<strong></strong></p><p><strong>Background: </strong></p><p>The study is based on innovation and diffusion theories, as well as those of power structures and organization. Further, an explanation of ATS and its dynamics is provided and discussed to facilitate a definition of the term.</p><p><strong>Method: </strong></p><p>The research has been carried out as an exploratory, descriptive and analytical qualitative study.<strong> </strong>We have conducted case studies of 7 companies that are implementing, or evaluating the implementation, of ATS. The data was collected through interviews.</p><p><strong>Conclusion: </strong></p><p>The majority of the case companies are in the clarifying and routinizing stages of the innovation process. What is found unique with ATS is that it can be implemented partly. The dimensions found central to a smooth diffusion in the companies are the <em>required level of competence-sharing</em> and <em>complexity of implementation.</em></p></strong></p>

The goal of this master's thesis is to evaluate the successfulness of the strategies' portfolio and of trading and trending indicators, which are parts of the portfolio, through this evaluation. The theoretical part concerns with the key principles of the foreign exchange market which the portfolio is created for. After that, the individual technical indicators, which are used in the analytical part of the thesis, are analyzed in detail. Then in the following part, the development process of automated trading systems in case of the genetic algorithms' application is defined. Individual generated trading systems are described in the next segment separately. Their descriptions are followed by evaluation of outcomes of testing on historical data and of robustness' tests. Afterwards, the correlations between individual strategies are mentioned. The thesis concludes by efficiency evaluation of strategies' portfolio via backtest results and paper testing.

This diploma thesis deals with the construction of automated trading strategies, which are built on the basis of market statistics. In the first part are shortly introduced the basic parameters of the E-mini S&P 500. In this chapter is also a detailed description of the process of creating a market statistics. In the second part is described a process of building a number of automated trading strategies. Optimization of these strategies is conducted on historical data. In the second part of this thesis is also shown a discretionary trading system based on market statistics. In order to demonstrate the robustness of automated trading strategies, they are tested on a sample of data outside of the optimization period. The result of the diploma thesis will be an evaluation of the trades and evaluation of the robustness of automated trading strategies.

The aim of the diploma thesis is to test the own trading strategies on the exchange market and evaluate their success and applicability in practice. In the introduction of the diploma thesis, there are described basic parameters and basis for testing, such as tested indicators, tested time period and chosen currency pairs. In the next part of the thesis, selected indicators are compiled into three trading strategies, which are then tested . The final part consists of evaluating the results of all three trading strategies .

This diploma thesis deals with the design of automated trading system for trading the currency market. On the basis of technical indicators is created a trading system in MQL4 for the MetaTrader4 platform. Part of the thesis is optimization of the proposed system and testing on historical data in order to increase stability and maximize profit.

This diploma thesis deals with the realization of a business order, consisting in creating a system of rapid analysis and optimization based on real business data of currency pairs using the MATLAB software. Within this developed topic a customer automated trading system is implemented, including the analysis and the optimization of the system parameters. There was also used a predictive system of the development of the prices, using artificial intelligence methods, based on historical data. The obtained data from the optimization and the simulations of the automated trading system are clearly summarized in graphic outputs.

This master’s thesis deals with automated trading systems based on chosen trading strategies, their testing and inputs optimization. The work begins with a theoretical basis for subsequent practical part, where is the solution process illustrated. In conclusion, final evaluation of results is performed and recommendations for the future are mentioned.

This thesis deals with design, optimization and testing of an automated trading system intended for trading CFD contracts. The strategy is based on a combination of a moving average and a custom indicator, which gives signals based on convergence of signals of other monitored indicators. The designed automated trading system also contains a simple, but efficient money management. It is responsible for risking a constant portion of current account balance on each trade. The thesis continues with comparison of three ways to optimize chosen input parameters and comparison of performance of the strategy for ten tested market symbols.

This thesis focuses on design, implementation and optimalization of automated trading system based on breakout strategy and public fundamental data wich trades on FOREX. It descripes theoretical backgroud of financial markets and especially focuces on FOREX. This automated trade system is implemented in object oriented programing paradigm for MetaTrader 5 platform. Last part of thesis is aimed at testing implemented system on historical data in order to evaluate the correctness of system and optimalizations.

The content of my master´s thesis is the creation of automatic trading system which will be applied on real trading account mainly on financial markets of currency pairs. The thesis is divided to several parts where the theoretical part will introduce the problem of trading on financial markets. Following part analyses needs of small trader on the financial markets, selecting suitable instruments which will be used in automatic trading system. The part of the own solution design will create the mentioned automatic trading system which will be applied on broker´s demo account where the system will be tested mainly on historical data. Based on test results, system will be optimized and in case of usable results of testing also system will be applied on real trading account in trading company.