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Workshop material |
Notes from the workshop
- Fiona Polack
- Session Notes, 18-19 April 2005
Grand Challenge summary
- Susan Stepney et al
- Journeys in Non-Classical Computation:
A Grand Challenge for Computing Research
Keynote papers
- Christopher Alexander
- Harmony-Seeking Computation
(abstract)
- Sam Braunstein
- Quantum Computation
(abstract)
- Luca Cardelli
- Abstract Machines of Systems Biology
(abstract)
(website)
- Przemyslaw Prusinkiewicz
- Languages of Morphogenesis
(abstract)
(website)
Position papers
- Samson Abramsky, Bob Coecke
- Physics from Computer Science
- Pierre-Antoine Absil
- Computation with continuous-time dynamical systems
- Andy Adamatzky, Ben De Lacy Costello
- Reaction-diffusion computers:
Wet, Weird and Wonderful
- Thomas R. Addis, Bart-Floris Visscher, Dave Billinge, David C. Gooding
- Socially Sensitive Computing:
A Necessary Paradigm Shift for Computer Science
- Selim G. Akl
- Three Unconventional Computational Paradigms
- Martyn Amos
- Bacterial Self-Assembly and Computation
- J.-P. Banatre, P. Fradet, Y. Radenac
- Higher-order
Chemical Model of Computation
- Wolfgang Banzhaf
- Challenging the Program Counter
- Seth Bullock
- Nichiversal Computation:
Specifying the Limits of Bio-Inspiration
- Cristian S. Calude
- Computing Beyond Algorithmics
- Tim Clarke, Peter Mendham
- Multi-agent Systems for Autonomous
Control
- S. Barry Cooper
- Computation and Computability
- Irene Damico
- Quantum Computer Hardware
- J. Gorecki
- Chemical information processing with
excitation pulses
- Marian Gheorghe
- Systems Self-Assembly
- Simon Harding, Julian F. Miller, Edward
A. Rietman
- Evolution in Materio:
Exploiting the Physics of Materials for Non-Classical Computation
- Colin G. Johnson
- Non-classical computation the computationalist stance
towards the natural and cognitive sciences
- Jeff Johnson
- Non-classical Computation and the Science of Complex Systems
- Jan T. Kim
- On the stability and robustness of biological systems
- Jan T. Kim, J. Andrew Bangham
- Gene Regulatory Dynamics in Growing Systems
- Bill Langdon
- The Distribution of Amorphous Computer Outputs
- Paul Marrow
- Life for life: biologically
inspired computation for future computing applications
- Olivier Michel, Jean-Pierre Banatre, Pascal Fradet, Jean-Louis Giavitto1
- Challenging Questions for the Rationals of
Non-Classical Programming Languages
- Jonathan W. Mills
- The New Computer Science and Its Unifying Principle:
Complementarity and Unconventional Computing
- Rajagopal Nagarajan
- Is Unconditionally Secure
Quantum Cryptography Unbreakable?
- Mark Neal
- Biological inspiration: short-circuiting evolution?
- James Neil
- Software Engineering Without a Clue: the perils and pitfalls of
programming graphs you don’t really understand
- Richard Overill
- Parallelism of Paradigms in Non-Classical Computation
- Fiona Polack
- Engineering Emergence
- Grzegorz Rozenberg
- Computer Science,
Informatics, and Natural Computing
- Aaron Sloman, Jackie Chappell
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Altricial self-organising information-processing systems
- Rob E. Smith, Jon Caves
- From Qualities to Quantities
- Mike Stannett
- Industrial Hypercomputation
- John Szymanski
- The advantages of Fat,
Fashion-Conscious Supermodels...
- Gianluca Tempesti, Andy Tyrrell
- Bio-inspired Computing Architectures
- Jon Timmis
- Challenges for Artificial Immune Systems
- Peter Welch
- Mobile Processes: very tiny, very fast and very many
- John Woodward
- Lateral non-classical thinking
- Andy Wuensche
- Discrete dynamical networks, basins of attraction,
and content addressable memory
- Klaus-Peter Zauner, Srinandan Dasmahapatra, Jorn Werner
- Ratchet Computing -
The Heat Bath as Computational Resource
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