Network operating systems
Replenishment date: 23.06.2020
Content: Network Operating Systems.rar (6.38 MB)
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Description
Network operating systems
Contents:
Lecture number 1 Evolution of operating systems
Lecture number 2 Peer-to-peer and server network operating systems. OS in peer-to-peer networks.
Lecture number 3 Kernel and auxiliary modules of the operating system.
Lecture number 4 Microkernel architecture
Lecture № 5 Multilayer structure of the OS.
Lecture number 6 Planning processes and threads
Lecture number 7 Multiprogramming in batch processing systems
Lecture 8 Quantization-based scheduling algorithms.
Lecture number 9 Interrupt-based multiprogramming.
Lecture number 10 Memory management.
Lecture number 11 Paging virtual memory.
Lecture number 12 OS task from file and device management
Lecture number 12 OS task from file and device management
Lecture number 14 Physical organization FAT. Physical organization s5 and ufs.
Lecture number 15 Physical organization NTFS.
Lecture number 16 File operations
Lecture number 17 Control of access to files.
Lecture number 18 Models of network services and distributed applications
Lecture number 19 Methods of addressing.
Lecture number 20 Calling remote procedures
Lecture number 21 Network file systems
Lecture number 22 Caching replication
Lecture number 23 Broadcast multiplexing
Lecture number 24 Directory service
Lecture number 25 Basic concepts of security
Lecture number 26 Basic security technologies
Lecture # 27 Kerberos Primary Authentication
Lecture number 28 Overview of Linux and Unix
Lecture number 29 The structure of the Unix filesystem
Lecture number 30 Process management
Lecture number 31 Standard streams
Lecture number 32 Types of network operating systems
Lecture number 33 Free DOS, Windows, OS2
Lecture 34 Network operating systems Net Ware, Unix.
Lecture number 1 Evolution of operating systems
Lecture number 2 Peer-to-peer and server network operating systems. OS in peer-to-peer networks.
Lecture number 3 Kernel and auxiliary modules of the operating system.
Lecture number 4 Microkernel architecture
Lecture № 5 Multilayer structure of the OS.
Lecture number 6 Planning processes and threads
Lecture number 7 Multiprogramming in batch processing systems
Lecture 8 Quantization-based scheduling algorithms.
Lecture number 9 Interrupt-based multiprogramming.
Lecture number 10 Memory management.
Lecture number 11 Paging virtual memory.
Lecture number 12 OS task from file and device management
Lecture number 12 OS task from file and device management
Lecture number 14 Physical organization FAT. Physical organization s5 and ufs.
Lecture number 15 Physical organization NTFS.
Lecture number 16 File operations
Lecture number 17 Control of access to files.
Lecture number 18 Models of network services and distributed applications
Lecture number 19 Methods of addressing.
Lecture number 20 Calling remote procedures
Lecture number 21 Network file systems
Lecture number 22 Caching replication
Lecture number 23 Broadcast multiplexing
Lecture number 24 Directory service
Lecture number 25 Basic concepts of security
Lecture number 26 Basic security technologies
Lecture # 27 Kerberos Primary Authentication
Lecture number 28 Overview of Linux and Unix
Lecture number 29 The structure of the Unix filesystem
Lecture number 30 Process management
Lecture number 31 Standard streams
Lecture number 32 Types of network operating systems
Lecture number 33 Free DOS, Windows, OS2
Lecture 34 Network operating systems Net Ware, Unix.