J89-4001 is a Common Lisp program on a Symbolics Lisp Machine . The algorithm as stated is
J92-4001 of continuous computation on a Symbolics Lisp Machine . We observed that the training
H86-1009 implemented using flavors on a Symbolics LISP Machine . Types of objects are represented
C94-1007 bidirectional TDMT System on a Symbolics Lisp machine . The system simulates the communication
A88-1017 implemented in Common lisp on a Symbolics Lisp Machine . It uses an ATN parser which
A83-1006 research on TEAM is being done on the Symbolics LISP machine . The acquisition component has
E87-1012 menu and window system of the Symbolics Lisp Machine . When due to the incompleteness
J86-3010 SEMSYN generator for German on a Symbolics Lisp machine . These tools include : •
C94-1007 either on a Sun Workstation or Symbolics Lisp Machine . Ti ~ e dictionaries and the
A88-1011 here has been implemented on a Symbolics LISP Machine and on an APOLLO workstation
H89-2022 first developed , it ran on a Symbolics Lisp machine , and took several minutes to
C86-1043 illegal . ' Facts , as in ` The Symbolics LISP machine can have up to 8 megabytes of
E87-1030 is completely implemented on a Symbolics Lisp Machine ( Allgayer 1986 ) . It offers
E87-1012 ZetaLisp and KRS , and running on a Symbolics Lisp Machine ) has been built . Future efforts
E85-1009 the actual translation , on a Symbolics Lisp machine . The " production system " design
A88-1004 system has been implemented on a SYMBOLICS lisp machine . During the implementation we
H86-1010 have implemented parts of it on a Symbolics Lisp machine using Zeta-Lisp . takes ambient
C88-2158 single-cpu nlachines such as SUN3s and Symbolics Lisp machines ( by simulated par - allelism
A88-1004 run in ZetaLISP and FLAVORS on SYMBOLICS lisp machines . We would like to demonstrate
J87-1020 implemented in ZetaLISP and runs on SYMBOLICS lisp machines . The Generation System of the
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