Hello this is a work in progress. I'm hoping to do all my research on this site, such that other students may benefit from my findings, and hopefully, they can help me as well
I am doing my PhD research in the field of artificial intelligence, most specifically pertaining to Neural Plasticity
You twat!!
Here is a list of things that really pisses me off on certain wiki pages
I am a first year PhD student at the University of Southampton in the department of Electronics and Computer Science. I am studying artificial intelligence, but my main area of research is in Biologically inspired plasticity in a silicon cortex.
I receieved my undergraduate degree at York University in computer science in 2006.
I am currently involved in a project with the University of Manchester, creating a multichip computer called Spinnaker. We are hoping to model biological plasticity on a silicon cortex.
I wanted to create this page for several reasons:
I am hoping to put together enough knowledge into this site, and get enough feedback from other people, that will allow me to better model
neural plasticity on a computer
My PhD requires that I build a computer with the following attributes
What is plasticity in Biology
Biological plasticity is the ability of an organism to adapt its biological structure to conform to certain environmental changes. Determining what causes this adaptation has proven to be nontrivial, even with the recent advances in biology and neuroscience. This paper will discuss some of the models which have been proposed for the plasticity of the human brain, as well as different computational models.
In this second report I have to present a biological model which I can map onto the spinnaker project. The model has to be chosen from one of the options below:
any help anyone could give would be greatly appreciated
In this report I will be focusing more on the LGN (Lateral Geniculate Nuisance) since that is where my project seems to be headed. As it turns out we have a case of The Three Bears; the retina is too simple and too well documented, the Visual Cortex is too complicated and completely unchartered, the LGN is just right. Unfortunately the LGN is also the biggest pain in the ass since there isn't enough documentation on it. As a side project I will also create a report on the visual pathway to get a better understanding of how the visual pathway operates, I shall call it Reportex Maximus
This is just my pitiful attempt to remove some of the clutter of the visual pathway since books are so poor at doing it.
A look at the hippocampus at it's affect on geopolitics pertaining to the current Israeli-Arab conflict
Just writing some notes as I go along researching for my mini thesis Full Report
I am fuckin sick and tired of BT providing the worst fucking service in the world. BT Letter
Abu dhabi
Amsterdam
Aswan
Athens
Barcelona
Baku
Bonn
bordeaux
Boston
Brussels
Buffalo
Cairo
Cancun
Cannes
Colon/Koln
Corfu/Keykyra
Dallas
Dubai
Dusseldorf
Edinburgh
Edmonton
Frankfurt
Geneva
Gothenberg
Hamburg
Havana
Ibiza
Interlock
Istanbul
Kelowna
London
Los Angelas
Las Vegas
Luxor
Maine
Manchester
Mauii
Miami
Milan
Monte Carlo
Montreal
New York city
Nice
Orlando
Ottawa
Paris
Pheonix
Phillidelphia
Puerta Vallerta
Rome
Seatle
Sharm El Sheikhe
Skagway
Southampton
Tehran
Thessaloniki
Toronto
Varadero
Venice
Washington
Winchester
Zanzibar (the strip club)
here is a list of books I have recently read (updated regularly) in order of preference
Still haven't finished reading these
Dynamical system
Polychronization
Blue Gene
Spike timing dependent plasticity
Connectionism
Self-organizing map
Self Organizing map 2
Self Organizing map 3
Self Organizing map 4
Brain-computer interface
Perceptron
Radial Basis Function
Glial cell
Metaplasticity
Letter to the editor
Neural Networks and Physical Systems (Hopfield)
Hello this is a work in progress. I'm hoping to do all my research on this site, such that other students may benefit from my findings, and hopefully, they can help me as well
I am doing my PhD research in the field of artificial intelligence, most specifically pertaining to Neural Plasticity
You twat!!
Here is a list of things that really pisses me off on certain wiki pages
I am a first year PhD student at the University of Southampton in the department of Electronics and Computer Science. I am studying artificial intelligence, but my main area of research is in Biologically inspired plasticity in a silicon cortex.
I receieved my undergraduate degree at York University in computer science in 2006.
I am currently involved in a project with the University of Manchester, creating a multichip computer called Spinnaker. We are hoping to model biological plasticity on a silicon cortex.
I wanted to create this page for several reasons:
I am hoping to put together enough knowledge into this site, and get enough feedback from other people, that will allow me to better model
neural plasticity on a computer
My PhD requires that I build a computer with the following attributes
What is plasticity in Biology
Biological plasticity is the ability of an organism to adapt its biological structure to conform to certain environmental changes. Determining what causes this adaptation has proven to be nontrivial, even with the recent advances in biology and neuroscience. This paper will discuss some of the models which have been proposed for the plasticity of the human brain, as well as different computational models.
In this second report I have to present a biological model which I can map onto the spinnaker project. The model has to be chosen from one of the options below:
any help anyone could give would be greatly appreciated
In this report I will be focusing more on the LGN (Lateral Geniculate Nuisance) since that is where my project seems to be headed. As it turns out we have a case of The Three Bears; the retina is too simple and too well documented, the Visual Cortex is too complicated and completely unchartered, the LGN is just right. Unfortunately the LGN is also the biggest pain in the ass since there isn't enough documentation on it. As a side project I will also create a report on the visual pathway to get a better understanding of how the visual pathway operates, I shall call it Reportex Maximus
This is just my pitiful attempt to remove some of the clutter of the visual pathway since books are so poor at doing it.
A look at the hippocampus at it's affect on geopolitics pertaining to the current Israeli-Arab conflict
Just writing some notes as I go along researching for my mini thesis Full Report
I am fuckin sick and tired of BT providing the worst fucking service in the world. BT Letter
Abu dhabi
Amsterdam
Aswan
Athens
Barcelona
Baku
Bonn
bordeaux
Boston
Brussels
Buffalo
Cairo
Cancun
Cannes
Colon/Koln
Corfu/Keykyra
Dallas
Dubai
Dusseldorf
Edinburgh
Edmonton
Frankfurt
Geneva
Gothenberg
Hamburg
Havana
Ibiza
Interlock
Istanbul
Kelowna
London
Los Angelas
Las Vegas
Luxor
Maine
Manchester
Mauii
Miami
Milan
Monte Carlo
Montreal
New York city
Nice
Orlando
Ottawa
Paris
Pheonix
Phillidelphia
Puerta Vallerta
Rome
Seatle
Sharm El Sheikhe
Skagway
Southampton
Tehran
Thessaloniki
Toronto
Varadero
Venice
Washington
Winchester
Zanzibar (the strip club)
here is a list of books I have recently read (updated regularly) in order of preference
Still haven't finished reading these
Dynamical system
Polychronization
Blue Gene
Spike timing dependent plasticity
Connectionism
Self-organizing map
Self Organizing map 2
Self Organizing map 3
Self Organizing map 4
Brain-computer interface
Perceptron
Radial Basis Function
Glial cell
Metaplasticity
Letter to the editor
Neural Networks and Physical Systems (Hopfield)