Active@ Boot Disk User Guide Copyright © 2008, LSOFT TECHNOLOGIES INC
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Illustrated Tutorial: Creating a Bootable USB Flash Drive for Windows XP
Illustrated tutorial: Creating a bootable Version 1.0 February 15, 2007 USB flash drive for Windows XP By Greg Shultz The ability to boot Windows XP from a USB Flash Drive (UFD) offers endless possibilities. For example, you might make an easy-to-use troubleshooting tool for booting and analyzing seemingly dead PCs. Or you could transport your favorite applications back and forth from home to work without having to install them on both PCs. However, before you can create a bootable UFD, you must clear a few hurdles. You saw that one coming didn’t you? The first hurdle is having a PC in which the BIOS will allow you to configure the USB port to act as a bootable device. The second hurdle is having a UFD that that will work as a bootable device and that’s large enough and fast enough to boot an operating system such as Windows XP. The third hurdle is finding a way to condense and install Windows XP on a UFD. If you have a PC that was manufactured in the last several years, chances are that its BIOS will allow you to configure the USB port to act as a bootable device. If you have a good qual- ity UFD that’s at least 512 KB and that was manufactured in the last couple of years, you’ve probably cleared the second hurdle. And once you’ve cleared those first two hur- dles, the third one is a piece of cake. All you have to do is download and run some free soft- ware to create the bootable UFD. -
Active@ UNDELETE Documentation
Active @ UNDELETE Users Guide | Contents | 2 Contents Legal Statement.........................................................................................................5 Active@ UNDELETE Overview............................................................................. 6 Getting Started with Active@ UNDELETE.......................................................... 7 Active@ UNDELETE Views And Windows...................................................................................................... 7 Recovery Explorer View.......................................................................................................................... 8 Logical Drive Scan Result View..............................................................................................................9 Physical Device Scan View......................................................................................................................9 Search Results View...............................................................................................................................11 File Organizer view................................................................................................................................ 12 Application Log...................................................................................................................................... 13 Welcome View........................................................................................................................................14 Using -
The NTFS File System
The NTFS File System OVERVIEW: This lab is part of a series of lab exercises intended to support courseware for Forensics training. The development of this document is funded by the Department of Labor (DOL) Trade Adjustment Assistance Community College and Career Training (TAACCCT) Grant No. TC-22525-11-60-A-48. In this lab, students will enumerate hosts on the network using various tools. This lab includes the following tasks: 1 – Examining the NTFS File System 2 – Using a HEX Editor to explore an NTFS Partition 3 – Verifying and viewing the image details 4 – Analyzing an NTFS Partition With Autopsy Key TermDescription The acronym NTFS stands for New Technology File System. The NTFS File System was originally introduced with the Windows NT. NTFS is a journaling file system which means it keeps a log of changes being written to the disk. If a computer is shutdown improperly, it will have a better NTFS chance of recovery if it has a journaling file system. Files and folder access can be restricted with the security feature of NTFS. Starting with Windows 2000, Microsoft included the Encrypted File System, or EFS, as an NTFS feature. EFS allows users to encrypt files to protect against unauthorized access. A Feature of the NTFS File system that allows you to encrypt files and folders. The feature EFS became available on the NTFS File system starting with Windows 2000, and is still available today on Windows 10 and Server 2016. An Alternate Data Stream, or ADS, is a feature of the NTFS file system that allowed compatibility ADS with older versions of the Mac OS. -
Chapter 3. Booting Operating Systems
Chapter 3. Booting Operating Systems Abstract: Chapter 3 provides a complete coverage on operating systems booting. It explains the booting principle and the booting sequence of various kinds of bootable devices. These include booting from floppy disk, hard disk, CDROM and USB drives. Instead of writing a customized booter to boot up only MTX, it shows how to develop booter programs to boot up real operating systems, such as Linux, from a variety of bootable devices. In particular, it shows how to boot up generic Linux bzImage kernels with initial ramdisk support. It is shown that the hard disk and CDROM booters developed in this book are comparable to GRUB and isolinux in performance. In addition, it demonstrates the booter programs by sample systems. 3.1. Booting Booting, which is short for bootstrap, refers to the process of loading an operating system image into computer memory and starting up the operating system. As such, it is the first step to run an operating system. Despite its importance and widespread interests among computer users, the subject of booting is rarely discussed in operating system books. Information on booting are usually scattered and, in most cases, incomplete. A systematic treatment of the booting process has been lacking. The purpose of this chapter is to try to fill this void. In this chapter, we shall discuss the booting principle and show how to write booter programs to boot up real operating systems. As one might expect, the booting process is highly machine dependent. To be more specific, we shall only consider the booting process of Intel x86 based PCs. -
Supporting Operating System Installation | 3
cc01SupportingOperatingSystemInstallation.indd01SupportingOperatingSystemInstallation.indd PagePage 1 08/10/1408/10/14 4:334:33 PMPM martinmartin //208/WB01410/XXXXXXXXXXXXX/ch01/text_s208/WB01410/XXXXXXXXXXXXX/ch01/text_s Supporting Operating LESSON 1 System Installation 70-688 EXAM OBJECTIVE Objective 1.1 – Support operating system installation. This objective may include but is not limited to: Support Windows To Go; manage boot settings, including native virtual hard disk (VHD) and multi-boot; manage desktop images; customize a Windows installation by using Windows Preinstallation Environment (PE). LESSON HEADING EXAM OBJECTIVE Using a Troubleshooting Methodology Viewing System Information Using the Event Viewer Supporting Windows To Go Support Windows To Go Creating and Deploying a Windows To Go Workspace Drive Booting into a Windows To Go Workspace Managing Boot Settings Manage boot settings, including native virtual hard disk (VHD) and multi-boot Using BCDEdit and BCDBoot Configuring a Multi-Boot System Manage boot settings, including native virtual hard disk (VHD) and multi-boot Configuring a Native VHD Boot File Manage boot settings, including native virtual hard disk (VHD) and multi-boot Understanding VHD Formats Installing Windows 8.1 on a VHD with an Operating System Present Installing Windows 8.1 on a VHD Without an Operating SystemCOPYRIGHTED Present MATERIAL Managing Desktop Images Manage desktop images Capturing Images Modifying Images using DISM Customizing a Windows Installation by Using Windows PE Customize a Windows -
Linux Boot Loaders Compared
Linux Boot Loaders Compared L.C. Benschop May 29, 2003 Copyright c 2002, 2003, L.C. Benschop, Eindhoven, The Netherlands. Per- mission is granted to make verbatim copies of this document. This is version 1.1 which has some minor corrections. Contents 1 introduction 2 2 How Boot Loaders Work 3 2.1 What BIOS does for us . 3 2.2 Parts of a boot loader . 6 2.2.1 boot sector program . 6 2.2.2 second stage of boot loader . 7 2.2.3 Boot loader installer . 8 2.3 Loading the operating system . 8 2.3.1 Loading the Linux kernel . 8 2.3.2 Chain loading . 10 2.4 Configuring the boot loader . 10 3 Example Installations 11 3.1 Example root file system and kernel . 11 3.2 Linux Boot Sector . 11 3.3 LILO . 14 3.4 GNU GRUB . 15 3.5 SYSLINUX . 18 3.6 LOADLIN . 19 3.7 Where Can Boot Loaders Live . 21 1 4 RAM Disks 22 4.1 Living without a RAM disk . 22 4.2 RAM disk devices . 23 4.3 Loading a RAM disk at boot time . 24 4.4 The initial RAM disk . 24 5 Making Diskette Images without Diskettes 25 6 Hard Disk Installation 26 7 CD-ROM Installation 29 8 Conclusions 31 1 introduction If you use Linux on a production system, you will only see it a few times a year. If you are a hobbyist who compiles many kernels or who uses many operating systems, you may see it several times per day. -
Chapter 9: Peripheral Devices—Overview D a 2/E
C S Chapter 9: Peripheral Devices—Overview D A 2/e Magnetic disk drives: ubiquitous and complex Other moving media devices: tape and CD ROM Display devices Video monitors: analog characteristics Video terminals Memory mapped video displays Flat panel displays Printers: dot matrix, laser, inkjet Manual input: keyboards and mice A to D and D to A converters: the analog world Computer Systems Design and Architecture Second Edition © 2004 Prentice Hall C S Tbl 9.1 Some Common Peripheral Interface D Standards A 2/e Bus Standard Data Rate Bus Width Centronics ~50KB/s 8-bit parallel EIA RS232/422 30-20K B/s bit-serial SCSI 10-500 MB/s 16-bit parallel Ethernet 10-1000 Mb/s bit-serial USB 1.5-12 Mb/s bit-serial USB-2 480 Mb/s bit-serial FireWire† 100-400 Mb/s bit-serial FireWire-800† 800 Mb/s bit-serial †Also known as Sony iLink, or IEEE1394 and 1394b, respectively Computer Systems Design and Architecture Second Edition © 2004 Prentice Hall C S Disk Drives—Moving Media Magnetic D Recording A 2/e High density and non-volatile Densities approaching semiconductor RAM on an inexpensive medium No power required to retain stored information Motion of medium supplies power for sensing More random access than tape: direct access Different platters selected electronically Track on platter selected by head movement Cyclic sequential access to data on a track Structured address of data on disk Drive: Platter: Track: Sector: Byte Computer Systems Design and Architecture Second Edition © 2004 Prentice Hall C S Fig 9.3 Cutaway View of a Multi-Platter -
Flashboot User Manual
FlashBoot User Manual © 2015 Mikhail Kupchik Contents 3 Table of Contents Foreword 0 Part I Introduction 5 1 Product................................................................................................................................... Overview 5 2 Why USB................................................................................................................................... Flash Disks? 5 3 Why FlashBoot?................................................................................................................................... 6 4 System................................................................................................................................... Requirements 7 5 Limitations................................................................................................................................... of Demo Version 8 6 Demo Version................................................................................................................................... -> Full Version 8 7 Support................................................................................................................................... & Feedback 8 Part II CD/DVD to USB conversions 9 1 Install ...................................................................................................................................full Win8/8.1/10 -> USB [BIOS mode] 9 2 Install................................................................................................................................... full -
Active Boot Disk 12 Iso Download Active Boot Disk
active boot disk 12 iso download Active boot disk. Active@ Boot Disk provides an impressive range of utilities for your hard disk and other storage devices. PC Win Boot. PC Win Boot is a System Rescue disc builder that enables you to make your own boot disk in minutes. Active Boot Disk. Active@ Boot Disk provides an impressive range of utilities for your hard disk and other storage devices. Similar choice. Programs for query ″active boot disk″ Acronis True Image Home. Acronis True Image, the most reliable, easy-to-use and secure personal backup software and the only backup that actively defends your files against ransomware. lost. Acronis Active Protection 2.0 . attacks. Active Disk Cloning - . create boot media . Active@ Boot Disk Creator. Active@ Boot Disk is a complete and functioning computer operating system on CD, DVD, or USB drive. Active @ Boot Disk is a complete . such as Active @ Disk Image, . DoD-compliant disk erasing . Active@ Partition Recovery. Active@ Partition Recovery allows you to recover deleted or damaged hard disk partitions from within either Windows or DOS. purposes. Active @ Partition . tools, Active @ Partition . and a boot disk creator. The . Active@ Disk Image. Active@ Disk Image is a PC disk image software that can do a backup as well as clone the full hard drive. Active @ Disk Image is a PC disk image . after booting up from Active @ Boot Disk Lite . Active@ LiveCD. Ultimate Boot Disk Active@ LiveCD combines a number of powerful tools that will enable you recover lost data . Ultimate Boot Disk Active @ LiveCD combines a . PTDD Super Fdisk. -
Wikipedia: Design of the FAT File System
Design of the FAT file system A FAT file system is a specific type of computer file system architecture and FAT a family of industry-standard file systems utilizing it. Developer(s) Microsoft, SCP, IBM, [3] The FAT file system is a legacy file system which is simple and robust. It Compaq, Digital offers good performance even in very light-weight implementations, but Research, Novell, cannot deliver the same performance, reliability and scalability as some Caldera modern file systems. It is, however, supported for compatibility reasons by Full name File Allocation Table: nearly all currently developed operating systems for personal computers and FAT12 (12- many home computers, mobile devices and embedded systems, and thus is a bit version), well suited format for data exchange between computers and devices of almost FAT16 (16- any type and age from 1981 through the present. bit versions), Originally designed in 1977 for use on floppy disks, FAT was soon adapted and FAT32 (32-bit version used almost universally on hard disks throughout the DOS and Windows 9x with 28 bits used), eras for two decades. Today, FAT file systems are still commonly found on exFAT (64- floppy disks, USB sticks, flash and other solid-state memory cards and bit versions) modules, and many portable and embedded devices. DCF implements FAT as Introduced 1977 (Standalone the standard file system for digital cameras since 1998.[4] FAT is also utilized Disk BASIC-80) for the EFI system partition (partition type 0xEF) in the boot stage of EFI- FAT12: August 1980 compliant computers. (SCP QDOS) FAT16: August 1984 For floppy disks, FAT has been standardized as ECMA-107[5] and (IBM PC DOS 3.0) ISO/IEC 9293:1994[6] (superseding ISO 9293:1987[7]). -
Multiboot Guide Booting Fedora and Other Operating Systems
Fedora 23 Multiboot Guide Booting Fedora and other operating systems. Fedora Documentation Project Copyright © 2013 Fedora Project Contributors. The text of and illustrations in this document are licensed by Red Hat under a Creative Commons Attribution–Share Alike 3.0 Unported license ("CC-BY-SA"). An explanation of CC-BY-SA is available at http://creativecommons.org/licenses/by-sa/3.0/. The original authors of this document, and Red Hat, designate the Fedora Project as the "Attribution Party" for purposes of CC-BY-SA. In accordance with CC-BY-SA, if you distribute this document or an adaptation of it, you must provide the URL for the original version. Red Hat, as the licensor of this document, waives the right to enforce, and agrees not to assert, Section 4d of CC-BY-SA to the fullest extent permitted by applicable law. Red Hat, Red Hat Enterprise Linux, the Shadowman logo, JBoss, MetaMatrix, Fedora, the Infinity Logo, and RHCE are trademarks of Red Hat, Inc., registered in the United States and other countries. For guidelines on the permitted uses of the Fedora trademarks, refer to https:// fedoraproject.org/wiki/Legal:Trademark_guidelines. Linux® is the registered trademark of Linus Torvalds in the United States and other countries. Java® is a registered trademark of Oracle and/or its affiliates. XFS® is a trademark of Silicon Graphics International Corp. or its subsidiaries in the United States and/or other countries. MySQL® is a registered trademark of MySQL AB in the United States, the European Union and other countries. All other trademarks are the property of their respective owners. -
Diskgenius User Guide (PDF)
www.diskgenius.com DiskGenius® User Guide The information in this document is subject to change without notice. This document is not warranted to be error free. Copyright © 2010-2021 Eassos Ltd. All Rights Reserved 1 / 236 www.diskgenius.com CONTENTS Introduction ................................................................................................................................. 6 Partition Management ............................................................................................................. 6 Create New Partition ........................................................................................................ 6 Active Partition (Mark Partition as Active) .............................................................. 10 Delete Partition ................................................................................................................ 12 Format Partition ............................................................................................................... 14 Hide Partition .................................................................................................................... 15 Modify Partition Parameters ........................................................................................ 17 Resize Partition ................................................................................................................. 20 Split Partition ..................................................................................................................... 23 Extend