M.Tech Verilog/VHDL Projects in Hyderabad

M.Tech Verilog/VHDL Projects

best ece M.Tech Verilog/VHDL Projects

we provide M.Tech Verilog/VHDL Projects.In the domain of M.Tech VLSI, we offer year-long assistance to the students. We offer the clear explanation of IEEE base paper and the relevant technology and algorithm used in it and tell you the technical possibilities for an extension that will add to the present algorithm. We will give you review-wise progress in the implementation of the coding of the project. latest M.Tech VLSI IEEE projects available.


S.No   Project Titles Year
A A Bit-Plane Decomposition Matrix-Based VLSI Integer Transform Architecture for HEVC 2017
B A Continuous-Flow Memory-Based Architecture for Real-Valued FFT 2017
C Hardware Implementation for Real-Time Haze Removal 2017
D Novel Solutions of Delta-Sigma Based Rectifying Encoder 2017
E Novel Structure for Area-Efficient Implementation of FIR Filters 2017
F Parallelization of Fuzzy ARTMAP Architecture on FPGA: Multispectral Classification of ALSAT-2A Images 2017
G The Least Mean Squares Adaptive FIR Filter for Narrow-Band RFI Suppression in Radio Detection of Cosmic Rays 2017
H Reliable Low-Latency Viterbi Algorithm Architectures Benchmarked on ASIC and FPGA 2017
1. RoBA Multiplier: A Rounding-Based Approximate Multiplier for High-Speed yet Energy-Efficient Digital Signal Processing 2016
2. A Cellular Network Architecture With Polynomial Weight Functions 2016
3. A Novel Implementation of QPSK Modulator on FPGA 2016
4. An Efficient Digital Baseband Encoder for Short Range Wireless Communication Applications 2016
5. An Efficient Constant Multiplier Architecture Based on Vertical-Horizontal Binary Common Sub-expression Elimination Algorithm for Reconfigurable FIR Filter Synthesis 2015
6. Low-cost and high-speed hardware implementation of contrast-preserving image dynamic range compression for full-HD video enhancement. 2015
7. Low-Power and Area-Efficient Shift Register Using Pulsed Latches. 2015
8. Reconfigurable Filter Bank With Complete Control Over Sub band Bandwidths for Multistandard Wireless Communication Receivers 2015
9. High-Throughput Digit-Level Systolic Multiplier Over GF (2m) Based on Irreducible Trinomials. 2105
10. Aggressive Voltage Scaling Through Fast Correction of Multiple Errors with Seamless Pipeline Operation. 2015
11. A Low-Power Architecture for the Design of a One-Dimensional Median Filter 2015
12. Aging-aware Reliable multiplier design with adaptive hold logic 2015
13. An Area- and Energy-Efficient FIFO Design Using Error-Reduced Data Compression and Near-Threshold Operation for Image/Video Applications 2015
14. Efficient Parallel Architecture for Linear Feedback Shift Registers 2015
15. Result-Biased Distributed-Arithmetic-Based Filter Architectures for Approximately Computing the DWT 2015
16. Reconfigurable Filter Bank With Complete Control Over Sub-band Bandwidths for Multi standard Wireless Communication Receivers 2015
17. Vectored Implementation of Hierarchical 22n QAM 2015
18. Normalized Sub-band Adaptive Filtering Algorithm with Reduced Computational Complexity 2015
1. Area Delay Efficient Binary Adders in QCA 2014
2. Input vector monitoring concurrent BIST Architecture using SRAM cells 2014
3. Area-delay-power efficient fixed point LMS Adaptive filter with low adaptation delay 2014
4. Efficient FPGA Implementation of Addresses generator for WiMAX Deinterleaver 2014
5. Low complexity Low Latency Architecture for matching of data encoded with hard systematic error correcting codes 2014
6. Reverse converter design via parallel prefix adders: Novel components, methodology and implementations 2014
7. Data Encoding Techniques for Reducing Energy Consumption in Network-on-Chip 2014
8. Critical path analysis & low complexity implementation of the LMS adaptive algorithm 2014
9. An Optimized Modified Booth Recoder for Efficient Design of the Add-Multiply Operator 2014



We train the students, who joined for projects, we will give you the training to face real time environment. We offer regular assistance in the project coding and technical aspects till the final submission of the project.

In the domain of M.Tech embedded systems, we offer year long assistance to the students. We give clear picture of IEEE base paper and the relevant technology and algorithm used in it. At the stage of abstract submission itself, we tell you the extension what we will do for the existing system and give you review-wise progress in the implementation of the project. We will offer hardware kits on rental basis also.


We present the MATLAB simulation code module by module with neat explanation. We will make clear every module with individual module execution. We will explain you methodically from the foundation level to final result getting. We offer basics classes with limited number of students.


As a part of scholarly educational programs like M.Tech, Students has to prepare the paper for publication. After paper preparation need to publish in an International Journals. PROCORP giving you assurance to complete the publication within time slot according to students requirement. PROCORP following the standards of Journal Publications with good Impact Factor.