[net.ai] Reading List on Logic and Parallel Computation

CLT@SU-AI.ARPA (04/06/84)

From:  Carolyn Talcott <CLT@SU-AI.ARPA>

         [Forwarded from the Stanford bboard by Laws@SRI-AI.]

INSTRUCTOR: Professor G. Kreisel
TIME:   Monday  4:15-6pm
PLACE:  252 Margaret Jacks Hall
       (Stanford Computer Science Department)
TOPIC:  Logic and parallel computation.

Below is a reading list that was compiled from discussion
at the organizational meeting.  [...]


          --------------------------------------------------
                             Reading List
          --------------------------------------------------

[Carolyn Talcott - 362 Margaret Jacks - CLT@SU-AI - has copies
 of all the references]


                         Parallel Computation
                        ---------------------

Fortune,S. and Wyllie,J. [1978]
Parallelism in random access machines
Proc. 10th  ACM Symposium on Theory of Computation (STOC)
pp.114-118.


Valiant,L. Skyum,S.[1981]
Fast parallel computation of polynomials using few processors
Proc. 10th Somposium on Mathematical Foundations of Computer Science
LNCS 118, pp. 132-139.

von zur Gathen,J.[1983]
Parallel algorithms for algebraic problems
Proc. 15th  ACM Symposium on Theory of Computation (STOC)
pp. 17-23.

Mayr,E.[1984], Fast selection on para-computers (slides )

Karp,R.M. Wigderson,A.[1984?]
A Fast Parallel Algorithm for the Maximal Independent Set Problem
  - Extended Abstract (manuscript)


        Continuous operations on Infinitary Proof Trees, etc.
        -----------------------------------------------------

Rabin,M.O.[1969]
Decidability of 2nd Order Theories and Automata on Infinite Trees,
TransAMS 141, pp.58-68.

Kreisel,G. Mints,G.E. Simpson,S.G.[1975]
The Use of Abstract Language in Elementary Metamathematics;
  Some Pedagogic Examples,
in Logic Colloquium72, LNM 453, pp.38-131.

Mints,G.E.[1975] Finite Investigations of Transfinite Derivations,
J.Soviet Math. 10 (1978) pp. 548-596. (Eng.)

Sundholm,B.G.[1978] The Omega Rule: A Survey,
Bachelors Thesis, University of Oxford