Symmetric Key Cryptography Using MATLAB | @MATLABHelper Blog
2.4 هزار بار بازدید -
4 سال پیش
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We will implement a real-time
We will implement a real-time Symmetric Key #Cryptography system where we will send and receive data securely by a very simple algorithm in MATLAB. We will be doing #encryption and #decryption with the MATLAB example. We have used a very well known #Fibonacci series. Read the blog for a detailed discussion at https://mlhp.link/BlogSymKeyCrypto
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In our day-to-day life, we are sending and receiving much information from the internet. This information is transmitting through a transmission line, this channel is always insecure, and anything can be seen by anyone, not only just seeing they can actually modify the data. In this insecure channel, all our information is not actually passed by what we send. Data will be encrypted before sending it into the channel, and the encrypted is transferred through the transmission line. Now even if anyone captures the data, then they will get the encrypted data and not the actual data. You might get one question of how the actual receiver will get the actual data? Yes, without the key and algorithm used by the sender, it is impossible to retrieve the actual data. #Symmetric encryption was the only type of encryption in the 1970’s. Before beginning, we define some terms. An original message is called Plaintext, while the coded message is called Cipher text. The process of converting from plaintext to cipher text is known as Encryption or Enciphering; restoring the plaintext from the cipher text is Decryption or Deciphering. Watch the video or read the blog to understand the topic.
0:00 Introduction
0:32 Understanding concept behind Symmetric Key Cryptography
2:59 MATLAB code for Symmetric Key Cryptography
6:04 Running code and viewing result
Want to see more #Blog videos? Watch playlist: Blogs | MATLAB Helper
If you found this video helpful, Like, Comment & Share it. Make sure to Subscribe to our YouTube Channel. You can buy Super Thanks and show your support to this video and our channel.
If you are looking for #Expert Help, a paid service, then share your requirement on website chat at https://mlhp.link/services or email at [email protected] with your service preference, timeline, and any necessary attachments. We provide live sessions & offline work on #MATLAB & #Simulink Projects, including Homework, Assignment, Thesis, and #Research.
Join #training module of MATLAB Associate, MATLAB Professional, Simulink Fundamental, Image Processing, Arduino Interfacing, AppDesigner, or Machine Learning and get trained from #Mathworks Certified MATLAB Associate & Experts. Get training syllabus & proposal from https://mlhp.link/training
Explore our learning portal at https://mlhp.link/lms
Join a self-paced online #course at https://mlhp.link/courses
Participate in our #quiz & contests at https://mlhp.link/quiz
Watch and learn from our #webinar at https://mlhp.link/live
WhatsApp us at +91-8104622179 or https://mlhp.link/WhatsApp
Follow us on Linkedin: https://mlhp.link/LinCompany
Like us on Facebook: https://mlhp.link/facebook
Follow us on Instagram: https://mlhp.link/instagram
Education is our future. MATLAB is our feature. Happy MATLABing!
Buy & Download Codes and Report from https://matlabhelper.com/cart/?add-to...
In our day-to-day life, we are sending and receiving much information from the internet. This information is transmitting through a transmission line, this channel is always insecure, and anything can be seen by anyone, not only just seeing they can actually modify the data. In this insecure channel, all our information is not actually passed by what we send. Data will be encrypted before sending it into the channel, and the encrypted is transferred through the transmission line. Now even if anyone captures the data, then they will get the encrypted data and not the actual data. You might get one question of how the actual receiver will get the actual data? Yes, without the key and algorithm used by the sender, it is impossible to retrieve the actual data. #Symmetric encryption was the only type of encryption in the 1970’s. Before beginning, we define some terms. An original message is called Plaintext, while the coded message is called Cipher text. The process of converting from plaintext to cipher text is known as Encryption or Enciphering; restoring the plaintext from the cipher text is Decryption or Deciphering. Watch the video or read the blog to understand the topic.
0:00 Introduction
0:32 Understanding concept behind Symmetric Key Cryptography
2:59 MATLAB code for Symmetric Key Cryptography
6:04 Running code and viewing result
Want to see more #Blog videos? Watch playlist: Blogs | MATLAB Helper
If you found this video helpful, Like, Comment & Share it. Make sure to Subscribe to our YouTube Channel. You can buy Super Thanks and show your support to this video and our channel.
If you are looking for #Expert Help, a paid service, then share your requirement on website chat at https://mlhp.link/services or email at [email protected] with your service preference, timeline, and any necessary attachments. We provide live sessions & offline work on #MATLAB & #Simulink Projects, including Homework, Assignment, Thesis, and #Research.
Join #training module of MATLAB Associate, MATLAB Professional, Simulink Fundamental, Image Processing, Arduino Interfacing, AppDesigner, or Machine Learning and get trained from #Mathworks Certified MATLAB Associate & Experts. Get training syllabus & proposal from https://mlhp.link/training
Explore our learning portal at https://mlhp.link/lms
Join a self-paced online #course at https://mlhp.link/courses
Participate in our #quiz & contests at https://mlhp.link/quiz
Watch and learn from our #webinar at https://mlhp.link/live
WhatsApp us at +91-8104622179 or https://mlhp.link/WhatsApp
Follow us on Linkedin: https://mlhp.link/LinCompany
Like us on Facebook: https://mlhp.link/facebook
Follow us on Instagram: https://mlhp.link/instagram
Education is our future. MATLAB is our feature. Happy MATLABing!
4 سال پیش
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