• See large image

  New Developments in Artificial Neural Networks Research (Hardback) Edited by Robert W. Nelson

  

  $220.03 - Save $25.64 (10%) - RRP $245.67 Free delivery worldwide (to United States and
  all these other countries) Usually dispatched within 24 hours Add to basket | Add to wishlist |

  Short Description for New Developments in Artificial Neural Networks ResearchGathers research in the study of artificial neural networks. This title includes topics such as: a neural network based visual servo system; modelling of computer-assisted learning using artificial neural networks; prediction of hole quality in drilling GFRE using artificial neural networks; and, more.
  Full description

  • Publisher: Nova Science Publishers Inc
  • Published: 23 November 2011
  • Format: Hardback 341 pages
  • See: Full bibliographic data
  • Categories: Computer Programming / Software Development | Network Programming | Computer Networking & Communications | Artificial Intelligence
  • ISBN 13: 9781613242865 ISBN 10: 1613242867
  • Sales rank: 872,253

• Godel, Escher, Bach

  

  Add to basket $23.99 -

• Artificial Intelligence: Interna...

  

  Add to basket $88.55 - Save $0.48 - RRP $89.03

• Nine Algorithms That Changed the...

  

  Add to basket $30.13 - Save $1.59 (5%) - RRP $31.72

• On Intelligence

  

  Add to basket $16.16 - Save $0.84 (4%) - RRP $17.00

• Programming Collective Intellige...

  

  Add to basket $37.99 - Save $11.29 22% off - RRP $49.28

Full description for New Developments in Artificial Neural Networks Research

• This book gathers the most current research from across the globe in the study of artificial neural networks. Topics discussed include a neural network based visual servo system; modelling of computer-assisted learning using artificial neural networks; prediction of hole quality in drilling GFRE using artificial neural networks; ANN-based approaches to study the nanoscale CMOS devices; artificial neural networks in chromatography and spectroscopy; heterogeneous neural networks; and, tuning differential evolution for artificial neural networks.