TAILIEUCHUNG - Operating System: Chapter 11 - Case Study 2 - Windows 2000

Operating System: Chapter 11 - Case Study 2 - Windows 2000 presents about History of windows 2000, Programming windows 2000, System structure, Processes and threads in windows 2000, Memory management, Input/output in windows 2000, The windows 2000 file system, Security in windows 2000, Caching in windows 2000. | Case Study 2: Windows 2000 Chapter 11 History of windows 2000 Programming windows 2000 System structure Processes and threads in windows 2000 Memory management Input/output in windows 2000 The windows 2000 file system Security in windows 2000 Caching in windows 2000 Windows NT Some differences between Windows 98 and Windows NT Windows 2000 (1) Different versions of Windows 2000 Windows 2000 (2) Comparison of some operating system sizes The Win32 Application Programming Interface The Win32 API allows programs to run on almost all versions of Windows The Registry (1) Top level keys and selected subkeys Capitalization has no meaning but follows Microsoft practice. The Registry (2) Some of the Win32 API calls for using the registry The Operating System Structure Structure of Windows 2000 (slightly simplified). Shaded area is executed Boxes, D, are device drivers Service processes are system daemons Hardware .

• Hệ điều hành
• Software Architectures
• Windows 2000
• Input output in windows 2000
• The windows 2000 file system
• Security in windows 2000
• Caching in windows 2000
• Software Architectures as a design plan
• Software Architectures as an abstraction
• Design tradeoffs
• Software Architectures goal
• Software Architectures terminology
• Software Architectures definition
• Using Software Architectures
• Uses of SA documentation
• Summary of architectural structures
• Software Architectures documentation
• Language for Software Architectures
• Design Language for Software Architectures
• Usage of common patterns
• Common component classes
• Requirements for ADLs
• Lecture Software Engineering
• Software Engineering
• Distributed Systems Architectures
• Distributed object architectures
• Organisational computing
• Multiprocessor architectures
• SW Product line
• PL involve
• PL imply
• PL SArchitect needs to consider
• Software Architectures for PL
• The Modular Multiplication
• The Software Implementation
• The Hardware Implementation
• Results of the Architectures
• Analysis of the Architectures
• Efficient Hardware Architectures
• Application architectures
• Language processing systems
• Data processing systems
• Event processing systems
• Kỹ thuật phần mềm
• Software process
• An embedded software primer
• Operating system services
• Advanced hardware fundamentals
• Survey of software architectures
• Reliable component base system
• Component software
• Product line architectures
• Component markets
• Architectural evaluation
• Properties of successful Architectural evalution
• Participants in ATAM
• Outputs of the ATAM
• Phases of the ATAM
• The four views origin
• Use of the four views origin
• Expectations from using the four views origin
• Design tasks for each view origin
• Global analysis
• Architecture in the life cycle
• Evolutionary delivery life cycle
• Attribute Driven Design method
• ADD Steps
• Choose architectural drivers
• Common Architectural Idioms
• Architectural solutions for KWIC
• KWIC design issues
• Main Program Subroutine with shared data
• KWIC – shared data solution
• Architectural style
• Availability tactics
• Fault detection
• Fault recovery
• Fault reintroduction
• Software architecture
• Design illuminated
• Software architecture design space
• Object oriented paradigm
• Data flow architectures
• Data centered software architecture
• Software Architecture in Practice
• Documenting software architectures
• Building the documentation package
• Architecture reconstruction process
• Lightweight architecture evaluation
• Cisco security architectures
• The internet protocol
• Software overview
• Router hardware
• TCP and UDP
• Bài giảng Kỹ thuật phần mềm
• Software architecture design
• Architectural design decisions
• Operating System Design
• Static Versus Dynamic Structures
• Hiding the Hardware
• Space Time Trade offs
• Software team Structure
• Software processes
• Dependability engineering
• Dependable processes
• Dependable system architectures
• Architectural design
• System organisation
• Decomposition styles
• Control styles
• Reference architectures
• Critical systems development
• Fault tolerance
• Fault tolerant architectures