delisle@white.toronto.edu (Pierre Delisle) (04/28/89)
As part of a research project at the Department of Computer Science (UofT), a 'load balancing' shell has been developed to provide a dynamic load balancing facility for workstation-based UNIX environments with file servers. The facility works at the user level, is completely automatic and transparent, and does not require any change to application programs or to the kernel. It is currently used in two systems (SunOS and Ultrix) at the University of Toronto. We would be interested in installing the facility in a few more environments. If your environment consists of a cluster of workstations connected by ethernet, running something close to UNIX BSD 4.2/4.3, sharing file systems via NFS, and that you wish the lost cpu cycles of idle workstations be used transparently to provide better overall system performance, then you qualify as an ideal environment! Interested system managers, please email directly to the author of this message. Many thanks. -- Pierre Delisle delisle@white.toronto.edu ...!{utgpu,utzoo,watmath}!utcsri!white!delisle
delisle@white.toronto.edu (Pierre Delisle) (02/13/90)
As part of a research project at the Computer Science Research Institute (CSRI) at the University of Toronto, a 'Load Balancing Facility' (LBF) has been developed to dynamically share load in workstation-based UNIX environments with file servers. The facility works at the command level using a modified C-shell as user interface, is completely automatic and transparent, and does not require any change to application programs or to the kernel. It is currently used in two environments at the University of Toronto. We would be interested in installing LBF in a few more experimental sites to evaluate its performance under live workloads. If your environment consists of a cluster of workstations connected by ethernet, running either SunOS or Ultrix, sharing file systems via NFS, and that you wish the lost cpu cycles of idle workstations be used transparently to provide better overall system performance, then you qualify as an ideal environment! Interested system managers, please e-mail directly to the author of this message. Many thanks. -- Pierre Delisle delisle@white.toronto.edu ..!{utgpu,utzoo,watmath}!utcsri!white!delisle