Epilepsy
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This document discusses epilepsy prediction and outlines a timeline for a research project on the topic. It begins with definitions of epilepsy and how seizures can induce further seizures. It then addresses that epilepsy prediction is already being researched, with most success seen in temporal lobe epilepsy. The proposed project would take hybrid approaches and push detection further back in time. The timeline outlines researching previous work from June 10th-20th, exploring epilepsy databases from June 20th-25th, learning time series analysis tools from June 10th-July 10th, completing analyses by July 31st, converging approaches from August 1st-15th, creating an online tool from August 1st-15th, and writing a paper by the end of August.
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science, any system of knowledge that is concerned with the physical world and its phenomena and that entails unbiased observations and systematic experimentation. In general, a science involves a pursuit of knowledge covering general truths or the operations of fundamental laws.
Science can be divided into different branches based on the subject of study. The physical sciences study the inorganic world and comprise the fields of astronomy, physics, chemistry, and the Earth sciences. The biological sciences such as biology and medicine study the organic world of life and its processes. Social sciences like anthropology and economics study the social and cultural aspects of human behaviour.
Science is further treated in a number of articles. For the history of Western and Eastern science, see science, history of. For the conceptualization of science and its interrelationships with culture, see science, philosophy of. For the basic aspects of the scientific approach, see physical science, principles of; and scientific method.
Model of a molecule. Atom, Biology, Molecular Structure, Science, Science and Technology. Homepage 2010 arts and entertainment, history and society
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physics
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Italian-born physicist Dr. Enrico Fermi draws a diagram at a blackboard with mathematical equations. circa 1950.
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Epilepsy
- 1. Suitable for people with either biology background or computer science and mathematical background
- 2. WHAT IS EPILEPSY? Synchronization of brain regions that spreads to other regions. Need not be motor lobe synchronization, which manifests in seizure. Can be induced even by alcohol withdrawal in alcoholics. Seizures induce occurrence of further seizures, so if epilepsy and epileptic seizures can be stopped, in addition to helping the patient at that moment, one is preventing further progress of the disease.
- 3. CAN EPILEPSY BE PREDICTED? Yes People are already doing it. Research material on it (from June 10th to June 20th)
- 4. WHY SHOULD WE JUMP IN THE RACE? Much success only with temporal lobe epilepsy. People married to a technique.
- 5. WHAT WOULD WE DO DIFFERENT? Set logic gate of OR for various time series analysis tools, develop new hybrid approaches. Push the envelope of detection further back in time (yes, back can be good ) Explore kinds of epilepsies that have been untouched.
- 6. TIMELINE Research material on previous epilepsy prediction (from June 10th to June 20th) Explore epilepsy databases (I know some of you have already done that but for others June 20th to June 25th) Learn specific time series analysis tools (June 10th to July 10th). You can learn as many tools as you wish, say ARCH, GARCH, ARIMA, Wavelet analysis, soft computing approaches such as evolutionary algorithms and ANNs but you have to be really good at at least one of them. Based on technique we divide teams. Complete analysis by July 31st
- 7. TIMELINE (CONTD.) Converge different analysis approaches. August 1st to 15th Make an online tool. August 1st to August 15th (in parallel) Write paper by end of August
- 8. CAN EPILEPSY PREDICTION TEAM WORK ON OTHER THINGS? If you are a person looking at time-series analysis, you can work on other applications of time-series as well.