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Topics: Math. #math This article shows the mathematical aspects of an ocean wave and tsunami. https://plus.maths.org/content/os/issue34/features/tsunami/index
Additional information.
https://www.compadre.org/osp/EJSS/4032/140.htm
https://en.wikipedia.org/wiki/Group_velocity
https://www.compadre.org/osp/EJSS/4032/140.htm
https://en.wikipedia.org/wiki/Group_velocity
Wikipedia
Group velocity
The group velocity of a wave is the velocity with which the overall envelope shape of the wave's amplitudes—known as the modulation or envelope of the wave—propagates through space.
Topics: C++, Programming. #cpp
Useful site for C++ learning, it includes tutorials for data structures.
https://www.softwaretestinghelp.com/cpp-tutorials/
Useful site for C++ learning, it includes tutorials for data structures.
https://www.softwaretestinghelp.com/cpp-tutorials/
Topics: Programming, Data Structures, Math. #programming #math
It's important for programmers to understand which algorithm is more efficient to complete a task, concepts such as Time Complexity (how much time it takes in terms of amount of input to the algorithm), Space Complexity (how much memory it takes in terms of the amount of input to the algorithm) and Big-O Notation are needed for that. Big-O Notation is a notation used to explain the complexity of the algorithm related to an input n, it is about finding the asymptotic upper bound function, that is, the relation of time T(n) and input n as n grows towards infinity.
https://www.cs.utexas.edu/users/djimenez/utsa/cs1723/lecture2.html#:~:text=Time%20complexity%20is%20a%20function,of%20input%20to%20the%20algorithm.&text=Space%20complexity%20is%20a%20function,of%20input%20to%20the%20algorithm.
It's important for programmers to understand which algorithm is more efficient to complete a task, concepts such as Time Complexity (how much time it takes in terms of amount of input to the algorithm), Space Complexity (how much memory it takes in terms of the amount of input to the algorithm) and Big-O Notation are needed for that. Big-O Notation is a notation used to explain the complexity of the algorithm related to an input n, it is about finding the asymptotic upper bound function, that is, the relation of time T(n) and input n as n grows towards infinity.
https://www.cs.utexas.edu/users/djimenez/utsa/cs1723/lecture2.html#:~:text=Time%20complexity%20is%20a%20function,of%20input%20to%20the%20algorithm.&text=Space%20complexity%20is%20a%20function,of%20input%20to%20the%20algorithm.
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Topics: Programming, Data Structures, Math. #programming #math It's important for programmers to understand which algorithm is more efficient to complete a task, concepts such as Time Complexity (how much time it takes in terms of amount of input to the algorithm)…
Topics: Programming. #programming
If you want to improve your programming skills, you can take a look at this list. This wikibook section shows many algorithms and implementations of common problems and techniques of sorting, searching algorithms, hashing, etc.
https://en.m.wikibooks.org/wiki/Algorithm_Implementationn
If you want to improve your programming skills, you can take a look at this list. This wikibook section shows many algorithms and implementations of common problems and techniques of sorting, searching algorithms, hashing, etc.
https://en.m.wikibooks.org/wiki/Algorithm_Implementationn
PECOFF (1).pdf
288 KB
C Implementation of Cryptographic Algorithms.pdf
605.1 KB
Topics: Math. #math
Useful link about transcendental numbers, by the way, this site has a lot of resources for Algebra, Calculus and Applied Math in general.
https://mathworld.wolfram.com/TranscendentalNumber.html
Useful link about transcendental numbers, by the way, this site has a lot of resources for Algebra, Calculus and Applied Math in general.
https://mathworld.wolfram.com/TranscendentalNumber.html
Topics: Math, Roadmap. #math #roadmap
Math roadmap.
https://github.com/TalalAlrawajfeh/mathematics-roadmap
Math roadmap.
https://github.com/TalalAlrawajfeh/mathematics-roadmap
GitHub
GitHub - TalalAlrawajfeh/mathematics-roadmap: A Comprehensive Roadmap to Mathematics
A Comprehensive Roadmap to Mathematics. Contribute to TalalAlrawajfeh/mathematics-roadmap development by creating an account on GitHub.
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|Links about write-ups and articles|: https://telegra.ph/Links-about-write-ups-and-articles-07-16 |Awesome-like links|: https://telegra.ph/Awesome-like-links-09-12 |Math|: https://www.ck12.org/ https://ocw.mit.edu/courses/mathematics/ (MIT free courses)…
Some are ebook databases, some contain news about hacking/CS. This list will be updated whenever i find new channels.
@HackerOne
@information_security_channel
@hybgl (RU)
@informationsecuritylife
@freedomf0x (RU)
@learningnets (huge database)
@cKure
@ethicalhackx
@packtpubfreelearning
@G4t3w4y
@cyberpunkrs
@dereference_pointer_there (RU)
@LambdaReadingRoom
@androidMalware
@cleanlib
@R0_Crew
@windowshackinglibrary
@hatsecurity
@FreeBSD
@MegaPack
@yurichev
@books_c_cpp_asm_hacking_reverse
@blueteamlibrary
@ITSBooks
@morecsbooks
@it_chats (huge list of RU groups, check description for the channel list)
@assemblybr
@DataScience_Books
https://t.me/joinchat/TM2kMFyB0Xkn93AK (Xtreme Pentesting)
@codeforces_official
@atellschannel
@hackcrap (RU)
@thebugbountyhunter
@zer0daylab
@bookzillaaa
https://t.me/joinchat/AAAAAE1yUq2Kh6WdPCtjMA (pro.cxx books)
@AnaliseWeb
@cybersecurity1O1
@r_CoolGithubProjects
@hardwareHackingBrasil
@teskeslab
@tech_b0lt_Genona
@hardwareHack
@cyber_alerts
@InputDevice
@IoPhysics
@mksdecode
@archiveSec
@novitoll_ch
@reverseame
@epic_links
@ProgrammingWorks
@expandbrain
@hide01free
@IoT_Hacking
@CyberTemple
@linkersec
https://t.me/+5OtSpe5Y0shhMjgx
@compsciresources
@kyresources
@fpgasic
@neurophilia
@hardware_hacking_iot_pentest
@EbookSec
@commonlispbr_livros
@physpublib
@evilhaskell
@mathematicalorange
@ultrashitpost
https://t.me/stupidlibrary
https://t.me/programming_deadlock
https://t.me/thecatlair
https://t.me/dogtagosintoficial
https://t.me/rantingaboutstuff
https://t.me/NerdolasTech
https://t.me/vimvimvimvimvimvimvimvimvim
https://t.me/gdevlibrary
https://t.me/OrcaCyberWeapons
https://t.me/phimulambda
https://t.me/mathematicstel
https://t.me/grasssmann
https://t.me/EErefs
@HackerOne
@information_security_channel
@hybgl (RU)
@informationsecuritylife
@freedomf0x (RU)
@learningnets (huge database)
@cKure
@ethicalhackx
@packtpubfreelearning
@G4t3w4y
@cyberpunkrs
@dereference_pointer_there (RU)
@LambdaReadingRoom
@androidMalware
@cleanlib
@R0_Crew
@windowshackinglibrary
@hatsecurity
@FreeBSD
@MegaPack
@yurichev
@books_c_cpp_asm_hacking_reverse
@blueteamlibrary
@ITSBooks
@morecsbooks
@it_chats (huge list of RU groups, check description for the channel list)
@assemblybr
@DataScience_Books
https://t.me/joinchat/TM2kMFyB0Xkn93AK (Xtreme Pentesting)
@codeforces_official
@atellschannel
@hackcrap (RU)
@thebugbountyhunter
@zer0daylab
@bookzillaaa
https://t.me/joinchat/AAAAAE1yUq2Kh6WdPCtjMA (pro.cxx books)
@AnaliseWeb
@cybersecurity1O1
@r_CoolGithubProjects
@hardwareHackingBrasil
@teskeslab
@tech_b0lt_Genona
@hardwareHack
@cyber_alerts
@InputDevice
@IoPhysics
@mksdecode
@archiveSec
@novitoll_ch
@reverseame
@epic_links
@ProgrammingWorks
@expandbrain
@hide01free
@IoT_Hacking
@CyberTemple
@linkersec
https://t.me/+5OtSpe5Y0shhMjgx
@compsciresources
@kyresources
@fpgasic
@neurophilia
@hardware_hacking_iot_pentest
@EbookSec
@commonlispbr_livros
@physpublib
@evilhaskell
@mathematicalorange
@ultrashitpost
https://t.me/stupidlibrary
https://t.me/programming_deadlock
https://t.me/thecatlair
https://t.me/dogtagosintoficial
https://t.me/rantingaboutstuff
https://t.me/NerdolasTech
https://t.me/vimvimvimvimvimvimvimvimvim
https://t.me/gdevlibrary
https://t.me/OrcaCyberWeapons
https://t.me/phimulambda
https://t.me/mathematicstel
https://t.me/grasssmann
https://t.me/EErefs
👍5 2❤1👎1
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1.6 MB
Topics: Programming challenges. #programming
If you want to improve your skills, this list will help you, it has many challenges/projects sorted by level.
source: here
If you want to improve your skills, this list will help you, it has many challenges/projects sorted by level.
source: here
Introduction to Calculus and Analysis.pdf
32.3 MB
Topics: Programming, Game Development, Rendering technique. #programming #math #cpp
This tutorial explains how the raycasting technique works in order to show 3D graphics in a 2D map, it was used when the hardware available had no 3D rendering support and floating points.
https://lodev.org/cgtutor/raycasting.html
This tutorial explains how the raycasting technique works in order to show 3D graphics in a 2D map, it was used when the hardware available had no 3D rendering support and floating points.
https://lodev.org/cgtutor/raycasting.html
p.file
Topics: Programming, Game Development, Rendering technique. #programming #math #cpp This tutorial explains how the raycasting technique works in order to show 3D graphics in a 2D map, it was used when the hardware available had no 3D rendering support and…
YouTube
Wolfenstein 3D's map renderer
Wolfenstein 3D was a triumph of early 90s engineering. It was an action packed 3d first person shooter - arguably the first - and it ran well on a 12 MHz 286 PC.
How on earth was such a feat pulled off? Find out by watching this in-depth analysis of how…
How on earth was such a feat pulled off? Find out by watching this in-depth analysis of how…
Topics: Computer science. #misc
A catalogue of software constructs, languages, or APIs which are unexpectedly Turing-complete; implications for security and reliability
https://www.gwern.net/Turing-complete
A catalogue of software constructs, languages, or APIs which are unexpectedly Turing-complete; implications for security and reliability
https://www.gwern.net/Turing-complete
gwern.net
Surprisingly Turing-Complete
A catalogue of software constructs, languages, or APIs which are unexpectedly Turing-complete; implications for security and reliability.
p.file
Topics: Computer science. #misc A catalogue of software constructs, languages, or APIs which are unexpectedly Turing-complete; implications for security and reliability https://www.gwern.net/Turing-complete
YouTube
[Minecraft Computer Engineering] - Quad-Core Redstone Computer v5.0 [12k sub special!]
Hey guys! After over two years of development, I am finally here to show you guys the Redstone Computer v5.0, the latest installment in my series of Redstone Computers! It is improved in every way compared to the Redstone Computer v4.0, and it adds a plethora…
Topics: CTF, Software exploitation. #ctf #exploit #reversing
This repo contains CTF solutions made by Dragon Sector, the J00ru's team, most of the challenges are software exploitation.
https://github.com/j00ru/ctf-tasks
This repo contains CTF solutions made by Dragon Sector, the J00ru's team, most of the challenges are software exploitation.
https://github.com/j00ru/ctf-tasks
GitHub
GitHub - j00ru/ctf-tasks: An archive of low-level CTF challenges developed over the years
An archive of low-level CTF challenges developed over the years - j00ru/ctf-tasks
Topics: Rootkits, Malware. #reversing #rootkit #malware
Dr Fu's Security Blog shows many malware tutorials and techniques to achieve stealthiness.
https://fumalwareanalysis.blogspot.com/p/malware-analysis-tutorials-reverse.html?m=1
Dr Fu's Security Blog shows many malware tutorials and techniques to achieve stealthiness.
https://fumalwareanalysis.blogspot.com/p/malware-analysis-tutorials-reverse.html?m=1
Blogspot
Malware Analysis Tutorials: a Reverse Engineering Approach
Author: Dr. Xiang Fu Roadmap: You need to first follow Tutorials 1 to 4 to set up the lab configuration. Then each tutorial addresses an ...