to traditional video games control and be accepted and adopted for commercial use, there are a number of impediments to overcome. One of the main technical issues restraining commercial use of BCI is latency. BCI latency refers to the time it takes for a BCI system to read, classify and convert the raw electroencephalography (EEG) signals into a useful command for a computer system to use. Existing BCI hardware also impedes widespread adoption of BCI technology due largely to cumbersome, expensive equipment and long setup times. However in recent years companies such as Emotiv [8] and NeuroSky [9] have developed wireless, dry electrode headsets which negate the requirement for wired interfaces to EEG equipment and conductive gel to be used during hardware setup. Advances such as these, along with consumer grade pricing ensure that BCI hardware will be an attractive technology in the future. Advances in EEG technology such as this helps to endorse BCI use in commercial video gaming by promoting ease of use and low prices. In recent years, advances in signal processing methods for BCI [10] have aided researchers in detecting relevant information more accurately from the nOIse