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Adaptive Trading Strategies for Cryptocurrencies
Filip, Marek ; Perešíni, Martin (oponent) ; Homoliak, Ivan (vedoucí práce)
Cryptocurrency trading strategies are based on either rising or falling markets, however, they fail when applied to the wrong trend in a volatile market. This thesis explores the idea of cryptocurrency trading in rising and falling markets with adaptive strategies that can adjust to current market trends in order to maximize effectiveness. The problem is solved by analyzing the Bitcoin price, creating risk metric and focusing on the function's extrema. Both long-term and short-term options are explored. An extensible backtester program is created to evaluate the strategies and plot the time series. The results are compared to traditional approaches like HODL and rebalance, the profits can multiply more than three times using the right criteria. The thesis offers new ways of gaining profit to cryptocurrency investors, as well as giving readers insight into creating (adaptive) trading strategies and backtesting them in code. The output of the thesis is expected to be used by automated trading systems.
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Adaptive Trading Strategies for Cryptocurrencies
Filip, Marek ; Perešíni, Martin (oponent) ; Homoliak, Ivan (vedoucí práce)
Cryptocurrency trading strategies are based on either rising or falling markets, however, they fail when applied to the wrong trend in a volatile market. This thesis explores the idea of cryptocurrency trading in rising and falling markets with adaptive strategies that can adjust to current market trends in order to maximize effectiveness. The problem is solved by analyzing the Bitcoin price, creating risk metric and focusing on the function's extrema. Both long-term and short-term options are explored. An extensible backtester program is created to evaluate the strategies and plot the time series. The results are compared to traditional approaches like HODL and rebalance, the profits can multiply more than three times using the right criteria. The thesis offers new ways of gaining profit to cryptocurrency investors, as well as giving readers insight into creating (adaptive) trading strategies and backtesting them in code. The output of the thesis is expected to be used by automated trading systems.
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