Introduction to the new mainframe

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Transcript Introduction to the new mainframe

Introduction to the new mainframe:
Large-Scale Commercial Computing
Chapter 8: Autonomic computing
© Copyright IBM Corp., 2006. All rights reserved.
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Introduction to the new mainframe
Chapter objectives
After completing this chapter, you will be
able to:
• Understand autonomic computing capabilities
• Understand the autonomic computing
framework
• Know the autonomic capabilities of large-scale
commercial systems
• Know the autonomic computing tool
© Copyright IBM Corp., 2006. All rights reserved.
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Introduction to the new mainframe
Autonomic Computing Principles
The self-configuring, self-healing, self-optimizing, and self-protecting
technologies of operating environments and systems.
Seamless integration and
distribution of resources
by the operating system
Automatically measure
and tune resources to
improve performance
and usage
SelfConfiguring
SelfHealing
SelfOptimizing
SelfProtecting
Instant detection,
diagnosis and
reaction to
system
disruptions
Anticipate,
detect, identify and
protect against attacks
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Introduction to the new mainframe
Autonomic computing system
Assess
Impact
Diagnose
Symptom
Plan
Action
Autonomic Manager
Analyze
Monitor
Data
Plan
Knowledge
Execute
Action
Sense
Symptom
Take
Action
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Introduction to the new mainframe
Autonomic computing framework
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Introduction to the new mainframe
z/OS Implementation of autonomic computing: Self-Healing
-Repair - as in the Error Correction Code (ECC)
-IBM System z Hardware has spare units on many components. This is
called N+1
• Use of spare PUs
• Use of spare memory chips
• I/O has multipath access
-Concurrent updates
-System Software
• Data Replication
 Coupling Facility Structure
 Synchronous copy
• Automation engines
• Virtualization
• Health Checking
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Introduction to the new mainframe
Self-Configuring
• msys for setup simplifies the
management tasks for z/OS software
setup.
• z/OS Wizards are Web-based dialogs
that assist in z/OS customization.
• Capacity upgrade CPU provides
instant access to additional
processors or servers, memory, I/O.
• Customer-initiated upgrade.
• Automatic hardware
detection/configuration.
• Automatic communication
configuration.
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Introduction to the new mainframe
Self-Protecting
• LPAR, Certifications FIPS, I40-1
Level 4, EAL4, ZKA, ICSA Labs
1.0A
• Intrusion detection IDS, PKI
• Hardware cryptographic adapters
• Digital certificates providing
identity authentication
• SSL and TLS (manages Internet
transmission security), Kerberos
(authenticates requests for
service in a network), VPN,
encryption
• Tivoli Policy Director
• LDAP (Lightweight Directory
Access Protocol) -aids in the
location of network resources
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Introduction to the new mainframe
Self-Optimizing
• Intelligent Resource Director
(IRD)
 allows dynamic resource allocation
on servers
• Dynamic LPAR
 WLM LPAR extensions for Linux
• Parallel Sysplex Extensions
 Sysplex Distributor
 CP Coupling
• BIND9 DNS-DNS BIND Version
9.0 on z/OS
• z/OS workload manager
 CPU, memory, I/O, TCP/IP QOS,
Web request management, and
batch initiator balancing
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Introduction to the new mainframe
Summary
The New Mainframe:
•
•
•
•
is autonomic computing
Self-healing, self-configuring, self-optimizing and self-protecting
Autonomlc Computing framework is needed
Touchpoints are needed in the framework. Touchpoints
represent the management interfaces for the things that are
managed.
• Autonomic Computing makes the IBM System z the most
reliable mainframe.
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Introduction to the new mainframe
Key terms in this chapter
• Autonomic
• Autonomic computing
control loop
• Autonomic computing
framework
• Control loop
• ECC
• Effector
• Monitoring
msys for Setup
Self-configuring
Self-Healing
Self-Optimizing
Self-Protecting
Sensor
SMP/E
Touchpoint
© Copyright IBM Corp., 2006. All rights reserved.
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