A83-1002 |
sets of values in nonrelational
|
databases
|
. When the user retrieves a field
|
A83-1006 |
need to be changed for different
|
databases
|
. In a similar manner , the data-access
|
A83-1002 |
. Semantic Variation Ix Value
|
Databases
|
are generally designed with a
|
A83-1006 |
to transfer to new domains and
|
databases
|
. The internal representations
|
A83-1006 |
transportability to a limited range of
|
databases
|
. As mentioned previously , a
|
A83-1002 |
on three different application
|
databases
|
. The METRO application involves
|
A00-1001 |
natural language interface to SQL
|
databases
|
for the Scandinavian languages
|
A83-1006 |
to provide access to particular
|
databases
|
. This paper focuses on the problem
|
A83-1013 |
present restricted to relational
|
databases
|
, and we would like to extend
|
A83-1022 |
reports . Initial data from a few
|
databases
|
indicate that users choose to
|
A83-1002 |
designed to access large distributed
|
databases
|
. It is implemented in INTERLISP
|
A83-1013 |
for natural language access to
|
databases
|
making extensive uae of general
|
A83-1019 |
economic problems of many potential
|
databases
|
remains the entry of the original
|
A83-1002 |
applications for the NLI . Some
|
databases
|
and data management systems may
|
A00-1036 |
required searching two separate
|
databases
|
. The conclusion of that study
|
A83-1019 |
economic problems of many potential
|
databases
|
remains the entry of the original
|
A83-1002 |
complex relational and CODASYL-type
|
databases
|
having difficult navigation and
|
A83-1002 |
for anything other than trivial
|
databases
|
, unless an inverted index of
|
A00-1001 |
joint Nordic effort interfaces to
|
databases
|
. The HSQL project was led by
|
A83-1006 |
transportability to existing conventional
|
databases
|
( which distinguishes TEAM from
|