VENUE:

Institute of Software, Chinese Academy of Sciences. All lectures and talks will be arranged in 
Building No. 5, Software Park, Chinese Academy of Sciences.

CONTACT: Angsheng Li at angsheng@ios.ac.cn

TURING LECTURES 2012:

* S. Barry Cooper ( Leeds )
* John Hopcroft( Cornell)
* Richard Karp (Berkeley)
* Jon Kleinberg (Cornell)
* Butler Lampson (Microsoft)
* Wei Li (BUAA)
* Andrew Chi-Chih Yao (Tsinghua, Beijing)

TAMC 2012 INVITED SPECIAL SESSIONS:

1. Algorithms and Information in Networks (Organising Chairs: Zhiyong Liu ) 2. Complexity and 
Cryptography (Organising Chair: Xiaotie Deng) 3. Models of Computing and Networking (Organising 
Chairs: Anthony Bonato ) 4. Programming and Verification (Organising Chair: Wenhui Zhang)

IMPORTANT DATES:

* Submission deadline: 11:59pm EST Jan. 10, 2012.
* Notification of authors: Feb. 20, 2012.
* Final versions deadline: Due on March 10, 2012.

PROCEEDINGS:

Accepted papers will be published in the conference proceedings, in the LNCS Series by Springer.
Authors of accepted papers are expected to present their work at the conference.

POST CONFERENCE PUBLICATIONS:

Special issues of the journals Theoretical Computer Science and Mathematical Structures in Computer
Science devoted to a selected set of accepted papers of the conference are planned.

SUBMISSION OF PAPERS:

* Authors should submit an extended abstract (not a full paper).

* The submission should contain a scholarly exposition of ideas, techniques, and results, including
 motivation and a clear comparison with related work.

* The length of the extended abstract should not exceed ten (10) letter-sized pages (not including 
bibliography and appendices.)

* Submitted papers must describe work not previously published. They must not be submitted 
simultaneously to another conference with refereed proceedings. Research that is already submitted 
to a journal may be submitted to TAMC12, provided that (a) the PC chair is notified in advance 
that this is the case, and (b) it is not scheduled for journal publication before the conference.


PROGRAMME COMMITTEE:

* Manindra Agrawal (Co-chair, Indian Institute of Technology Kanpur)
* Marat Arslanov (Kazan)
* Giorgio Ausiello (Rome, Italy)
* George Barmpalias (ISCAS)
* Anthony Bonato (Ryerson University, Can.)
* Cristian S. Calude (University of Auckland )
* Alessandra Carbone (Paris)
* Jianer Chen (Texas A&M University)
* Wei Chen (Microsoft Research Asia)
* Francis Chin (University of Hong Kong)
* S. Barry Cooper (Co-chair, University of Leeds, UK)
* Gilles Dowek (Paris)
* Zhenhua Duan (Xidian University)
* Mike Fellows (Charles Darwin University, Australia)
* Kazuo Iwama (Kyoto University)
* Andrew Lewis (University of Leeds)
* Angsheng Li (Co-chair, Chinese Academy of Sciences)
* Zhiyong Liu (Chinese Academy of Sciences)
* Weiyi Liu (Yunnan University)
* Giuseppe Longo (Paris, France)
* Mitsunori Ogihara (Miami)
* Luke Ong (Oxford)
* Xiaoming Sun (Tsinghua University)
* Mingji Xia (ISCAS)
* Peng Zhang (Shandong University)
* Naijun Zhan (ISCAS)
* Yongji Wang (ISCAS)
* Hanpin Wang (Beijing University)
* Osamu Watanabe (Tokyo Institute of Technology)
* Ting Zhang (Iowa State University)


LOCAL ORGANIZING COMMITTEE:

* George Barmpalias (ISCAS)
* Yunfu Cao (ISCAS)
* Haiming Chen (ISCAS)
* Zhiming Ding (ISCAS)
* Angsheng Li (ISCAS, co-chair)
* Yucheng Li (ISCAS, co-chair)
* Dongdai Lin (ISCAS)
* Kelong Liu (ISCAS)
* Hongan Wang (ISCAS)
* Mingji Xia (ISCAS)
* Ye Yang (ISCAS)
* Yongji Wang (ISCAS)
* Naijun Zhan (ISCAS)


AIMS AND SCOPE:

TAMC aims at bringing together a wide range of researchers with interests in computational theory 
and applications.The main themes of the conference TAMC 2012 will be Computability, Complexity, 
and Algorithms with extensions to information and networks.

Typical but not exclusive topics of interest include:

* Algorithmic algebra,
* Algorithmic graph theory and combinatorics
* Algorithms and data structures
* Approximation algorithms
* Automata and neural networks
* Computational biology, and bio-informatics
* Computational complexity
* Computational game theory, network game theory
* Computational geometry
* Computable mathematics
* Continuous and real computation
* Cryptography and complexity
* Decidability and undecidability
* Derandomization
* Error correcting code and locally testable codes
* Generalized and higher type computation
* Internet mathematics
* Learning theory, and intelligent computing
* Local test of mathematical properties
* Models of computing and networking
* Natural computation
* Network algorithms
* Networking
* Networks in nature and society - new laws and principles
* Number theory and coding theory
* On-line algorithms and parallel algorithms
* Physical computability
* Programm checking
* Programming and verication
* Proofs and computation
* Quantum computing
* Randomized algorithms
* Randomness in complexity classes and in nature
* Relative computability and degree structures
* Robustness and security of networks
* Theory of networks and emergence
* Turing definability