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dataflow modeling Basics

Track :

Computer Science

Lessons no : 28

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What will you learn in this course?

Master dataflow modeling techniques for efficient data process visualization and workflow optimization in real-world projects
Apply dataflow modeling principles to design scalable and maintainable data pipelines for diverse industries
Identify key components and symbols used in dataflow diagrams to accurately represent data processes
Analyze data workflows to identify bottlenecks and optimize data movement for improved system performance
Implement best practices for creating clear, accurate, and effective dataflow diagrams for communication and documentation

Utilize dataflow modeling tools to simulate and validate data processes before deployment
Integrate dataflow modeling with other data management practices like ETL, data warehousing, and analytics
Troubleshoot common issues in dataflow diagrams to ensure reliable and efficient data processing systems
Evaluate different dataflow modeling techniques to select the most suitable approach for specific project needs
Enhance data process documentation and communication skills through effective dataflow diagramming

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Lessons | 28

System Design Through VERILOG Intro Video

System Design Through VERILOG Intro Video

Lec 1 Verilog Operators and Modules

Lec 1 Verilog Operators and Modules

Lec 2 Verilog Ports Data types and Assignments

Lec 2 Verilog Ports Data types and Assignments

Lec 3 Basics of gate level modeling

Lec 3 Basics of gate level modeling

Lec 4 Half adder full adder and ripple carry adder

Lec 4 Half adder full adder and ripple carry adder

Lec 5 Parallel adder subtractor

Lec 5 Parallel adder subtractor

Lec 6 Multiplier and comparator

Lec 6 Multiplier and comparator

Lec 7 Decoder encoder and multiplexer

Lec 7 Decoder encoder and multiplexer

Lec 8 Demultiplexer read only memory

Lec 8 Demultiplexer read only memory

Lec 9 Review of flip flops

Lec 9 Review of flip flops

Lec 10 Verilog modeling of flip flops

Lec 10 Verilog modeling of flip flops

Lec 11 Modeling of CMOS gates and Boolean functions

Lec 11 Modeling of CMOS gates and Boolean functions

Lec 12 Modeling using transmission gates CMOS dalay times

Lec 12 Modeling using transmission gates CMOS dalay times

Lec 13 Signal strengths

Lec 13 Signal strengths

Lec 14 Basics of dataflow modeling

Lec 14 Basics of dataflow modeling

Lec 15 Examples of dataflow modeling

Lec 15 Examples of dataflow modeling

Lec 16 Basics of behavioral modeling

Lec 16 Basics of behavioral modeling

Lec 17 Examples of behavioral modeling

Lec 17 Examples of behavioral modeling

Lec 18 Verilog modeling of counters

Lec 18 Verilog modeling of counters

Lec 19 Verilog modeling of sequence detector

Lec 19 Verilog modeling of sequence detector

Lec 20 Verilog modeling FSMs and shift registers

Lec 20 Verilog modeling FSMs and shift registers

Lec 21 Combinational circuit examples

Lec 21 Combinational circuit examples

Lec 22 Sequential circuit examples

Lec 22 Sequential circuit examples

Lec 23 Arithmetic and Logic Unit ALU

Lec 23 Arithmetic and Logic Unit ALU

Lec 24 Static RAM and Braun Multiplier

Lec 24 Static RAM and Braun Multiplier

Lec 25 FIR filter implementation

Lec 25 FIR filter implementation

Lec 26 Baugh Wooley signed multiplier architecture

Lec 26 Baugh Wooley signed multiplier architecture

Lec 27 IIR filter implementation

Lec 27 IIR filter implementation

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dataflow modeling course, in this course, Dive into dataflow modeling techniques, understanding data processes, and optimizing workflows.