With a dedicated department equipped with VLSI experts and projects specialists, Takeoff projects can provide complete assistance and guidance for your MTech VLSI projects. We are equipped with cutting-edge VSLI software and tools, more importantly, decade-long expertise and experience in ideating, executing and delivering VLSI projects for MTech students.
You can also come up with your idea and our VLSI project experts will execute and deliver your VLSI project for you within the specified time frame. Even better, you can select ideas for our VLSI projects for MTech to form our library for inspiration and our VSLI Project experts at Takeoff projects can provide the right solutions to your project complications and help you effortlessly execute your project within deadline.
Project Code: TVPGFE342
Project Title:Architectural and FPGA-Aware Optimizations of Vedic Multipliers for Approximate ComputingCommunications and Crypto Core| Arithmetic Core
View DetailsProject Code: TVPGFE343
Project Title:Architectural and FPGA-Aware Optimizations of Vedic Multipliers for Approximate ComputingView DetailsProject Code: TVPGFE346
Project Title:CNTFET-Based Hybrid Approximate Multiplier Design with Optimized Compressors for Error-Resilient Image Processing and Enhanced Power-Delay EfficiencyDSP Core| Nano Technology| Arithmetic Core
View DetailsProject Code: TVPGFE345
Project Title:CNTFET-Based Hybrid Approximate Multiplier Design with Optimized Compressors for Error-Resilient Image Processing and Enhanced Power-Delay EfficiencyCommunications and Crypto Core| Nano Technology| Arithmetic Core
View DetailsProject Code: TVPGFE347
Project Title:CNTFET-Based Hybrid Approximate Multiplier Design with Optimized Compressors for Error-Resilient Image Processing and Enhanced Power-Delay EfficiencyDSP Core| Communications and Crypto Core| Arithmetic Core
View DetailsProject Code: TVPGFE355
Project Title:VLSI Design of Symmetric Two-Dimensional Finite Impulse Response (2-D FIR) Filter Architecture Using Approximate Circuits and Parallel ProcessingView DetailsProject Code: TVPGFE354
Project Title:RISC-V Based Image Acquisition System Using Contact Image Sensor (CIS) for Industrial Print Quality InspectionView DetailsProject Code: TVPGFE353
Project Title:Reconfigurable Low-Latency Posit MAC Unit with Mixed PrecisionView DetailsProject Code: TVPGFE352
Project Title:Partial Encryption-Based Shamir Secret Sharing for Low-Latency and Secure NetworksView Details S.no | Project Code | Project Name | Action |
|---|---|---|---|
| 1 | TVPGFE342 | Architectural and FPGA-Aware Optimizations of Vedic Multipliers for Ap... | |
| 2 | TVPGFE343 | Architectural and FPGA-Aware Optimizations of Vedic Multipliers for Ap... | |
| 3 | TVPGFE346 | CNTFET-Based Hybrid Approximate Multiplier Design with Optimized Compr... | |
| 4 | TVPGFE345 | CNTFET-Based Hybrid Approximate Multiplier Design with Optimized Compr... Communications and Crypto Core|Nano Technology|Arithmetic Core | |
| 5 | TVPGFE347 | CNTFET-Based Hybrid Approximate Multiplier Design with Optimized Compr... | |
| 6 | TVPGFE356 | Vulnerability Assessment of Matter Protocol | |
| 7 | TVPGFE355 | VLSI Design of Symmetric Two-Dimensional Finite Impulse Response (2-D ... | |
| 8 | TVPGFE354 | RISC-V Based Image Acquisition System Using Contact Image Sensor (CIS)... | |
| 9 | TVPGFE353 | Reconfigurable Low-Latency Posit MAC Unit with Mixed Precision | |
| 10 | TVPGFE352 | Partial Encryption-Based Shamir Secret Sharing for Low-Latency and Sec... |
Project Code: TVPGFE342
Project Title:Architectural and FPGA-Aware Optimizations of Vedic Multipliers for Approximate ComputingCommunications and Crypto Core| Arithmetic Core
View DetailsProject Code: TVPGFE343
Project Title:Architectural and FPGA-Aware Optimizations of Vedic Multipliers for Approximate ComputingView DetailsProject Code: TVPGFE346
Project Title:CNTFET-Based Hybrid Approximate Multiplier Design with Optimized Compressors for Error-Resilient Image Processing and Enhanced Power-Delay EfficiencyDSP Core| Nano Technology| Arithmetic Core
View DetailsProject Code: TVPGFE345
Project Title:CNTFET-Based Hybrid Approximate Multiplier Design with Optimized Compressors for Error-Resilient Image Processing and Enhanced Power-Delay EfficiencyCommunications and Crypto Core| Nano Technology| Arithmetic Core
View DetailsProject Code: TVPGFE347
Project Title:CNTFET-Based Hybrid Approximate Multiplier Design with Optimized Compressors for Error-Resilient Image Processing and Enhanced Power-Delay EfficiencyDSP Core| Communications and Crypto Core| Arithmetic Core
View DetailsProject Code: TVPGFE355
Project Title:VLSI Design of Symmetric Two-Dimensional Finite Impulse Response (2-D FIR) Filter Architecture Using Approximate Circuits and Parallel ProcessingView DetailsProject Code: TVPGFE354
Project Title:RISC-V Based Image Acquisition System Using Contact Image Sensor (CIS) for Industrial Print Quality InspectionView DetailsProject Code: TVPGFE353
Project Title:Reconfigurable Low-Latency Posit MAC Unit with Mixed PrecisionView DetailsProject Code: TVPGFE352
Project Title:Partial Encryption-Based Shamir Secret Sharing for Low-Latency and Secure NetworksView Details S.no | Project Code | Project Name | Action |
|---|---|---|---|
| 1 | TVPGFE342 | Architectural and FPGA-Aware Optimizations of Vedic Multipliers for Ap... | |
| 2 | TVPGFE343 | Architectural and FPGA-Aware Optimizations of Vedic Multipliers for Ap... | |
| 3 | TVPGFE346 | CNTFET-Based Hybrid Approximate Multiplier Design with Optimized Compr... | |
| 4 | TVPGFE345 | CNTFET-Based Hybrid Approximate Multiplier Design with Optimized Compr... Communications and Crypto Core|Nano Technology|Arithmetic Core | |
| 5 | TVPGFE347 | CNTFET-Based Hybrid Approximate Multiplier Design with Optimized Compr... | |
| 6 | TVPGFE356 | Vulnerability Assessment of Matter Protocol | |
| 7 | TVPGFE355 | VLSI Design of Symmetric Two-Dimensional Finite Impulse Response (2-D ... | |
| 8 | TVPGFE354 | RISC-V Based Image Acquisition System Using Contact Image Sensor (CIS)... | |
| 9 | TVPGFE353 | Reconfigurable Low-Latency Posit MAC Unit with Mixed Precision | |
| 10 | TVPGFE352 | Partial Encryption-Based Shamir Secret Sharing for Low-Latency and Sec... |
VLSI - the process of integrating hundreds of thousands of transistors onto a single chip has given unprecedented portability, computational power and low-power advantage. The remarkable development of electronics in the last few decades be it in telecommunications, high-performance computing or consumer electronics is owed to the advancement of VLSI technology.
However, the high performance, portability, size and low-power capability of VLSI design demands exceptional space and power utilization, low-margin of errors. For any student looking for a career in the VLSI field, executing VLSI projects for MTech will do a sea of good by giving practical exposure to the challenges of designing and executing a VLSI projects.
Students often encounter a lot of challenges while executing their VLSI projects for MTech. Some of the most common challenges include lack of proper power planning, leakage of power, CTS issues, timing problems, library preparation issues, DRC problems and more. If you are a student executing VLSI projects you are bound to face these challenges and even more. Fortunately, you don’t have to languish in these problems or any other similar problems. Our VLSI project experts at Takeoff Projects are here to help sail through these obstacles and complications.