Computer System 67
- 7.9 Net Range
- 7.8 IP address
- 7.5 Transport Layer 7.6 Network Layer 7.7 Link Layer
- 7.3 Protocols
- 7.3 TCPI / IP Model vs OSI Model
- 7.10 Subnetting, Routing, PGP
- 5.9 Files in Linux
- 6.7 Branches of Windows
- 6.6 Download window iso
- 5.8 Linux Branches
- 5.7 Installation of Ubuntu
- 5.5 Install linux in VM
- 5.5 Installation
- 5.3 Ubuntu, TuxCare
- 5.2 Ubuntu flavor
- 6.5 Windows 11
- 6.4 Windows 10 Hardware requirements
- 5.1 Linux OS Structure
- 4.17 TroubleShooting VM
- 4.16 Extra-RAID
- 4.15 GPartEd
- 3.14 Fred's case solutions
- 4.10-14 Save State/Grouping/Optimization/Clone/Delete
- 4.9 Hostkey
- 4.8 Deployment of VM
- 4.6 States of VM
- 4.5 Connect VM to the network
- 4.4 Virtual Machine Setting
- 6.1-3 Windows
- 4.3 Creation of VM
- 4.2 VirtualBox installation errors
- 4.1 Visualization
- 3.13 Booting and Transition to Active OS
- 3.12 Conclusion_Perfect installation plan
- 3.11 Combination of the BIOS Legacy/UEFI booting and MBR/GPT
- 3.10 BIOS Legacy vs. UEFI
- 3.9 Partition System
- 3.8 Partitions
- 3.7 OOSS Installation Techniques
- 3.6 OS Managers and HW visualizations
- 3.5 Complete diagnosis of a system with CPU-Z
- 3.4 HW specs for installing the OOSS
- 3.3 Mix architecture and OS
- 3.2 32 or 64?
- 3.1 Agile and Scrum
- 2.10 Optimization management
- 2.9 Input/Output and general interruptions management
- 2.8 Process Dispatch
- 2.7 Memory Management
- 2.6 OS Function1_File Management
- 2.5 SW Licenses
- 2.4 Structure of Operating System
- 2.3 Types of Operating Systems
- 2.2 Timeline of Operating Systems
- 2.1 Hardware and Software
- 1.13 Hardware specifications_2
- 1.12 Hardware specifications_1
- 1.11 Microprocessor- Multicore and Multithreading
- 1.10 Neumann Architecture
- 1.9 Logic Gates and Computer Math
- 1.8 Multiples of Bit
- 1.7 Main memory(RAM) Addressing
- 1.6 Main Security Risks in systems, Cookies
- 1.4 Protection of bits, 1.5 Hashing
- 1.3 Binary Coding and Decoding
- 1.2 Coding Techniques
- 1.1 Main definitions