Category: MATLAB Projects

Download All MA TLAB Final Year Projects, MAT LAB project Reports, MAT LAB Projects Ideas. Electronics and Electrical b.tech final year and third year students can download MATLAB Projects with source code, MATLAB Projects for eee and ece with project reports and abstracts.

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Mat lab Projects on Image Processing

List of matlab projects on image processing 

This category consists of matlab projects on image processing Abstracts list,Live projects for ECE and EEE on Matlab, Download Matlab Projects abstracts, 1000 projects in ECE Matlab.

  1. List of Mat Lab and VLSI projects
  2. A Low Power Digital Based Reconfigurable FIR Filter
  3. Design and Implementation of a Full Custom of a Full Adder & Subtractor MAT LAB project
  4. Implementation of DCT &IDCT Technique on Image Compression Using VERILOG HDL
  5. Implementation of Image Compression Using DWT Abstract
  6. Implementation Of Image Compression Using DCT Abstract
  7. Implementation And Rejection Of Interference In Bluetooth Voice Transmission Using Simulink
  8. Implementation of AES ENCRYPTION in HDL MATLAB Project
  9. Implementation of AES DECRYPTION in HDL MATLAB Project
  10. FPGA Based Implementation Of 7-Tap Folded Pipelined Fir Filter MATLAB Project
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List of Mat Lab and VLSI projects

The below are the list of Mat Lab and VLSI projects

  1. FPGA based design and implementation of 7-tap folded pipelined fir filter Mat Lab Project
  2. Design and implementation of a soft drink wending machine on fpga. (vhdl)
  3. Design and Implementation of fir filter using verilog hdl on fpga, & analysis using matlab
  4. Design and implementation of a uart VLSI final year project
  5. Design and implementation of eeprom live project
  6. Design and implementation of sloted machine ECE final year project
  7. Design and implementation of pll Mat Lab & VLSI M tech Project
  8. Design and implementation of dct to compress the image
  9. Design and Implementation of a data compress using huffman algorithm using hdl.
  10. Design and implementation of frequency shift keying
  11. Design and implementation of digital to analog converter.
  12. Design and implementation of anti-collision algorithm (slotted alloha algorithm)
  13. Design and implementation of a usb transmitter using hdl
  14. Design and implementation of a usb receiver using hdl
  15. Design of an advance encryption algorithm using hdl
  16. Design of an advance decryption algorithm using hdl
  17. Design and implementation of a rc4 technique Project
  18. Design and analysis of cdma modem using matlab.
  19. Design and implementation and rejection of interference in bluetooth voice transmission.
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A Low Power Digital Based Reconfigurable FIR Filter

The main aim & objective of this A Low Power Digital Based Re configurable FIR Filter & A Low Power Multiplier-Less FFT Processor Architecture project is to develop digit-re-configurable finite impulse response (FIR) filter technology. This Mat Lab project application gives a secure, flexible and low-power consuming system to finite impulse response filters with a vast range of tap width & length. In this system an 8-digit re configurable finite impulse response filter circuit chip is implemented on  field-programmable gate array.

The complete design of this VLSI final year project is going to be implemented using hardware description language, using functional simulation will be performed, then the design will be synthesized using Xilinx-ISE, then the bit file will be generated and programmed on to field-programmable gate array (FPGA).

For more information about this  A Low Power Digital Based Reconfigurable FIR Filter & A Low Power Multiplier-Less FFT Processor Architecture MATLAB  Live Project contact us.

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Design and Implementation of a Full Custom of a Full Adder & Subtractor MAT LAB project

The main aim & objective of this Design and Implementation of a Full Custom of a Full Adder & Subtractor MAT LAB project is to create a functional full adder and full sub tractor that can operate up to a certain frequency.  The VLSI final year project consists of three general stages: design using the MICRO WIND tool, MOSIS for fabrication, and FA & FS  is a circuit that circuit testing using the logic analyzer.

contact us to know more information and live project on Design and Implementation of a Full Custom of a Full Adder & Subtractor MAT LAB & VLSI project

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Implementation of DCT &IDCT Technique on Image Compression Using VERILOG HDL

Implementation of DCT &IDCT Technique on Image Compression Using VERILOG HDL Project Abstract: The wavelet transform method is new one developed to overcome the above problem. This new method encodes the source signals based on time and frequency and it decodes the signals at destination side. Wavelet analysis represents the next logical step, a windowing technology with variable-sized regions. The wavelet method is the best & future effienet method for analyzing non-stationary signals.

If we want to develop this VLSI final year project, the mat lab hardware design flow starts with modeling the design using Verilog HDL programming code.

Download Implementation of DCT &IDCT Technique on Image Compression Using VERILOG HDL Mat Lab & VLSI Project Abstract

contact us For more information about this  Implementation of DCT &IDCT Technique on Image Compression Using VERILOG HDL MATLAB  Live Project

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Implementation of Image Compression Using DWT Abstract

Implementation of Image Compression Using DWT Abstract: Now a day the growth of data intensive, rich text based and multimedia based applications, best Image compression and Sound compression solutions are becoming critical day by day. Image compression and Sound compression are the applications of data compression and the main aim is to reduce the data redundancy and improve the quality of the given information.

The main application for the compression is the Fourier analysis, which is a good application that transforms time based signal from source to frequency domain signal at the destination side. The features of a non-stationary signal will not be observed by using Fourier analysis technique. The other technologies used are vector quantization method; sub-band coding method and discrete cosine transform compression. The flaws & drawbacks in the above three methods are they cannot be used for real time mat lab systems.

Download the Implementation of Image Compression Using DWT Abstract

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Implementation Of Image Compression Using DCT Abstract

In this Implementation Of Image Compression Using DCT Mat Lab Final year Engineering project we are going to implement a lossy image and sound compressions technique where the discret cosine transform of the signal is performed, then calculated a threshold based on the compression ratio required by the user. The compression is done by using the Matlab toolbox and Matlab functions. The main aim of this project goes to compress the image size. there are different types of images available to compress those are jpg, jpeg, bmp, gif, png, tif etc..

Download Implementation Of Image Compression Using DCT Abstract

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Implementation And Rejection Of Interference In Bluetooth Voice Transmission Using Simulink

Now a day Bluetooth technology presenting major role in Technoloy related applications like wireless networks, Here Implementation And Rejection Of Interference In Bluetooth Voice Transmission Using Simulink VLSI & Mat lab project main aim to transmit the data & voice through Bluetooth interface, The main advantage of this project is cheap price & send data mails & voice mails with free of cost. Here the data transmission rate is very high compare to other transmission networks.

Download Implementation And Rejection Of Interference In Bluetooth Voice Transmission Using Simulink Project Abstract

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Implementation of AES ENCRYPTION in HDL MATLAB Project

Implementation of AES ENCRYPTION in HDL MATLAB Project ABSTRACT: Among the various Cryptography algorithms available, Rijndael algorithm was chosen as

the Advanced Encryption Standard (AES) because of its ease of implementation and high performance. Advanced Encryption Standard (AES) algorithm specifies the Rijndaelalgorithm, a symmetric block cipher that can process data blocks of 128 bits, using cipher keys with lengths of 128, 192, and 256 bits.

For the AES algorithm, the number of rounds to be performed during the execution of the

Algorithm is dependent on the key size.

The total design and algorithm of ADS is implemented in HDL, using Xilinx’s software and simulated by ISE tool, Synthesze by XST tool.

Download Implementation of AES ENCRYPTION in HDL MATLAB Project Abstract

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Implementation of AES DECRYPTION in HDL MATLAB Project

Implementation of AES DECRYPTION in HDL ABSTRACT:Secrecy is certainly important to the security or integrity of information transmission. The ever-increasing demand for security in portable energy constrained environments that lack coherent security architecture has resulted in the need to provide energy efficient algorithm-agile cryptographic hardware. Domain specific reconfigurable is utilized to provide the required flexibility, without incurring the high overhead costs associated with generic programmable logic. Cryptographic processors apply a modular approach to data security, integrating cutting-edge technology to provide security-conscious organizations with high-level and cost-effective security solutions.

The major problem in today’s world is unauthorized access to sensitive data by intruders when the data is being transmitted on networks. The solution for this is to encrypt data before it is transmitted, so that others may not be able to read it. The science of using mathematics to encrypt and decrypt data is known as Cryptography. Cryptography provides user authentication and secure data communication. The design in general handles several cryptography algorithms and provides acceptable performance.

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