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Implementation of a Neuromorphic Development Platform with DANNA

Jason Chan

December, 2015

Masters Thesis, University of Tennessee

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Neuromorphic computing is the use of artificial neural networks to solve complex problems. The specialized computing field has been growing in interest during the past few years. Specialized hardware that function as neural networks can be utilized to solve specific problems unsuited for traditional computing architectures such as pattern classification and image recognition. However, these hardware platforms have neural network structures that are static, being limited to only perform a specific application, and cannot be used for other tasks. In this paper, the feasibility of a development platform utilizing a dynamic artificial neural network for researchers is discussed.

Citation Information


Chan, Jason Yen-Shen, "Implementation of a Neuromorphic Development
Platform with DANNA. " Master's Thesis, University of Tennessee,


  author = "Jason Chan",
  title = "Implementation of a Neuromorphic Development Platform with {DANNA}",
  howpublished = "Masters Thesis, University of Tennessee",
  where = "",
  year = "2015"