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Showing 169-192 of 233 products

Tivoli OMEGAVIEW

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The architecture of Tivoli OMEGAVIEW comprised several key components designed to aggregate and present monitoring data from various Candle-based products. The central component was the OMEGAVIEW...
The architecture of Tivoli Output Manager (TOM) on z/OS is centered around automating report and print output management. The core components include...

Tivoli ADSM

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The architecture of Tivoli ADSM comprised several key components. The client software, installed on workstations (MS-DOS, Macintosh, OS/2, AIX), initiated backup and archive operations. The server component, running...
The architecture of Tivoli Storage Manager S/390 Edition was based on a client-server model. The main components included the Tivoli...
The architecture of Tivoli Storage Manager for z/OS comprised several key components. The z/OS client, the primary interface for backup and archive operations, interacted...
The architecture comprised a client-server model. The TSM server was the central component, managing data storage and retrieval. The TSM...
The architecture of Tivoli Space Manager (TSM) comprised several key components. The Archive Manager was responsible for identifying and archiving...
The architecture of IBM Z System Automation is centered around the Automation Manager, Policy Database, and Automation Agents. The Automation Manager is...
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AOC/MVS

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The AOC/MVS architecture comprised several key components designed to automate z/OS system operations. The Event Monitor component was responsible for detecting and capturing system events. The...

ACO SolutionPac

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The architecture of ACO SolutionPac comprised several key components. The automation engine was responsible for processing events and executing predefined...
The architecture of Sysplex Operations Manager for MVS/ESA (SOM) comprised several key components designed to automate and manage z/OS environments. The...
The architecture of IBM Z Workload Scheduler (ZWS) is based on a client-server model, with the Controller as the central management component. The...
The Control-M architecture consists of three primary components: the Control-M Server, Control-M Agents, and Control-M Enterprise Manager. The Control-M Server is the central component responsible for scheduling,...

Control-O

Supported
The Control-O architecture comprises several key components designed for efficient workload automation on z/OS. The Control-O Server is the central control point, responsible for...
The architecture of Control-M/Tape is centered around several key components that work together to provide comprehensive tape management capabilities within a z/OS environment. The Control-M/Tape Server is the central...
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The architecture of Workload Simulator consists of several key components: the Simulation Engine, the Configuration Manager, and the Reporting Module. The Simulation...

Control-D

Supported
The Control-D architecture comprises several key components: the Control-D Server, the Control-D Agent, and the Control-D Web Access component. The Control-D Server acts as the central control point,...

PCSEVBR

Active
The PCSEVBR architecture comprises three main components: the Restore Engine, the Catalog Interface, and the Security Module. The Restore Engine is responsible...
The architecture of Control-M Batch Impact Manager comprises several key components. The Impact Manager Server is responsible for performing calculations, analysis,...
The architecture of Control-M Self Service comprises several key components. The Self Service Server is the central component, handling user authentication, request processing, and interaction with the Control-M...
The architecture of Control-M/Links on z/OS comprises several key components that work together to provide event-driven automation. The core components include the Link Monitor, the Event Processor, and...
The architecture of Control-M/Analyzer is centered around three main components: the Analyzer Server, the Output Repository, and the Client Interface. The Analyzer Server is the core...
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Control-V

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Control-V's architecture was based on a z/OS mainframe environment. The core components included a Report Ingestion module, responsible for receiving and processing reports from various sources. An Indexing...

SG-Auto

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SG-Auto's architecture is centered around three core components: the Monitor, the Automation Engine, and the Configuration Manager. The Monitor component collects real-time data on disk space utilization, fragmentation levels,...

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