Takeoff Projects has the set of Verilog projects for MTech students for the practical confirmation of the set concepts of the digital circuits in the course. The common simple Verilog designs for new learners include the design of distinct logic gates, the flip flop circuits as well as the simple ALUs. Nowadays, these are more inclusive like CPU, memory unit, and signal processing unit used in the MTech Verilog projects. The majority of these projects comprises of source codes, in a process of solving problems, the element of design and implementation becomes more easily recognizable by the students. Such projects help the students of Takeoff Projects to acquire the practical experience in the actual design of digital systems which in turn strengthens their understanding in this area.
Project Code: TVPGFE338
Project Title:Analysis of an Efficient Fault Tolerant Linear Feedback Shift Register for Low Power ApplicationsCommunications and Crypto Core
View DetailsProject Code: TVPGFE339
Project Title:Analysis of an Efficient Fault Tolerant Linear Feedback Shift Register for Low Power ApplicationsView DetailsProject Code: TVPGFE336
Project Title:Design of Optimal Multiplierless FIR Filters With Minimal Number of AddersView DetailsProject Code: TVPGFE335
Project Title:Low power Dadda multiplier using approximate almost full adder and Majority logic based adder compressorsView DetailsProject Code: TVPGFE334
Project Title:High-performance multiply-accumulate unit by integrating binary carry select adder and counter-based modular wallace tree multiplier for embedding systemView DetailsProject Code: TVPGFE333
Project Title:Two Efficient Approximate Unsigned Multipliers by Developing New Configuration for Approximate 4:2 CompressorsView DetailsProject Code: TVPGFE332
Project Title:Simplified Compressor and Encoder Designs for Low-Cost Approximate Radix-4 Booth MultiplierView DetailsProject Code: TVPGFE331
Project Title:FPGA-Supported HDL Approach to Implement Reversible Logic Gate-Based ALUView DetailsProject Code: TVPGFE329
Project Title:VLSI Design of Pipelined FFT Architecture for DSP ApplicationView DetailsProject Code: TVPGFE337
Project Title:FPGA implementation of high performance digital FIR filter design using a hybrid adder and multiplierView Details S.no | Project Code | Project Name | Action |
---|---|---|---|
1 | TVPGFE338 | Analysis of an Efficient Fault Tolerant Linear Feedback Shift Registe... | |
2 | TVPGFE339 | Analysis of an Efficient Fault Tolerant Linear Feedback Shift Registe... | |
3 | TVPGFE336 | Design of Optimal Multiplierless FIR Filters With Minimal Number of Ad... | |
4 | TVPGFE335 | Low power Dadda multiplier using approximate almost full adder and Maj... | |
5 | TVPGFE334 | High-performance multiply-accumulate unit by integrating binary carry ... | |
6 | TVPGFE333 | Two Efficient Approximate Unsigned Multipliers by Developing New Confi... | |
7 | TVPGFE332 | Simplified Compressor and Encoder Designs for Low-Cost Approximate Rad... | |
8 | TVPGFE331 | FPGA-Supported HDL Approach to Implement Reversible Logic Gate-Based ... | |
9 | TVPGFE329 | VLSI Design of Pipelined FFT Architecture for DSP Application | |
10 | TVPGFE337 | FPGA implementation of high performance digital FIR filter design usin... |
Project Code: TVPGFE338
Project Title:Analysis of an Efficient Fault Tolerant Linear Feedback Shift Register for Low Power ApplicationsCommunications and Crypto Core
View DetailsProject Code: TVPGFE339
Project Title:Analysis of an Efficient Fault Tolerant Linear Feedback Shift Register for Low Power ApplicationsView DetailsProject Code: TVPGFE336
Project Title:Design of Optimal Multiplierless FIR Filters With Minimal Number of AddersView DetailsProject Code: TVPGFE335
Project Title:Low power Dadda multiplier using approximate almost full adder and Majority logic based adder compressorsView DetailsProject Code: TVPGFE334
Project Title:High-performance multiply-accumulate unit by integrating binary carry select adder and counter-based modular wallace tree multiplier for embedding systemView DetailsProject Code: TVPGFE333
Project Title:Two Efficient Approximate Unsigned Multipliers by Developing New Configuration for Approximate 4:2 CompressorsView DetailsProject Code: TVPGFE332
Project Title:Simplified Compressor and Encoder Designs for Low-Cost Approximate Radix-4 Booth MultiplierView DetailsProject Code: TVPGFE331
Project Title:FPGA-Supported HDL Approach to Implement Reversible Logic Gate-Based ALUView DetailsProject Code: TVPGFE329
Project Title:VLSI Design of Pipelined FFT Architecture for DSP ApplicationView DetailsProject Code: TVPGFE337
Project Title:FPGA implementation of high performance digital FIR filter design using a hybrid adder and multiplierView Details S.no | Project Code | Project Name | Action |
---|---|---|---|
1 | TVPGFE338 | Analysis of an Efficient Fault Tolerant Linear Feedback Shift Registe... | |
2 | TVPGFE339 | Analysis of an Efficient Fault Tolerant Linear Feedback Shift Registe... | |
3 | TVPGFE336 | Design of Optimal Multiplierless FIR Filters With Minimal Number of Ad... | |
4 | TVPGFE335 | Low power Dadda multiplier using approximate almost full adder and Maj... | |
5 | TVPGFE334 | High-performance multiply-accumulate unit by integrating binary carry ... | |
6 | TVPGFE333 | Two Efficient Approximate Unsigned Multipliers by Developing New Confi... | |
7 | TVPGFE332 | Simplified Compressor and Encoder Designs for Low-Cost Approximate Rad... | |
8 | TVPGFE331 | FPGA-Supported HDL Approach to Implement Reversible Logic Gate-Based ... | |
9 | TVPGFE329 | VLSI Design of Pipelined FFT Architecture for DSP Application | |
10 | TVPGFE337 | FPGA implementation of high performance digital FIR filter design usin... |
Project Code: TVPGFE338
Project Title:Analysis of an Efficient Fault Tolerant Linear Feedback Shift Register for Low Power ApplicationsCommunications and Crypto Core
View DetailsProject Code: TVPGFE339
Project Title:Analysis of an Efficient Fault Tolerant Linear Feedback Shift Register for Low Power ApplicationsView DetailsProject Code: TVPGFE336
Project Title:Design of Optimal Multiplierless FIR Filters With Minimal Number of AddersView DetailsProject Code: TVPGFE335
Project Title:Low power Dadda multiplier using approximate almost full adder and Majority logic based adder compressorsView DetailsProject Code: TVPGFE334
Project Title:High-performance multiply-accumulate unit by integrating binary carry select adder and counter-based modular wallace tree multiplier for embedding systemView DetailsProject Code: TVPGFE333
Project Title:Two Efficient Approximate Unsigned Multipliers by Developing New Configuration for Approximate 4:2 CompressorsView DetailsProject Code: TVPGFE332
Project Title:Simplified Compressor and Encoder Designs for Low-Cost Approximate Radix-4 Booth MultiplierView DetailsProject Code: TVPGFE331
Project Title:FPGA-Supported HDL Approach to Implement Reversible Logic Gate-Based ALUView DetailsProject Code: TVPGFE329
Project Title:VLSI Design of Pipelined FFT Architecture for DSP ApplicationView DetailsProject Code: TVPGFE337
Project Title:FPGA implementation of high performance digital FIR filter design using a hybrid adder and multiplierView Details S.no | Project Code | Project Name | Action |
---|---|---|---|
1 | TVPGFE338 | Analysis of an Efficient Fault Tolerant Linear Feedback Shift Registe... | |
2 | TVPGFE339 | Analysis of an Efficient Fault Tolerant Linear Feedback Shift Registe... | |
3 | TVPGFE336 | Design of Optimal Multiplierless FIR Filters With Minimal Number of Ad... | |
4 | TVPGFE335 | Low power Dadda multiplier using approximate almost full adder and Maj... | |
5 | TVPGFE334 | High-performance multiply-accumulate unit by integrating binary carry ... | |
6 | TVPGFE333 | Two Efficient Approximate Unsigned Multipliers by Developing New Confi... | |
7 | TVPGFE332 | Simplified Compressor and Encoder Designs for Low-Cost Approximate Rad... | |
8 | TVPGFE331 | FPGA-Supported HDL Approach to Implement Reversible Logic Gate-Based ... | |
9 | TVPGFE329 | VLSI Design of Pipelined FFT Architecture for DSP Application | |
10 | TVPGFE337 | FPGA implementation of high performance digital FIR filter design usin... |
At Takeoff Edu Group, we are willing and ready to ensure we assist all the MTech students with engaging Verilog projects. Moving to the next section, the following projects’ goal is to enhance your knowledge and proficiency in fields such as digital design or VLSI technology. With individual approach, detailed information, and expert support required for successful project, takeoff edu group is your partner. We can help you get practical experience and the skills needed to find a job in the leading technological company. We are here to help you achieve all your academic and career goals with our fully customized Verilog projects here.