Storage Systems

Overview Introduction:History: computing, networking, storage - Need for storage networking - SAN, NAS, SAN/NAS Convergence - Distributed Storage Systems - Mainframe/proprietary vs. open storage - Storage Industry Organizations and Major Vendors Market - Storage networking strategy (SAN/NAS or Distr storage)

Beginner 0(0 Ratings) 0 Students enrolled English
Created by skill expert
Last updated Fri, 17-Jun-2022
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Course overview

 Impact of Regulations: existing and new;Technology:Storage components - Data organization: File vs. Block, Object; Data store; Searchable models - Storage Devices (including fixed content storage devices) - File Systems - Volume Managers - RAID systems - Caches, Prefetching;Network components:Connectivity: switches, directors, highly available systems - Fibre Channel - 1GE/10GE, Metro-ethernet - Aggregation - Infiniband;Error Management:Disk Error Mgmt - RAID Error Mgmt - Distr Systems Error Mgmt;Highly available and Disaster-tolerant designs:Ordered writes, Soft updates and Transactions - 2 phase, 3 phase, Paxos commit protocols - Impossibility Results from Distributed Systems - Choose 2 of 3: Availability, Consistency and Partition Tolerance;Layering and Interfaces in Storage Protocols:eg. SCSI 1/2/3SNIA model;SAN Components:Fibre Channel - IP-based Storage (iSCSI, FCIP, etc.) - Examples - NAS - NFS - CIFS - DAFS;Large Storage Systems:Google FS/BigTable - Cloud/Web-based systems (Amazon S3) - FS+DB convergence - Programming models: Hadoop;Archival Systems:Content addressable storage - Backup: serverless, LAN free, LAN Replication issues - Storage Security - Storage Management - Device Management - NAS Management - Virtualization - Virtualization solutions - SAN Management - Storage Provisioning - Storage Migration - SRM

Curriculum for this course
43 Lessons 39:59:38 Hours
Lecture
43 Lessons 39:59:38 Hours
  • Overview
    Preview 00:50:37
  • Storage, Processing, Networking
    00:57:04
  • Naming and Storing
    00:55:11
  • Storage Filesystems
    01:01:03
  • Access Architecture, Hard Disks
    00:56:59
  • SCSI
    00:49:17
  • Fibre Channel Protocol (FCP)
    00:46:07
  • FCP, 10Gb Ethernet, iSCSI, TCP
    00:51:10
  • NFS, NFSv2
    00:56:12
  • NFSv2, NFSv3, NFSv4, CIFS
    00:55:59
  • USB Storage
    00:56:46
  • Tiering
    00:56:18
  • MobilePersonalOrganizational - type Storage
    00:57:53
  • ParallelCloudWeb-scale Storage
    00:59:17
  • Long-term Storage
    00:58:12
  • Storage interfaces
    00:57:51
  • User-Memory-CPU interactions
    00:57:34
  • Spinlock, Concurrency
    00:58:44
  • Block Layer design
    00:57:46
  • FAT, TFAT, F2FS, LFS, FTL
    00:56:28
  • Data Structures
    00:58:40
  • Abstractions
    00:58:03
  • Link & Write Operations
    00:55:54
  • ZFS
    00:57:36
  • RAID in Filesystems
    00:56:15
  • RAID-Z, NetApp RAID4, Flash Filesystems
    00:59:18
  • Reliability
    00:55:25
  • Performance
    00:57:50
  • Security
    00:58:52
  • CAP Theorem
    00:58:33
  • POSIXNFSS3Zookeeper, ACID Vs. BASE
    00:51:14
  • Consistency & Commit problems
    00:52:12
  • Paxos
    00:53:57
  • Group Communication problem
    00:50:59
  • Message Ordering
    00:55:43
  • Ordering Models
    00:55:48
  • Orderings in Filesystems
    00:56:45
  • Semantics of highly scalable filesystems
    00:56:02
  • GFS
    00:56:07
  • GFS Model
    00:55:46
  • GFS functions and operations
    00:59:10
  • GFS problems, BigTable
    00:44:13
  • Lessons to learn
    00:58:48
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