Takeoff Projects provides a wide range of IEEE VLSI projects to final-year electronics and communication engineering students. These projects follow to IEEE standards, focused on the design and implementation of advanced integrated circuits. The course includes digital system design, FPGA programming, and ASIC design, giving students practical experience with modern technology. Students utilize industry-standard tools to learn circuit design, simulation, and verification. Takeoff Projects ensures that each IEEE VLSI project has been carefully documented and supported by qualified mentors, allowing students to grasp VLSI technology and prepare for professional employment in the semiconductor industry.
Project Code: TVMAFE608
Project Title:Analysis of an Efficient Fault Tolerant Linear Feedback Shift Register for Low Power ApplicationsView DetailsProject Code: TVMAFE609
Project Title:A New Input Grouping and Sharing Method to Design Low Complexity FFT ImplementationFPGA| DSP Core| Arithmetic Core| Testing
View DetailsProject Code: TVMAFE610
Project Title:A New Input Grouping and Sharing Method to Design Low Complexity FFT ImplementationFinite State Machines| DSP Core| Arithmetic Core| Testing
View DetailsProject Code: TVMAFE611
Project Title:A New Input Grouping and Sharing Method to Design Low Complexity FFT ImplementationFinite State Machines| FPGA| Arithmetic Core| Testing
View DetailsProject Code: TVMAFE612
Project Title:A New Input Grouping and Sharing Method to Design Low Complexity FFT ImplementationFinite State Machines| FPGA| DSP Core| Testing
View DetailsProject Code: TVMAFE613
Project Title:A New Input Grouping and Sharing Method to Design Low Complexity FFT ImplementationFinite State Machines| FPGA| DSP Core| Arithmetic Core
View DetailsProject Code: TVMAFE615
Project Title:Decoder Reduction Approximation Scheme for Booth MultipliersView DetailsProject Code: TVMAFE618
Project Title:Energy Efficient Compact Approximate Multiplier for Error-Resilient ApplicationsView DetailsProject Code: TVMAFE623
Project Title:Energy Efficient Compact Approximate Multiplier for Error-Resilient ApplicationsView DetailsProject Code: TVMAFE634
Project Title:Exploring the Usage of Fast Carry Chains to Implement Multistage Ring Oscillators on FPGAs: Design and CharacterizationView Details S.no | Project Code | Project Name | Action |
---|---|---|---|
1 | TVMAFE608 | Analysis of an Efficient Fault Tolerant Linear Feedback Shift Registe... | |
2 | TVMAFE609 | A New Input Grouping and Sharing Method to Design Low Complexity FFT I... | |
3 | TVMAFE610 | A New Input Grouping and Sharing Method to Design Low Complexity FFT I... | |
4 | TVMAFE611 | A New Input Grouping and Sharing Method to Design Low Complexity FFT I... | |
5 | TVMAFE612 | A New Input Grouping and Sharing Method to Design Low Complexity FFT I... | |
6 | TVMAFE613 | A New Input Grouping and Sharing Method to Design Low Complexity FFT I... | |
7 | TVMAFE615 | Decoder Reduction Approximation Scheme for Booth Multipliers | |
8 | TVMAFE618 | Energy Efficient Compact Approximate Multiplier for Error-Resilient Ap... | |
9 | TVMAFE623 | Energy Efficient Compact Approximate Multiplier for Error-Resilient Ap... | |
10 | TVMAFE634 | Exploring the Usage of Fast Carry Chains to Implement Multistage Ring ... |
Project Code: TVMAFE608
Project Title:Analysis of an Efficient Fault Tolerant Linear Feedback Shift Register for Low Power ApplicationsView DetailsProject Code: TVMAFE609
Project Title:A New Input Grouping and Sharing Method to Design Low Complexity FFT ImplementationFPGA| DSP Core| Arithmetic Core| Testing
View DetailsProject Code: TVMAFE610
Project Title:A New Input Grouping and Sharing Method to Design Low Complexity FFT ImplementationFinite State Machines| DSP Core| Arithmetic Core| Testing
View DetailsProject Code: TVMAFE611
Project Title:A New Input Grouping and Sharing Method to Design Low Complexity FFT ImplementationFinite State Machines| FPGA| Arithmetic Core| Testing
View DetailsProject Code: TVMAFE612
Project Title:A New Input Grouping and Sharing Method to Design Low Complexity FFT ImplementationFinite State Machines| FPGA| DSP Core| Testing
View DetailsProject Code: TVMAFE613
Project Title:A New Input Grouping and Sharing Method to Design Low Complexity FFT ImplementationFinite State Machines| FPGA| DSP Core| Arithmetic Core
View DetailsProject Code: TVMAFE615
Project Title:Decoder Reduction Approximation Scheme for Booth MultipliersView DetailsProject Code: TVMAFE618
Project Title:Energy Efficient Compact Approximate Multiplier for Error-Resilient ApplicationsView DetailsProject Code: TVMAFE623
Project Title:Energy Efficient Compact Approximate Multiplier for Error-Resilient ApplicationsView DetailsProject Code: TVMAFE634
Project Title:Exploring the Usage of Fast Carry Chains to Implement Multistage Ring Oscillators on FPGAs: Design and CharacterizationView Details S.no | Project Code | Project Name | Action |
---|---|---|---|
1 | TVMAFE608 | Analysis of an Efficient Fault Tolerant Linear Feedback Shift Registe... | |
2 | TVMAFE609 | A New Input Grouping and Sharing Method to Design Low Complexity FFT I... | |
3 | TVMAFE610 | A New Input Grouping and Sharing Method to Design Low Complexity FFT I... | |
4 | TVMAFE611 | A New Input Grouping and Sharing Method to Design Low Complexity FFT I... | |
5 | TVMAFE612 | A New Input Grouping and Sharing Method to Design Low Complexity FFT I... | |
6 | TVMAFE613 | A New Input Grouping and Sharing Method to Design Low Complexity FFT I... | |
7 | TVMAFE615 | Decoder Reduction Approximation Scheme for Booth Multipliers | |
8 | TVMAFE618 | Energy Efficient Compact Approximate Multiplier for Error-Resilient Ap... | |
9 | TVMAFE623 | Energy Efficient Compact Approximate Multiplier for Error-Resilient Ap... | |
10 | TVMAFE634 | Exploring the Usage of Fast Carry Chains to Implement Multistage Ring ... |
Takeoff Edu Group is committed to assisting students in achieving success with our IEEE VLSI projects. Our website provides professionally developed project ideas that meet IEEE standards, providing great educational value and relevance. We give extensive documentation, experienced guidance, and ongoing assistance to help students through every stage of their project. By working with Takeoff Edu Group, students learn hands-on experience with advanced VLSI technology, improving their technical abilities and increasing their employability. Join us to gain access to high-quality IEEE VLSI projects and secure your academic and professional success in electronics and communication engineering.