This course is not scheduled. Inquire about Onsite training at your facility.
Overview
| Course code | F0510 | Skill level | Advanced |
|---|---|---|---|
| Duration | 4.0 days | Delivery type | Classroom
(Hands-on labs) |
| Course type | Public or Private on-site | ||
| Public price | USD $3,000.00 plus tax |
The purpose of this course is to train experienced Image Services (IS) support inidividuals how to install, configure and troubleshoot an IS system.
Note:When registering for this course, please inform the registrar of your system platform (AIX, HP-UX, Solaris, Windows).
View this course in other countries
Training Paths that reference this course are:
Audience
This is an advanced course for experienced Image Services Support personnel who have the responsibility of supporting FileNet IS software.
Prerequisites
It is critical that you have the following experience to receive maximum benefit from this course:
- Completion of the IBM FileNet IS Support (F9060)
- Mandatory UNIX operating system knowledge (UNIX platforms)
- Mandatory Windows knowledge
Skills taught
You will perform exercises that provide an in-depth look at the variety of FileNet IS configurations. This provides an excellent foundation for individuals who support this product. You will work on your own pace with access to instructors as needed to complete assignments. Individuals meet daily in a group for review and discussion.
Course outline
- Identifying systems that would benefit from the addition of an application server
- Installing and configuring dual servers and multiple servers
- Configuring a FileNet system to best utilize your Wide Area Network (WAN)
- Optimizing multiple servers for top performance.
- Implementing and utilizing Fast Batch
- Seeing Data redundancy in multi-committal and cross-committal systems
- Troubleshooting multi-committal, cross-committal and fast batch committal
- Designing shared memory including Multi-Keyed File (MKF) buffers and document buffer pools
- Drawing and supporting multiple caches and multiple cache partitions
- Sizing and resizing MKF databases
- Improving performance in Optical Storage and Retrieval (OSAR)-less systems
- Minimizing retrieval time by using large cache partitions in an OSAR system