This document provides a reference to common Unix/Linux commands organized into sections including file commands, process management, file permission, searching, system info, compression, networking, and shortcuts. It lists over 50 individual commands and their basic functions such as ls to list directory contents, cd to change directories, grep to search files, tar to archive files, and ping to test network connectivity.
This document provides a reference to common Unix/Linux commands organized into sections including file commands, process management, file permission, searching, system info, compression, networking, and shortcuts. It lists over 50 individual commands and their basic functions such as ls to list directory contents, cd to change directories, grep to search files, tar to archive files, and ping to test network connectivity.
This document provides a reference to common Unix/Linux commands organized into categories including file commands, process management, file permissions, searching, system info, compression, networking, and shortcuts. It lists over 50 commands and their basic functions such as ls to list directory contents, cd to change directories, grep to search files, tar for archiving, and ping to test network connectivity.
This document provides a reference for various Unix/Linux commands and their uses. It lists commands for directory navigation and file manipulation, process management, file permissions, networking, compression, system information, searching, and more. Descriptions are provided for common commands like ls, cd, pwd, mkdir, cat, more, head, tail, touch, rm, cp, mv, ln, ps, top, kill, ping, whois, dig, tar, gzip, date, cal, uptime, grep, locate, and find.
This document provides a summary of common Unix/Linux commands organized into categories including file commands, process management, file permissions, SSH, searching, system info, compression, network, installation, and shortcuts. It lists commands like ls, cd, mkdir, rm, cp, mv, tar, gzip, ping, whois, dig, and more along with brief descriptions and common arguments.
This document lists basic Linux commands organized into sections on file commands, process management, and compression. Some key file commands are ls to list directories, cd to change directories, and mkdir to create directories. Process commands include kill to terminate processes and bg to run jobs in the background. Compression commands allow creating archives with tar and compressing them using gzip, bzip2.
This document provides a summary of Linux/Unix commands organized into categories including file handling, system information, networking, process management, installation, editors, and advanced filters. It lists common commands like ls, cp, grep, ifconfig, kill, apt-get install, and vi along with brief descriptions of their functions. Advanced examples are given for commands like sed, awk, and regular expressions to manipulate text within files.
This document provides a tutorial on Unix/Linux. It begins with an overview of the Unix system including the kernel, shell, multi-user and multi-process capabilities, and important directory structures. It then covers basic commands, relative and absolute paths, redirecting and piping output, permissions, process management, installing software, text editors, running jobs in the foreground and background, and remote login/file transfer. The goal is to introduce fundamental Unix concepts and commands to new users.
This document provides summaries of common Linux commands organized into categories including file commands, process management, file permissions, searching, system info, compression, networking, and shortcuts. The file commands section lists commands for listing, changing directories, viewing contents, creating/deleting files and directories. The process management section covers commands for viewing and killing processes. [/SUMMARY]
When you are new to Linux in 2020, go for the latest Mint or Fedora. If you only want to practice the Linux command line then install one Debian server and/or one CentOS server
(without graphical interface).
The document discusses Linux commands for file management, viewing and shell programming. It describes common commands like ls, cd, cp, mv, rm, mkdir which allow navigating and manipulating files and directories. It also covers commands for viewing file contents like cat, head, tail, grep. Commands for compression like tar, gzip, zip and decompression like gunzip, unzip are mentioned. The document also has a section on shell programming which explains how to write shell scripts using commands and variables. It provides examples of using pipes, redirections and command options.
Quick guide of the most common linux commandsCarlos Enrique
This document provides a quick guide to the most common Linux commands organized in alphabetical order. It lists over 100 commands and briefly describes the basic function of each one such as manipulating files and directories, running processes, viewing system information, and more.
The document discusses Linux commands for file management and viewing. It describes commands for navigating directories (cd), changing file permissions (chmod), copying files (cp), finding files (find), listing directory contents (ls), creating and removing directories (mkdir, rmdir), moving and renaming files (mv), viewing file contents (cat, head, tail), comparing files (cmp, diff), searching files (grep), and more. It also covers commands for compressing, archiving, and backing up files like tar, gzip, zip, and commands for counting, sorting, and filtering file contents.
Linux is an open-source operating system based on Unix, designed for multi-user environments. The document provides an overview of basic Linux commands like ls, mkdir, cd for navigating files and directories, as well as more advanced commands for manipulating files, checking system resources, and getting system information. It also lists and describes many common Linux commands and their functions.
This document provides summaries of 30 common Unix commands. It begins with an introduction explaining the purpose and scope of the document. The commands are then listed alphabetically, with each getting a brief 1-2 sentence description. For some commands, simple examples of usage are also provided. The document aims to give beginners a quick overview of the basic usage of important Unix commands.
This document provides a reference sheet for common UNIX/Linux commands organized into categories such as file commands, process management, permissions, searching, compression and more. It lists basic commands for manipulating files, running processes, setting permissions on files and directories, searching for files and text, compressing files, version control, getting system information and shortcuts.
Powerful and efficient tool leveraging UNIX commands for streamlined automation, enabling seamless execution of complex tasks and maximizing productivity.
This document provides summaries of common Linux commands for file management, process management, file permissions, SSH, searching, date and time, compression, networking, and installation. It lists commands like ls, cd, mkdir, rm, cp, mv, tar, gzip, ping, dig, wget, dpkg and rpm for fundamental Linux tasks like navigating directories, copying/deleting files, installing packages, and more. Shortcut keys are also included like Ctrl+C, Ctrl+Z, Ctrl+D and Ctrl+R for halting, stopping, logging out of commands and bringing up recent commands.
Linux is a prominent example of free and open source software. It can be installed on a wide variety of devices from embedded systems to supercomputers. Linux is commonly used for servers, with estimates that it powers around 60% of web servers. Linux distributions package the Linux kernel with other software like utilities, libraries and desktop environments. Programming languages and build tools like GCC are supported. Embedded Linux is often used in devices due to its low cost and ease of modification.
BITS: Introduction to Linux - Text manipulation tools for bioinformaticsBITS
The document provides an introduction to using the Linux command line for bioinformatics tasks. It covers navigating the file system, manipulating files and directories, input/output redirection, piping commands together, and commonly used text processing tools. The goal is to help users easily use command line tools, automate repetitive tasks, and parse/summarize text-based outputs.
The document provides an A-Z index of common Linux bash commands and their brief descriptions. Some key commands include:
- adduser and addgroup to add users and groups
- alias to create command aliases
- apt-get and aptitude to install software packages
- bash for the GNU Bourne Again shell
- cat and more to view file contents
- cd to change directories
- cp to copy files
- grep to search files for patterns
- ls to list directory contents
- mkdir to create directories
- rm to remove files
- sudo to run commands as root
- tar to archive and compress files
Linux is an open source operating system initially created by Linus Torvalds in 1991. It has since grown significantly with hundreds of companies and individuals developing their own versions based on the Linux kernel. The kernel is developed under the GNU GPL license and its source code is freely available. Basic Linux commands allow users to navigate directories, manage files and permissions, transfer files, and get system information. More advanced commands provide additional control and functionality.
The document provides an introduction to Linux commands and lists the top 50 commands. It includes brief descriptions of common commands like ls, cd, mkdir, rmdir, ps, kill, cat, head, cp, mv, comm, ln, history, wget, curl, find, grep, sed and more. It then provides a lab exercise with 17 steps to practice basic file navigation and directory creation/deletion using these commands.
The document provides a list of 40 important commands for Linux, grouped into categories such as newbie commands, system information commands, file manipulation commands, and other noteworthy commands. Some of the highlighted commands include cd for changing directories, ls for listing directory contents, man for accessing command manuals, and apt-get for installing software packages on Debian-based Linux distributions. The document serves as a brief overview of fundamental Linux commands for new and experienced users.
This document summarizes the history and key aspects of Linux. It describes how Linux originated from earlier operating systems like MULTICS and UNIX. It provides an overview of Linux components like the kernel, GNU tools, and popular desktop interfaces. It also summarizes common Linux commands for file navigation, editing, and process management. Finally, it gives a brief introduction to the GNOME desktop environment.
This document provides summaries of common Linux commands organized into categories including file commands, process management, file permissions, searching, system info, compression, networking, and shortcuts. The file commands section lists commands for listing, changing directories, viewing contents, creating/deleting files and directories. The process management section covers commands for viewing and killing processes. [/SUMMARY]
When you are new to Linux in 2020, go for the latest Mint or Fedora. If you only want to practice the Linux command line then install one Debian server and/or one CentOS server
(without graphical interface).
The document discusses Linux commands for file management, viewing and shell programming. It describes common commands like ls, cd, cp, mv, rm, mkdir which allow navigating and manipulating files and directories. It also covers commands for viewing file contents like cat, head, tail, grep. Commands for compression like tar, gzip, zip and decompression like gunzip, unzip are mentioned. The document also has a section on shell programming which explains how to write shell scripts using commands and variables. It provides examples of using pipes, redirections and command options.
Quick guide of the most common linux commandsCarlos Enrique
This document provides a quick guide to the most common Linux commands organized in alphabetical order. It lists over 100 commands and briefly describes the basic function of each one such as manipulating files and directories, running processes, viewing system information, and more.
The document discusses Linux commands for file management and viewing. It describes commands for navigating directories (cd), changing file permissions (chmod), copying files (cp), finding files (find), listing directory contents (ls), creating and removing directories (mkdir, rmdir), moving and renaming files (mv), viewing file contents (cat, head, tail), comparing files (cmp, diff), searching files (grep), and more. It also covers commands for compressing, archiving, and backing up files like tar, gzip, zip, and commands for counting, sorting, and filtering file contents.
Linux is an open-source operating system based on Unix, designed for multi-user environments. The document provides an overview of basic Linux commands like ls, mkdir, cd for navigating files and directories, as well as more advanced commands for manipulating files, checking system resources, and getting system information. It also lists and describes many common Linux commands and their functions.
This document provides summaries of 30 common Unix commands. It begins with an introduction explaining the purpose and scope of the document. The commands are then listed alphabetically, with each getting a brief 1-2 sentence description. For some commands, simple examples of usage are also provided. The document aims to give beginners a quick overview of the basic usage of important Unix commands.
This document provides a reference sheet for common UNIX/Linux commands organized into categories such as file commands, process management, permissions, searching, compression and more. It lists basic commands for manipulating files, running processes, setting permissions on files and directories, searching for files and text, compressing files, version control, getting system information and shortcuts.
Powerful and efficient tool leveraging UNIX commands for streamlined automation, enabling seamless execution of complex tasks and maximizing productivity.
This document provides summaries of common Linux commands for file management, process management, file permissions, SSH, searching, date and time, compression, networking, and installation. It lists commands like ls, cd, mkdir, rm, cp, mv, tar, gzip, ping, dig, wget, dpkg and rpm for fundamental Linux tasks like navigating directories, copying/deleting files, installing packages, and more. Shortcut keys are also included like Ctrl+C, Ctrl+Z, Ctrl+D and Ctrl+R for halting, stopping, logging out of commands and bringing up recent commands.
Linux is a prominent example of free and open source software. It can be installed on a wide variety of devices from embedded systems to supercomputers. Linux is commonly used for servers, with estimates that it powers around 60% of web servers. Linux distributions package the Linux kernel with other software like utilities, libraries and desktop environments. Programming languages and build tools like GCC are supported. Embedded Linux is often used in devices due to its low cost and ease of modification.
BITS: Introduction to Linux - Text manipulation tools for bioinformaticsBITS
The document provides an introduction to using the Linux command line for bioinformatics tasks. It covers navigating the file system, manipulating files and directories, input/output redirection, piping commands together, and commonly used text processing tools. The goal is to help users easily use command line tools, automate repetitive tasks, and parse/summarize text-based outputs.
The document provides an A-Z index of common Linux bash commands and their brief descriptions. Some key commands include:
- adduser and addgroup to add users and groups
- alias to create command aliases
- apt-get and aptitude to install software packages
- bash for the GNU Bourne Again shell
- cat and more to view file contents
- cd to change directories
- cp to copy files
- grep to search files for patterns
- ls to list directory contents
- mkdir to create directories
- rm to remove files
- sudo to run commands as root
- tar to archive and compress files
Linux is an open source operating system initially created by Linus Torvalds in 1991. It has since grown significantly with hundreds of companies and individuals developing their own versions based on the Linux kernel. The kernel is developed under the GNU GPL license and its source code is freely available. Basic Linux commands allow users to navigate directories, manage files and permissions, transfer files, and get system information. More advanced commands provide additional control and functionality.
The document provides an introduction to Linux commands and lists the top 50 commands. It includes brief descriptions of common commands like ls, cd, mkdir, rmdir, ps, kill, cat, head, cp, mv, comm, ln, history, wget, curl, find, grep, sed and more. It then provides a lab exercise with 17 steps to practice basic file navigation and directory creation/deletion using these commands.
The document provides a list of 40 important commands for Linux, grouped into categories such as newbie commands, system information commands, file manipulation commands, and other noteworthy commands. Some of the highlighted commands include cd for changing directories, ls for listing directory contents, man for accessing command manuals, and apt-get for installing software packages on Debian-based Linux distributions. The document serves as a brief overview of fundamental Linux commands for new and experienced users.
This document summarizes the history and key aspects of Linux. It describes how Linux originated from earlier operating systems like MULTICS and UNIX. It provides an overview of Linux components like the kernel, GNU tools, and popular desktop interfaces. It also summarizes common Linux commands for file navigation, editing, and process management. Finally, it gives a brief introduction to the GNOME desktop environment.
Clock Definitions Static Timing Analysis for VLSI EngineersJason J Pulikkottil
Rising and falling edge of the clock
For a +ve edge triggered design +ve (or rising) edge is called ‘leading edge’ whereas –ve (or falling) edge is called ‘trailing edge’.
For a -ve edge triggered design –ve (or falling) edge is called ‘leading edge’ whereas +ve (or rising) edge is called ‘trailing edge’.
basic clock
Minimum pulse width of the clock can be checked in PrimeTime by using commands given below:
set_min_pulse_width -high 2.5 [all_clocks]
set_min_pulse_width -low 2.0 [all_clocks]
These checks are generally carried out for post layout timing analysis. Once these commands are set, PrimeTime checks for high and low pulse widths and reports any violations.
Capture Clock Edge
The edge of the clock for which data is detected is known as capture edge.
Launch Clock Edge
This is the edge of the clock.
•Find approximate locations of a set of modules that need to be placed on a layout surface.
•Floorplan is one the critical & important steps in Physical design.
•Quality of the Chip / Design implementation depends on how good is the Floorplan.
•A good floorplan can make implementation process (place, cts, route) easy.
•On the other side a bad floorplan can create all kind of issues in the design (congestion, timing, noise, routing issues).
• Standard cells are designed based on power, area and performance.
• First step is cell architecture. Cell architecture is all about deciding cell height based on pitch &
library requirements. We have to first decide the track, pitch, β ratio, possible PMOS width and
NMOS width.
• Track : Track is generally used as a unit to define the height of the std cell.Track can be related
to lanes e.g. like we say 4 lane road, implies 4 vehicles can run in parallel. Similarly, 9 track
library implies 9 routing tracks are available for routing 9 wires in parallel with minimum pitch.
• Pitch : The distance between two tracks is called as pitch.
• Via : Vias are used to connect two different metal layers as shown in Fig. 1(a). In Fig.1(b), we
are connecting M1 and M2 using a Via. We don’t make tracks with minimum spacing as we will
get DRC error if there is any via overhang.
Physical design is process of transforming netlist into layout
which is manufacture-able [GDS]. Physical design process is
often referred as PnR (Place and Route) / APR (Automatic Place
& Route). Main steps in physical design are placement of all
logical cells, clock tree synthesis & routing. During this process
of physical design timing, power, design & technology
constraints have to be met. Further design might require being
optimized w.r.t area, power and performance.
Goals of Floor Plan:
1. Partition the design into functional blocks
2. Arrange the blocks on a chip
3. Place the Macros
4. Decide the location of the I/O pads
5. Decide the location and number of the power
pads
6. Decide the type of power distribution
Originally a modeling language for a very efficient
event-driven digital logic simulator
Later pushed into use as a specification language for logic
synthesis
Now, one of the two most commonly-used languages in
digital hardware design (VHDL is the other)
Virtually every chip (FPGA, ASIC, etc.) is designed in part
using one of these two languages
Combines structural and behavioral modeling styles
本資料「To CoT or not to CoT?」では、大規模言語モデルにおけるChain of Thought(CoT)プロンプトの効果について詳しく解説しています。
CoTはあらゆるタスクに効く万能な手法ではなく、特に数学的・論理的・アルゴリズム的な推論を伴う課題で高い効果を発揮することが実験から示されています。
一方で、常識や一般知識を問う問題に対しては効果が限定的であることも明らかになりました。
複雑な問題を段階的に分解・実行する「計画と実行」のプロセスにおいて、CoTの強みが活かされる点も注目ポイントです。
This presentation explores when Chain of Thought (CoT) prompting is truly effective in large language models.
The findings show that CoT significantly improves performance on tasks involving mathematical or logical reasoning, while its impact is limited on general knowledge or commonsense tasks.
WIRELESS COMMUNICATION SECURITY AND IT’S PROTECTION METHODSsamueljackson3773
In this paper, the author discusses the concerns of using various wireless communications and how to use
them safely. The author also discusses the future of the wireless industry, wireless communication
security, protection methods, and techniques that could help organizations establish a secure wireless
connection with their employees. The author also discusses other essential factors to learn and note when
manufacturing, selling, or using wireless networks and wireless communication systems.
Decoding Kotlin - Your Guide to Solving the Mysterious in Kotlin - Devoxx PL ...João Esperancinha
Kotlin can be very handy and easy to use. Kotlin offers the possibility to develop code that is easy to understand, safe, immutable, and thus predictable and follows standards that avoid side effects. I realized that very quickly after I started my Kotlin journey that already amounts to more than 5 years.
This is the third version of this presentation focused on more detail explaining inline, crossinline, tailrec and as a bonus a quick run through unnamed classes.
Rigor, ethics, wellbeing and resilience in the ICT doctoral journeyYannis
The doctoral thesis trajectory has been often characterized as a “long and windy road” or a journey to “Ithaka”, suggesting the promises and challenges of this journey of initiation to research. The doctoral candidates need to complete such journey (i) preserving and even enhancing their wellbeing, (ii) overcoming the many challenges through resilience, while keeping (iii) high standards of ethics and (iv) scientific rigor. This talk will provide a personal account of lessons learnt and recommendations from a senior researcher over his 30+ years of doctoral supervision and care for doctoral students. Specific attention will be paid on the special features of the (i) interdisciplinary doctoral research that involves Information and Communications Technologies (ICT) and other scientific traditions, and (ii) the challenges faced in the complex technological and research landscape dominated by Artificial Intelligence.
Understanding Amplitude Modulation : A GuideCircuitDigest
Discover how amplitude modulation works through a detailed guide covering its principles, waveform behavior, and hands-on AM circuit demo using simple electronic components. Great for students and RF beginners.
Read more : https://circuitdigest.com/electronic-circuits/what-is-amplitude-modulation-complete-guide-formula-circuit-diagram-practical-demonstration
Blood bank management system project report.pdfKamal Acharya
The main objective of the “Blood Bank management System” all the details in the Blood
Bank’sprocess. This project has some tasks to maintain the Blood Bank through computerization.
Using this blood bank system people can search blood group available which they are needed.
They check it on using our blood bank management website. If in case blood group is not available
in blood bank they can also contact numbers of the persons who has the same blood group he is
need. And he can request the person to done the blood for saving someone life.
The Project describes the smart Blood Bank management system. This report will help you
to know in deep the actual work that has been done as a team work. The main objective of this
application is to automate the complete operations of the blood bank. They need to maintain
hundreds of thousands of records. Also searching should be very faster, so they can find required
details instantly. Main objective is to create a system which helps them to complete their work
faster in simple way by using computer not the oldest way which is used paper. Also our project
contains updated information and many things else.
The project consists of a central repository containing various blood deposits available
along with associated details. These details include blood type, storage area and date of storage.
These details help in maintaining and monitoring the blood deposits. The project is an online
system that allows checking weather required blood deposits of a particular group are available in
the blood bank. Moreover the system also has added features such as patient name and contacts,
blood booking and even need for certain blood group is posted on the website to find available
donors for a blood emergency. This online system is developed on PHP platform and supported
by an MYSQL database to store blood and user specific details.
Water demand - Types , variations and WDSdhanashree78
Water demand refers to the volume of water needed or requested by users for various purposes. It encompasses the water required for domestic, industrial, agricultural, public, and other uses. Essentially, it represents the overall need or quantity of water required to meet the demands of different sectors and activities.
Water demand - Types , variations and WDSdhanashree78
Ad
Unix/Linux Command Reference - File Commands and Shortcuts
1. Unix/Linux Command Reference
File Commands
1. ls Directory listing
2. ls -al Formatted listing with hidden files
3. ls -lt Sorting the Formatted listing by time modification
4. cd dir Change directory to dir
5. cd Change to home directory
6. pwd Show current working directory
7. mkdir dir Creating a directory dir
8. cat >file Places the standard input into the file
9. more file Output the contents of the file
10. head file Output the first 10 lines of the file
11. tail file Output the last 10 lines of the file
12. tail -f file Output the contents of file as it grows,starting with
the last 10 lines
13. touch file Create or update file
14. rm file Deleting the file
15. rm -r dir Deleting the directory
16. rm -f file Force to remove the file
17. rm -rf dir Force to remove the directory dir
18. cp file1 file2 Copy the contents of file1 to file2
19. cp -r dir1 dir2 Copy dir1 to dir2;create dir2 if not present
20. mv file1 file2 Rename or move file1 to file2,if file2 is an existing
directory
21. ln -s file link Create symbolic link link to file
Process management
1. ps To display the currently working processes
2. top Display all running process
Unix/Linux Command Reference
2. 3. kill pid Kill the process with given pid
4. killall proc Kill all the process named proc
5. pkill pattern Will kill all processes matching the pattern
6. bg List stopped or background jobs,resume a stopped
job in the background
7. fg Brings the most recent job to foreground
8. fg n Brings job n to the foreground
File permission
1. chmod octal file Change the permission of file to octal,which can
be found separately for user,group,world by
adding,
• 4-read(r)
• 2-write(w)
• 1-execute(x)
Searching
1. grep pattern file Search for pattern in file
2. grep -r pattern dir Search recursively for pattern in dir
3. command | grep
pattern
Search pattern in the output of a command
4. locate file Find all instances of file
5. find . -name filename Searches in the current directory (represented by
a period) and below it, for files and directories with
names starting with filename
6. pgrep pattern Searches for all the named processes , that
matches with the pattern and, by default, returns
their ID
System Info
1. date Show the current date and time
2. cal Show this month's calender
3. uptime Show current uptime
4. w Display who is on line
5. whoami Who you are logged in as
Unix/Linux Command Reference
3. 6. finger user Display information about user
7. uname -a Show kernel information
8. cat /proc/cpuinfo Cpu information
9. cat proc/meminfo Memory information
10. man command Show the manual for command
11. df Show the disk usage
12. du Show directory space usage
13. free Show memory and swap usage
14. whereis app Show possible locations of app
15. which app Show which applications will be run by default
Compression
1. tar cf file.tar file Create tar named file.tar containing file
2. tar xf file.tar Extract the files from file.tar
3. tar czf file.tar.gz files Create a tar with Gzip compression
4. tar xzf file.tar.gz Extract a tar using Gzip
5. tar cjf file.tar.bz2 Create tar with Bzip2 compression
6. tar xjf file.tar.bz2 Extract a tar using Bzip2
7. gzip file Compresses file and renames it to file.gz
8. gzip -d file.gz Decompresses file.gz back to file
Network
1. ping host Ping host and output results
2. whois domain Get whois information for domains
3. dig domain Get DNS information for domain
4. dig -x host Reverse lookup host
5. wget file Download file
6. wget -c file Continue a stopped download
Unix/Linux Command Reference
4. Shortcuts
1. ctrl+c Halts the current command
2. ctrl+z Stops the current command, resume with fg in the
foreground or bg in the background
3. ctrl+d Logout the current session, similar to exit
4. ctrl+w Erases one word in the current line
5. ctrl+u Erases the whole line
6. ctrl+r Type to bring up a recent command
7. !! Repeats the last command
8. exit Logout the current session
Unix/Linux Command Reference