Thor is a distributed object-oriented database where objects are stored persistently at highly-available servers called object repositories, or ORs. In a large Thor system, performance tuning and system reconfiguration dictate that objects must be able to migrate among ORs. The paper describes two schemes for object references that support object migration, one using location-independent names and the other, location-dependent names. The paper analyzes the performance of the two schemes and concludes that location-dependent names are the right choice for systems like Thor, where we want fast access to objects that have migrated
Moving object databases (MODs), the core component of location server to support location-related ap...
Location transparency removes the need for client objects to explicitly know or define the location ...
We describe a service for locating distributed objects using location-independent object identifiers...
Mobility in distributed object systems is useful as it can provide such properties as load balancing...
This paper discusses issues raised by providing disconnected operation in the Thor object-oriented d...
Abstract. THOR is a persistent object store that provides a powerful programming model. THOR ensures...
Thor is an object-oriented database system designed for use in a heterogeneous distributed environme...
Locating mobile objects in a worldwide system requires a scalable location service. An object can be...
Locating mobile objects in a worldwide system requires a scalable location service. An object can be...
We propose a low-stretch scheme for locating mobile objects in wide-area computing envi-ronments. Lo...
. We are building a wide-area location service that tracks the current location of mobile and replic...
Thor is an object-oriented database system designed for use in a heterogeneous distributed environme...
Migration is a fundamental mechanism for achieving load balancing and locality of references in para...
The authors introduce a new concept in naming for distributed systems, which is motivated by the nee...
We describe a service for locating distributed objects identified by location-independent object ide...
Moving object databases (MODs), the core component of location server to support location-related ap...
Location transparency removes the need for client objects to explicitly know or define the location ...
We describe a service for locating distributed objects using location-independent object identifiers...
Mobility in distributed object systems is useful as it can provide such properties as load balancing...
This paper discusses issues raised by providing disconnected operation in the Thor object-oriented d...
Abstract. THOR is a persistent object store that provides a powerful programming model. THOR ensures...
Thor is an object-oriented database system designed for use in a heterogeneous distributed environme...
Locating mobile objects in a worldwide system requires a scalable location service. An object can be...
Locating mobile objects in a worldwide system requires a scalable location service. An object can be...
We propose a low-stretch scheme for locating mobile objects in wide-area computing envi-ronments. Lo...
. We are building a wide-area location service that tracks the current location of mobile and replic...
Thor is an object-oriented database system designed for use in a heterogeneous distributed environme...
Migration is a fundamental mechanism for achieving load balancing and locality of references in para...
The authors introduce a new concept in naming for distributed systems, which is motivated by the nee...
We describe a service for locating distributed objects identified by location-independent object ide...
Moving object databases (MODs), the core component of location server to support location-related ap...
Location transparency removes the need for client objects to explicitly know or define the location ...
We describe a service for locating distributed objects using location-independent object identifiers...