Call Number (LC) | Title | Results |
---|---|---|
NAS 1.26:188848 | Some methods of encoding simple visual images for use with a sparse distributed memory, with applications to character recognition | 1 |
NAS 1.26:188849 | A class of designs for a sparse distributed memory | 2 |
NAS 1.26:188850 | Optimal moving grids for time-dependent partial differential equations | 1 |
NAS 1.26:188851 | Multilevel filtering elliptic preconditioners | 1 |
NAS 1.26:188852 | The role of graphics super-workstations in a supercomputing environment | 1 |
NAS 1.26:188853 | The ARPANET after twenty years | 2 |
NAS 1.26:188854 |
A parallel algorithm for the eigenvalues and eigenvectors for a general complex matrix A parallel algorithm for the Eigenvalues and Eigenvectors of a general complex matrix |
2 |
NAS 1.26:188855 |
Modula-2* an extension of Modula-2 for highly parallel programs / Modula-2*: An extension of Modula-2 for highly parallel programs |
2 |
NAS 1.26:188856 | Ames life sciences telescience testbed evaluation | 1 |
NAS 1.26:188857 | On polynomial preconditioning for indefinite Hermitian matrices | 1 |
NAS 1.26:188858 | BIRD a general interface for sparse distributed memory simulators / | 1 |
NAS 1.26:188859 | Is thinking computable? | 1 |
NAS 1.26:188860 | A system performance throughput model applicable to advanced manned telescience systems | 1 |
NAS 1.26:188861 | Collaboration technology and space science | 1 |
NAS 1.26:188862 | Evolutionary tree reconstruction | 1 |
NAS 1.26:188863 | On the suitability of the connection machine for direct particle simulation | 1 |
NAS 1.26:188864 | Development of a sensor coordinated kinematic model for neural network controller training | 1 |
NAS 1.26:188865 | Distributed memory approaches for robotic neural controllers | 1 |
NAS 1.26:188866 | Final report on the Workshop on NASA Workstation Technology | 1 |
NAS 1.26:188867 |
Fast secant methods for the interactive solution of large nonsymmetric linear systems Fast secant methods for the iterative solution of large nonsymmetric linear systems |
2 |